The results of a wind tunnel investigation of a model rotor with a free tip

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NASA Technical Memorandum 86758

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The Results of a Wind Tunnel

Investigation of a Model Rotor

with a Free Tip

Robert H. Stroub and Larry A. Young

(NASA-TM-86758) THE _ESULTS OF A WIND

N87-29q96

TUNNk'L INVESTIGATION OF A MODF.L ROTOR HiI£| A

FREE TIP (NASA) 176 p Avail: NTIS HC

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G3/05 0102784

October 1985

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October 1987

National Aeronautics and

Date for general release

Space Administration

NASA Technical Memorandum 86758

The Results of a Wind Tunnel

Investigation of a Model Rotor

um-'_h

...,.. a Free Tip

Robert H. Stroub Larry A. Young, Ames Research Center, Moffett Field, California October 1985

NASA

National Aeronautics and Space Administration Ames Research Center Moffett Field, California 94035 TABLE OF CONTENTS Page SUMMARY ............................................................................ I INTRODUCTION ....................................................................... I FIGURES ...........................................................................

I

/

i / SYMBOLS lateral and longitudinal cyclic pitch coefficients from the Fourier AIc,BI s equation, deg b span of free tip, m C blade chord, m e.g. center of gravity rotor-lift coefficient, (rotor lift)/pS(_R) 2 CLIO rotor power coefficient, (torque)_/pS(CR) 3 Cplo centrifugal force, N FCF control moment, N.m M c m mass of tip, kg R rotor radius, m radial distance from rotor hub center line to measurement station, m rb revolutions per minute rpm S planform area of rotor blades, m 2 V free-stream velocity, m/sec rotor propulsive force coefficient, (-drag)/2pV2S/_ A8 tip pitch angle relative to the inboard portion of blade, positive nose up, deg e total pitch angle of tension-torsion strap, deg pre-twist angle of tension-torsion strap, deg ept blade pitch angle at 0.75 R, deg eo. 75 u advance ratio, V/_R density of air, kg/m 3 p o solidity of rotor, S/_R 2 iii

strap helical angle, deg

¥ azimuth angle, deg

rotor rotational speed, rad/sec

_v

SUMMARY

This report presents the results of a wind-tunnel test of the free-tip rotor.

The free tip extended over the outer 10%of the rotor blade and included a simple,

passive controller mechanism. Wind-tunnel test hardware is described. The free-tip

assembly, which includes the controller, functioned flawlessly throughout the

test. The tip pitched freely and responded to airflow perturbation in a sharp,

quick, and stable manner. Tip pitch-angle responses are presented for an advance

ratio range of 0.1 to 0.397 and for a thrust coefficient range of 0.038 to 0.092.

The free tip reduced power requirements, loads going into the control system, and

some flatwise blade-bending moments. Chordwise loads were not reduced by the free

tip.

INTRODUCTION

A major goal of helicopter research is to develop the technology that will lead

to improved performance and reduced vibration. To this end, rotor-blade tips are

the subject of a great deal of study because the tip can affect both performance and

vibration. One proposed tip design is the free-tip, which may improve performance, limit oscillatory rotor loads, and reduce vibration.

In the free-tip design, the tip is separated from the rest of the blade; the

tip is free to pitch independently of the inboard portion of the blade; the pitch

axis is forward of the aerodynamic center; and a control momentis applied about the

pitch axis. The design is shown in figure I.

These features add a new pitch degree of freedom to the tip's motion, which

allows the tip to weathervane into the tip's relative wind to produce a moment

balance about the pitch axis. The tip weathervanes about a prescribed null point

that results in a finite pitch momentand, consequently, in a nonzero lift of the

tip. Therefore, the free-tip may generate a lift level that is nearly constant as

it goes around the azimuth.

The purpose of this report is to present the results of the first wind-tunnel

test of the free tip in which it was shownthat the free tip can provide significant

advantages. These test results are presented in tabular form and in plots that

summarize key areas. An analysis of the results is presented in reference I; other

material pertaining to the free-tip configuration is presented in references 2

through 9.

MODEL DESCRIPTION

A four-bladed, 5.09-m-diam, Mach-scaled model rotor was modified to incorporate

the free-tip design. The complete rotor with the free tip is shown in figure 2 as

it was installed in the Boeing-Vertol 20- by 20-ft wind tunnel.

Figures 3 and 4 show the tip region of the blade that was modified to incorpor-

ate the free tip. A steel pitch shaft, installed at the tip's 13%chord line;

transferred the tip bending and shear loads to the inboard portion of the blade and

also served as the pitch axis about which the tip was free to oscillate. The pitch

shaft was hollow to allow a concentric inner shaft to grip the free tip and extend

into the inboard potion of the blades where it was attached to the controller mecha-

nism. The inner shaft retained the tip against centrifugal force and transmitted

the pitch-control momentto the tip. The tip is retained using a locknut arrange-

ment in which the "nut" is an integral part of the free tip and is clamped to the

threaded end of the inner shaft. A Rulan bearing minimized the frictional forces

between the free tip and the pitch shaft.

The controller mechanismis a simple, wire-wound tension-torsion strap. A

continuous, high-strength, 0.152-mm-diamwire was wrapped 275 times around two

spools placed 5.71 cm apart. One spool was fixed to the inboard portion of the

blade and the other was attached to the inboard end of the inner shaft with a clevis

joint. The straps were encased in an elastomer material which kept them separated

while they underwent angular deflections greater than 90 ° . Without the elastomer

separator, the distance between the straps would decrease, with the output torque decreasing up to 40%. This would be unacceptable. Large angular deflections between the two spools were an integral part of the design criteria (maximum 9c was 150°). The straps were fatigue-tested over more than 2 million pitch-change cycles of ±10 ° while carrying the full design tension load and pretwisted to 125 ° .

The controller carries the tip's full centrifugal force and uses it to produce most of the desired control moment. Control moment is produced by the centrifugal force acting on the torsionally twisted straps. In the application of control moment to the free tip, an invariant control moment with tip-pitch deflection was the ideal goal. However, the control-moment variation AMc/A9 was 0.0615 N-m/deg (from fig. 5) over a 10 ° range of Ag; this is 9% of the design value of 6.78 N-m/deg and was acceptable. Also, the ±1.9% variation owing to hysteresis was considered to be acceptable.

The spanwise distribution of blade weight and its offset from the elastic axis are presented in figure 6 for the outer 20% of the blade. A tip design criterion was for the tip center of gravity (c.g.) to be on the pitch axis at O.13 c. How- ever, space and volume restrictions prevented the c.g. from being on the pitch axis, and the tip c.g. was located at 0.14 c. The spanwise loaction of the free tip c.g.

was 0.927 R.

The blade had a 0.171-m chord, a constant V23010-1.58 airfoil, and -9.45 ° linear twist from center of rotation out to and including the tip. The tip had a V23010-1.58 airfoil with a 5.8% chord tab added to match the basic blade airfoil.

The 0.I-R tip was constructed of a Nomex core and magnesiumspar covered with Fiber-

glas. Figures 7(a) and 7(b) show close-up views of the free tip. A doubler was

added to the upper and lower surfaces of the inboard portion of the blade just

inboard of the tip itself. The doubler enabled machine countersinking of the screws

attaching the base of the steel pitch shaft to the blade spar. For chordwise mass

balance, tantalum balance weights were inserted in the space ahead of the pitch

axis. Table I presents a summaryof the rotor dimensional characteristics.

The fixed-tip configuration was the free-tip configuration with a pin inserted

to prevent the tip from pitching relative to the inboard blade. The pin was located

at the 25%chordline where it spaned the gap between the tip and the inboard portion

of the blade.

DYNAMIC ANALYSIS

The calculated natural frequencies of the uncoupled blade are presented in

figure 8 as a function of rotor speed. These frequencies were calculated using the

transfer-matrix method. This method employed25 lumped masseswith each mass having

5° of freedom: flapping, lead-lag, torsion, flap-bending, and chordwise-bending.

Although these frequencies are for a fixed-tip configuration, the flatwise and

chordwise frequencies are also applicable to the free-tip configuration, since the

mass, center of gravity, and momentsof inertia of the two tips are the same.

INSTRUMENTATION

Instrumentation for the main blade consisted of four flap-bending gauges at

0.13 R, 0.18 R, 0.38 R, and 0.53 R and one chord-bending gauge at 0.18 R. Addi-

tional flapwise- and chordwise-bending gauges were located at 0.9 R and on the base

of the shaft about which the tip pitches. Shaft torque was measuredusing torque

gauges on the rotor drive shaft.

Blade flapping motion about the flapping hinge was continuously measured by

transducers placed at the flap hinge of the instrumented blade. The angle of the

tip relative to the main blade was measuredby a Hall-effect device. This device

incorporated a tiny magnet on the free tip that modulated an electric current

through a semiconductor mounted on the inboard portion of the blade.

ROTOR TESTSTAND ANDWINDTUNNEL

The free-tip rotor was tested on Boeing Vertol's dynamic rotor test stand,

which incorporates an electrical power supply and a six-component balance. Front

and side views of the test stand set up in the tunnel are presented in figure 9.

The test was conducted in the Boeing Vertol 20- by 20-ft V/STOL wind tunnel. The wind-tunnel test section was configured with slotted walls, ceiling, and floor to give 10% porosity for forward flight testing.

TEST CONDITIONS AND PROCEDURES The prime objective of the wind-tunnel test was to evaluate the free-tip con- figuration relative to a similar fixed-tip configuration. To make possible an effective comparison, the fixed- and free-tip configurations were evaluated at a prescribed propulsive-force coefficient and minimized cyclic blade flapping, with rotor-lift coefficient or advance ratio being the variables. Rotor-lift sweeps were made at V/_R = 0.3 and X = 0.05. These data gave an indication of the maximum lift coefficient attainable with the free-tip rotor. An advance-ratio sweep was conducted from 0.2 to 0.4 at CL/a = 0.07, X = 0.05, and minimized flapping. This provided a simulated speed-power polar at a typical design lift coefficient and at a propulsive-force coefficient representing the equivalent flat-plate drag area of a relatively low-drag helicopter. Rotor-tip speed was held constant at 213 m/sec, the normal tip speed for this rotor. In addition, the free-tip rotor-test envelope was expanded to include advance ratios down to 0.1 to test the tip's behavior in that turbulent environment.

Data from this test were limited because of resonance problems in the test rig itself. The rig developed an lateral resonance part way through the test. With the blades off, the resonance was found to be sensitive to rpm, with the test rpm of 796 very near the resonance peak. In addition, resonance amplification increased further when the rotor shaft was tilted forward from the zero shaft-angle posi- tion. The resonance amplification was reduced to zero at 552 rpm, which is a tip speed of only 147 m/sec. This tip speed was too low to provide rotor performance and loads information suitable for realistic evaluation of this free-tip configura- tion (compressibility characteristics cannot be evaluated at lower speeds). Because data for 147-m/see tip speed do not include compressibility effects, the only useful test data are limited to the 213-m/sec set included herein.

Eash data point was set (I) by setting rotor-tip speed and desired advance ratio, and (2) by adjusting collective pitch, cyclic controls, and shaft angle to achieve the desired rotor lift and propulsive-force coefficient, and to minimize first harmonic flapping. All these variables were displayed in real time for the rotor pilot to use in setting the test point. During the rotor-lift sweep, the maximum CL/a attainable was determined by oscillatory blade-load limits. During the advance-ratio sweep, the maximum attainable advance ratio was determined by oscillatory blade loads or power limits.

The controller output moment was 6.0 N-m at the test tip speed of 213 m/sec for the free-tip configuration. This control moment was determined from a pretwist angle, Opt of 100 ° and the tension-torsion strap calibration curve of figure 5.

The tension-torsion strap pretwist angle was set at -50 ° for the fixed-tip config-

uration. This was done to remove the possibility of the negative aerodynamic lift causing the tip to deflect nose-up. It was expected that a nose-up deflection of the tip would cause greater tip drag, as was reported in reference I. With the tip drag being greater at A9 > O, the fixed-tip configuration would require more power and would appear less power efficient than the free-tip configuration. By applying a negative control moment with Opt = -50 ° , and as long as the negative control- moment balances the positive sum of aerodynamic and inertial moments, then AO would likely be slightly negative (-5 < AO < 0). With A9 slightly negative, the fixed-tip power requirements could be slightly less than if AO = O. Thus, any power benefits associated with the free tip could be slightly conservative, not optimistic.

DATA REDUCTION Balance Data Six component forces and moments were measured by the strain-gauge balance in the rig, 0.444 m below the rotor hub center. All forces and moments were referred to the hub center. Balance forces and moments were sampled every 7.5 ° of azimuth for each rotor revolution. For each data point, the data from 10 rotor revolutions were averaged and the steady balance output determined.

The data from this test were corrected for hub tares. Hub tares were obtained from blades-off testing over the range of dynamic pressures and shaft tilt angles used in blades-on testing. Included in the hub tares was the interference effects of the non-metric test rig on the hub drag itself. No wind-tunnel wall corrections were applied to the data. Blockage corrections were applied to correct free-stream velocity. In addition, the fixed-tip power coefficients for the advance-ratio sweep were further corrected to correlate with the two runs of the lift-coefficient sweep for the fixed tip. These corrections for rotor-lift and propulsive-force increments and repeatability are presented below (Data Presentation).

Loads Data from Rotating System Loads data from the blades and pitch links were obtained with strain-gauge bridges. These loads were sampled every 7.5 ° of azimuth of each rotor revolution.

For each data point, the data from 10 rotor revolutions were averaged and then the averaged sum was harmonically analyzed. The averaged data were also used to extract peak-to-peak amplitudes, minimum and maximum values, and the azimuthal location of the maximum value.

DATAPRESENTATION

The data from this test are presented in graphical and tabular forms. The

graphical presentation summarizes the highlights from the test with comparisons of

the free-tip and the fixed-tip configurations. Figure 10 presents a comparison of

power coefficients over a lift-coefficient sweep and over an advance-ratio sweep.

The rotor-power data reflects standardized trim conditions of propulsive-force

coefficient X = 0.05 and lift coefficient CL/a = 0.07, when appropriate. Correc-

tions were applied to the data to compensate for small increments from the standard-

ized conditions. The applied corrections are presented as follows: To correct for rotor-lift increment from CL/a = 0.07:

ACp/a = [(0.07) 2 - (CL/a)2]a/2(V/_R)

To correct for rotor propulsive force increment from X = 0.05:

AC la = (0.05 - -X)2(VI_R)31_

P Since test lift and propulsive-force coefficients were very close to the stan- dardized condition, corrections were I% or less for the whole test. Also, the power coefficients were increased incrementally by ACp/a = 0.0004 for the fixed-tip configuration in the advance-ratio sweep to yield consistent data. This allowed correlation at V/_R = 0.305 with the two runs of the fixed-tip lift-coefficient sweep made at that advance ratio.

Figure 11 presents a comparison of oscillatory flatwise-bending moments at various blade stations during a lift-coefficient sweep at V/OR = 0.305. In figure 12, the oscillatory flatwise-bending moments during an advance-ratio sweep are compared, and figure 13 compares the oscillatory chordwise-bending moments over both a lift-coefficient sweep and an advance-ratio sweep. Figures 14 and 15 present the collective and cyclic control settings for the lift sweep and the advance-ratio sweep, respectively. Figure 16 presents the effect of the free tip on pitch-link loads over both a lift-coefficient sweep and an advance-ratio sweep.

The free tip's relative pitch angle AO as a function of azimuth position is presented in figures 17 and 18. Figure 17 presents the tip's AO azimuthal history as a function of rotor lift coefficient at V/_R = 0.305. Figures 18(a) through 18(g) show the influence of advance ratio on the tip AO azimuthal variation. In figures 17 and 18, the AO azimuthal characteristics over one rotor revolution were repeated for the second revolution. This was done to facilitate visualization of the trends at azimuth positions between 270 ° and 90 ° .

The tabulated The tabulated data present all the data taken during a test run.

The data data are presented first by tip configuration and second by run number.

for each run are subdivided into three data blocks:

I. Block A includes tunnel conditions, control settings, rotor-performance

coefficient, and rotor-moment coefficients. Wind-axis and shaft-axis data are

included both with and without tare corrections applied.

2. Block B includes meanand peak amplitude analysis of the strain-gauge data.

3. Block C includes the harmonic analysis results for the strain-gauge data.

The harmonic analysis data are presented in two forms, as coefficients of the sine

and cosine terms for each harmonic, and as magnitude and phase angle of the resul-

tant vector for each harmonic.

Tables 2-4 present a glossary of terms used for the computer-generated headings

for data blocks A, B, and C, respectively. The data for a lift sweep are presented

in tables 6 and 7 for the free-tip and fixed-tip configurations, respectively; likewise, data for an advance-ratio sweepare presented in tables 8 and 9.

CONCLUDING REMARKS

A research program concluded in this a successful wind-tunnel demonstration of

the free-tip rotor design. The free-tip was shown to be effective in reducing power

requirements and someoscillatory loads.

REFERENCES

I • Stroub, Robert H. : Analysis of the Free-Tip Rotor Wind Tunnel Test Results.

NASA TM-86751, 1985.

.

Stroub, Robert H.: Performance Improvements with the Free Tip Rotor• Paper I-4, presented at the American Helicopter Society National Specialists' Meeting, Rotor System Design, Philadelphia, Pa., Oct. 1980.

. Silcox, H.; and Rosenstein, H.: Feasibility Study of a Constant Lift Rotor Tip. Report D 210-11704-I, Boeing Vertol Do., Philadelphia, Pa., July 30, 1980.

• McVeigh, M. A.; et al.: Investigation of a Rotor System Incorporating a Con- stant-Lift Tip. NASA CR-166361, 1981.

. Stroub, Robert H.: An Experimental Investigation of a Free-Tip Rotor Configura- tion in a Forward Flight Wind Tunnel Test. NASA TM-84409, 1983.

.

Kumagai, Hiroyuki: A Feasibility Study of Free-Tip Rotor Application as a Passive Cyclic Control Device. NASA CR-166608, 1984.

. Yates, L; and Kumagai, H.: Application of Two-Dimensional Unsteady Aerodynamics to a Free-Tip Rotor Response Analysis. NASA CR-166348, 1985.

.

Young, Larry A.: The Evaluation of a Number of Prototypes for the Free Tip Rotor Constant Moment Controller. NASA TM-86664, 1985.

0 Stroub, Robert H; Young, Larry A.; Keys, Chuck; and Cawthorne, Matthew: Free- Tip Rotor Wind Tunnel Test Results. Presented at the 41st Annual National Forum of the American Helicopter Society, Ft. Worth, Tex., 1985.

TABLE I.- ROTOR GEOMETRY SUMMARY

ROTOR RADIUS, m

2.55

BLADE CHORD, rn

0.1709

BLADE TIP CHORD, m

0.0513

BLADE TWIST, deg -9.45

FREE-TIP REFERENCE CHORD, m 0.1709

FREE-TIP OUTBOARD SWEEP ANGLE, deg

FREE-TIP AREA, m 2

0.0322

FREE-TIP SPAN, m 0.255

0.0108

FREE-TIP MASS, kg

ROTOR REFERENCE SOLIDITY

0.0807

BLADE FLAPPING INERTIA, kg m2 9.175

Yu Yz

x/c

x/c

Yu/C

Yz/C

Yu/C Yz/C

0.0 -0.0225

-0.0225 0.43 0.0465 -0.0487

0.005 -0.0078 -0.0329 0.47

0.0446 -0.0468

0.01 -0.0024 -0.0362

0.51 0.0424 -0.044

0.015 0.0019

-0.0378 0.55 0.0397

-0.0412

0.025 0.0096

-0.0394

0.59 0.0369 -0.038

0.035 0.0155 -0.0404

0.63

0.0366 -0.0346

0.047 0.0214 -0.0412

0.67 0.0301 -0.0308

0.06 0.0265 -0.042

0.71 0.0263 -0.0269

0.08 0.0327

-0.0434 0.75 0.0223

-0.0226

0.11 0.0396 -0.0449 0.79

0.0181 -0.0182

0.15 0.0455

-0.0471 0.83

0.0137 -0.0136

0.19 0.0489

-0.0494 0.87

-0.0093 0.0093

0.23 0.0499

-0.0513 0.91 0.0056 -0.0057

0.27 0.0499

-0.0522

0.945 0.0028 -0.0031

0.31 0.0497 -0.05215

0.96 0.00235 -0.00235

0.35 0.049

-0.0517

1.0 0.00235 -0.00235

0.39 0.048 -0.0505

TABLE 2.- NOTATION FOR BLOCK A DATA: STEADY-STATE DATA

BLOCK A DATA

NOTATION WITH '°B" AS LAST LETTER INDICATES HUB TARES WERE APPLIED

RUN RUN NUMBER

TP TEST POINT NUMBER

MU' BLADE ADVANCE RATI0-WIND AXIS

ROTOR SHAFT ANGLE OF ATTACK, DEG

ALPHAS

RPMI ROTOR ROTATIONAL SPEED, REVOLUTIONS PER MINUTE

VTIP ROTOR TIP SPEED, FT/SEC

ADVANCING BLADE TIP MACH NUMBER

MI(90)

MI(270) RETREATING BLADE TIP MACH NUMBER

VTUN TUNNEL SPEED , FT / SEC

TUNNEL DYNAMIC PRESSURE, LB/FT2

QTUN

RHOTUN

TUNNEL DENSITY, LB SEC2/FT4

BLADE THRUST C0EFF-SHAFT AXIS-HUB TARES APPLIED

CTB

ROTOR THRUST COEFF-SHAFT AXIS-N0 HUB TARES APPLIED

CTR

BLADE H FORCE COEFF-SHAFT AXIS-HUB TARES APPLIED

CHB

CHR ROTOR H FORCE C0EFF-SHAFT AXIS-N0 HUB TARES APPLIED

CYB BLADE SIDE FORCE COEFF-WIND AXIS-HUB TARES APPLIED

CYR ROTOR SIDE FORCE COEFF-WIND AXIS-N0 HUB TARES APPLIED

CPB

BLADE TORQUE COEFF-SHAFT AXIS-HUB TARES APPLIED

CPR

ROTOR TORQUE COEFF-SHAFT AXIS-N0 HUB TARES APPLIED

CT'B BLADE LIFT C0EFF-WIND AXIS-HUB TARES APPLIED

ROTOR LIFT COEFF-WIND AXIS-N0 HUB TARES APPLIED

CT'R

CXB BLADE PROPULSIVE FORCE COEFF-WIND AXIS-HUB TARES APPLIED

CXR ROTOR PROPULSIVE FORCE COEFF-WIND AXIS-N0 HUB TARES APPLIED

CDER WITH HUB TARES APPLIED

CDEB

CDER

EQUIVALENT DRAG COEFFICIENT,

£ (TORQUE )0MEGA/VTUN - XR3 / (RHOTUN )PIR**2 (VTIP )*'2

BLADE L BAR-WIND AXIS-HUB TARES APPLIED

L/QD2B

ROTOR L BAR-WINDAXIS-N0 HUB TARES APPLIED

L/QD2R

BLADE X BAR-WINDAXIS-HUB TARES APPLIED

X/QD2B

ROTOR X BAR-WIND AXIS-N0 HUB TARES APPLIED

X/QD2R

BLADE P BAR-WIND AXIS-HUB TARES APPLIED

P/QVD2B

ROTOR P BAR-WIND AXIS-N0 HUB TARES APPLIED

P/QVD2R

BLADE EFFECTIVE DRAG BAR-WINDAXIS-HUB TARES APPLIED

DE/QD2B

ROTOR EFFECTIVE DRAG BAR-WIND AXIS-N0 HUB TARES APPLIED

DE/QD2R

BLADE Y BAR-WIND AXIS-HUB TARES APPLIED

Y/QD2B

ROTOR Y BAR-WIND AXIS-N0 HUB TARES APPLIED

Y/QD2R

CPMB BLADE PITCH M0M COEFF AT HUB CL-WIND AXIS-HUB TARES APPLIED

CPMR ROTOR PITCH M0M COEFF AT HUB CL-WIND AXIS

-NO HUB TARES APPLIED

CRMB BLADE ROLL M0M COEF HUB CL-WIND AXIS-HUB TARES APPLIED

I0

TABLE 2.- CONTINUED CRMR ROTOR ROLL M0M COEFF AT HUB CL-WIND AXIS -NO HUB TARES APPLIED ROTORHPB BLADE HORSEPOWER-SHAFTAXIS-HUB TARES APPLIED ROTORHPR ROTOR HORSEP0_4ER-SHAFT AXIS-N0 HUB TARES APPLIED TB BLADE THRUST-HUB TARES APPLIED, LB PMB BLADE PITCHING MOMENTAT HUB CL-HUB TARES APPLIED, FT-LB HB BLADE H FORCE-HUB TARES APPLIED, LB SFB BLADE SIDE FORCE-HUB TARES APPLIED, LB RMB BLADE ROLLING MOMENT AT HUB CL-HUB TARES APPLIED, FT-LB QB BLADE TORQUE-HUB TARES APPLIED, FT-LB VSOUND VELOCITY OF SOUND, FT/SEC PTOTAL TUNNEL TOTAL PRESSURE, LBS/FT2 PSTATIC TUNNEL STATIC PRESSURE, LBS/FT2 _R_T_ _JNNEL TE_M2_A_.TRE, n=n_==S F_k."-_IT PRES SALT PRESSURE ALTITUDE, FT DENSALT DENSITY ALTITUDE, FT t(R. /D ROTOR REYNOLDS _MBERBASED ON CHORD AT .75 RADIUS CT/SB BLADE THRUST COEFF/SIGMA-SHAFT AXIS-HUB TARES APPLIED CT / SR ROTOR THRUST COEFF/SIGMA-SHAFT AXIS-N0 HUB TARES APPLIED CH/SB BLADE H FORCE COEFF/SIGMA-SHAFT AXIS-HUB TARES APPLIED CH/SR ROTOR H FORCE COEFF/SIGMA-SHAFT AXIS-N0 HUB TARES APPLIED CY/SB BLADE SIDE FORCE COEFF/SIGMA-WINDAXIS-HUB TARES APPLIED CY/SR ROTOR SIDE FORCE COEFF/SIGMA-WIND AXIS-N0 HUB TARES APPLIED CP/SB BLADE TORQUE C0EFF/SIGMA-SHAFT AXIS-HUB TARES APPLIED CP/SR ROTOR TORQUE COEFF/SIGMA-SHAFT AXIS-N0 HUB TARES APPLIED CPP/SB PROFILE POWER COEFFICIENT, CP/SB - 2(MU')*_3(X/QD**2SB)/PI - SIGMA(CT'/SB)_2/2(MU') CT'/SB BLADE LIFT COEFF/SIGMA-WIND AXIS-HUB TARES APPLIED CT'/SR ROTOR LIFT COEFF/SIGMA-WIND AXIS-N0 HUB TARES APPLIED CX/SB BLADE PROPULSIVE FORCE COEFF/SIGMA-WIND AXIS -HUB TARES APPLIED CX/SR ROTOR PROPULSIVE FORCE COEFF/SIGMA-WIND AXIS -NO HUB TARES APPLIED CDE/SB CDE/SR WITH HUB TARESAPPLIED CDE/SR CDER/SIGMA L/QD2SB BLADE L BAR/SIGMA-WINDAXIS-HUB TARES APPLIELIED X/QD2SB BLADE X BAR/SIGMA-WIND AXIS-HUB TARES APPLIED X/QD2SR ROTOR X BAR/SIGMA-WIND AXIS-N0 HUB TARES APPLIED P/QVD2SB BLADE P BAR/SIGMA-WIND AXIS-HUB TARES APPLIED P/QVD2SR ROTOR P BAR/SIGMA-WIND AXIS-N0 HUB TARES APPLIED DE/QD2SB BLADE EFFECTIVE DRAG BAR/SIGMA-WINDAXIS-HUB TARES APPLIED DE/QD2SR ROTOR EFFECTIVE DRAG BAR/SIGMA-WIND AXIS -NO HUB TARES APPLIED Y/QD2SB BLADE Y BAR/SIGMA-WIND AXIS/HUB TARES APPLIED Y/QD2SR ROTOR Y BAR/SIGMA-WIND AXIS-N0 HUB TARES APPLIED LB BLADE LIFT-WIND AXIS-HUB TARES APPLIED, LB TABLE 2.- CONCLUDED ROTOR LIFT-WIND AXIS-N0 HUB TARES APPLIED, LB LR BLADE PROPULSIVE FORCE-WIND AXIS-HUB TARES APPLIED, LB XB ROTOR PROPULSIVE FORCE-WIND AXIS-N0 HUB TARES APPLIED, LB XR BLADE EFFECTIVE DRAG-HUB TARES APPLIED, LB DEB ROTOREFFECTIVE DRAG-NO HUB TARES APPLIED, LB DER ROTORTHRUST-N0 HUB TARES APPLIED, LB TR ROTOR PITCHING MOMENT AT HUB CL-N0 HUB TARES APPLIED, FT-LB PMR ROTOR H FORCE-NO HUB TARES APPLIED, LB HR ROTOR SIDE FORCE-N0 HUB TARES APPLIED, LB SFR RMR ROTOR ROLLING MOMENT AT HUB CL-N0 HUB TARES APPLIED, FT-LB ROTOR TORQUE-N0 HUB TARES APPLIED, FT-LB QR ROTOR LATERAL CYCLIC IN CLASSICAL AXES, DEG AI-CORR ROTOR LONGITUDINAL CYCLIC IN CLASSICAL AXES, DEG BI-CORR BLADE COLLECTIVE PITCH AT .75 RADIUS, DEG THETA. 75 BLADE LATERAL CYCLIC IN CONTROL SYSTEM AXIS, DEG AIC BLADE LONGITUDINAL CYCLIC IN CONTROL SYSTEM AXIS, DEG BIS TORQUE SHAFT TORQUE, FT-LB BLADE PROPULSIVE FORCE/LIFT-HUB TARES APPLIED, LB X/LB ROTOR PROPULSIVE FORCE/LIFT-N0 HUB TARES APPLIED, LB X/LR L/DEB BLADE LIFT/EFFECTIVE DRAG-HUB TARES APPLIED L/DER ROTOR LIFT/EFFECTIVE DRAG-N0 HUB TARES APPLIED ALPHASC CORRECTED ROTOR SHAFT ANGLE OF ATTACK, DEG

TABLE3.- NOTATION FORBLOCK B DATA: PEAK-TO-PEAK AMPLITUDE

Notation

Identification

RUN Test run number

FIRST I/R

Measurementparameter (see table 5 for description of parameters)

CH

Data channel number

TP

Test point number

STEADY

Meanvalue

MAXIMUM

Maximum value in positive direction

AZIM Azimuthal location of MAXIMUM

MINIMUM

Maximum value in negative direction

ALTERNATING

Half peak-to-peak over cycle

TABLE4.- NOTATION FORBLOCK C DATA: HARMONIC ANALYSIS

Notation

Identification

RUN Test run number

FIRST I/R

Measurementparameter (see table 5 for description of parameter)

CH

Data channel number

TP

Test point number

STEADY

Meanvalue

HN Harmonic number

COS

Coefficient of cos(HN._) term

SIN

Coefficient of sin(HN._) term

RESULTANT

Vector sumof the COS and SIN coefficients

SCPHASE

Phaseangle of the RESULTANT vector

TABLE5.- KEYFORDYNAMIC MEASUREMENT PARAMETERS

O03FB13

_-r_

NUMBERJI L Blade station, percent of radius

BLADE

U--parameter: FB : flatwise-bending moment in..ib CB : chordwise-bending moment, in.-Ib LEADLAG Lead-lag angle, positive opposing direction of rotation, deg FLAPANG Total flapping angle, positive tipup, deg O03HANG Angle between tip and inboard portion of blade 3, Ag, positive tip up, deg O02HANG AO on blade 2, deg PTCHLINK Pitch-link load, ib

ORIGI'_E_ QU hLIT_

OF pOOR

TABLE 6.- FREE-TIP FROM LIFT-COEFFICIENT SWEEP, RUN 37 a) Block A data 5UP_._Ar_Y i IRTIh;_ la_lh 37 _07 _7 t_1 3_ LOW SPEED C,A LCULATF. n DATA _1 (27{4) HI(q_) RUN TP MU ' AL PH&_ PPH1 VTIP 8 2231F-_1 4. 366[IE-_t- - 37 -2 3,_838E-Rl -1.¢926E+_! 7 gPB_E+_2 ,qS_6E+_2 4.,_665E-e t 3 3 _584E-_1 8 2397E-_I 4,3959E-et -5.53qSE÷O,H 7 q6_t:_F +t,_ 2 _161E+_2 8i2141E-_1 3i_421E-_1 4,3816E-Bt ,9985E+_?

5 3 P448E-_I ._4,1_56E+0_ 7 a. 3_85E-_t &.9_SE+P2 _,19_3F-_I 6 3,t1465E-_t .4,731 _E'+_V, 7. o P(,":.'_E + _;_ P 4. a-,;,pSE-_} I R._P51E-:!

7 3,_271E-_! 3.6R58E+_a 7.o6dPE+_? 7._tetF+_2 C H_ CT_ RLIN TP VTU_ I_T{IN RHOTItN ET_ 37 2 3._g6E-P3 5.2122E+_1 #.36_6E-_3 3,_937E-_3 _:!_t4E+O2 3 _.5131. F ....

i_, I R7_F 4.1A 1 ,s 1K 7 _=----_ 1 2,4959E-04 5.1772E+01 _.3545E-_3 4,8773E-_3 I. 7656E -{a*_ _.6_B4F-g3 5 2,_O36E÷_2 fi,7_71E-_3 5, _ _72E+ff.t _.3531E-_3 2.4555F-_4 35_F+vll ;_. 3524F-_3 2,_895E+_ 6,4336E-_ 2.46q_E-(_4 7 /,_753E-_3 rpR CT'B CHR RUN TP CYH £YR 3._784E-B3 37 2 3,3154E-04 3.3554E-O4 3,2557E:H4 -2 4,S815E-R3 3,4313E 64 -8 4,8787E-(_3 4 q6t6E-_4 3,@_BQF-_4 !i 3622E'_4

3.5_35E:_ -4

5,7P49E-_3 5 :_aF33F-_4 -I _63_ILT-_a 2299E-Oa 3,2693E-_4 2,7772E _4 -t 3.d653F-_4 3.5_47E-P4 6,4342E-F3 6 3,4_44F-04 -| 3_77E-(_4-| _q74E-_4 4587F--95 -o,3577E-P.r_ 4._544E-_4 7 3.4555E-_4 -9 £_ER L/OD2B RUN TP CT'R CXB CXR £OEB

5 t5I_E @2

37 2 7._688E-_4 3,7526E-_4 _ 5_7QE-{_4 B.a442E:e4 7 : 6932E-t_P. - 8.9_82E _4 3 3.36_1E-(_ 9"._IBSE-_4 7.6314E-_4 5P_7E-_3 R 7q75F-_4 8,2RO3E-_2 4 4 8182E-_3 ;>, 224,_E-;_4 j 132.qF-_._a 7,5772E._a g:4_65F-_4 8°2235E-R4 9,6654E-P2 5 5:6436E-H3 2. 3847E-_,4 I : 33_SE-_4d 1 _263E-(_3 1 ._889E-¢1 6 9,e7/_E-e4 6.373_E-_3 _,297BE-_4 ] .P_ 4a_E-_44 _:2144E-_3 1.2643E-_[ 7 1,_988E-_3 7,3152E-_3 2. 2773E-;_4 I .2495E-P4 DE/OD28 P/QVD_B PIQVD2R RUN TP L/Ob2R X/Ol)2R X/G_D2R 1.8326F-_? 1. IS_8E-_P.

37 2 5 P478E-_?

_:2701F-_3 1.1964E-03 1,_67qE-(_2 1,2815E-_2 3 _456E-_3 3.72(A2E -I_3 1,846PE-_2 7 5912E-P2 1, _86(_E-_2 4 I,6635E-_P 1,6854F-_2 8 1777E-_2 3,7747E-_3 1 8192F-_2 ] 3933F-_2 5 1,7973E-_2 9 5617E-_? #.2546E-_3 4.P4H2F-_3 6 l,g25_E-_2 ! _785E-_t 3,R887E-_3 1 !536tE:e2 1!g46qE-_2 1 8834E _P 2 2957E-_2 7 t 2538E-eJ _. 1417F-v}3 3.9B33E-B3 _,2737E-@2 F CP_5 CPMR CRMB RUN TP OF/OD2R Y/OO2R Y/QO2B 2,958_E-_5 37 2 -4,e_6_E-_5 1,413_E-_2 3,1278E:_5 3,3418E-F5 3.fi2_3F n5 1,4959E-_2 -3, U577E:e5 -I.5_41E_3 4 3,8556E-_5 4,B337E-_5 .618;_E-._4 -6,7q27E a4 1,4O32E-_2 _, 4566E _6 5 7,4265E-_6 9,2tItE-_6 I,b937E-_2 -1,8184E-_3

-1.5955E--_B -

4,_699E-_5 , tq56E.,03 i I, 8_1 _E'C4..3 1,7329E:[_5 1,7369E_2 q_52E-_5 3 °4979E (_6 -1,6213E-_3 5,729_E-P5 7 I .6(_3gE-_3 TR PMR RRTORHPR DOTORHPR RUN .TP CRMR 5,5;_57E+_ 1 !,_7174E+_2 eO_4E+62 7.9285E+_2 6,3755E+OJ 37 2 -1,2777E:P5

I

6.6579E+_ !

1:41E+_2 1.|73RE+P3 7.1921E+_I 3 -3,1155E,_5 6,4379E+_| .: q4_t2F+_ 1 t.25OtE÷_3 8,37BgE+@t 9.8_SE+B| i 4 2,8849E _6

?

1,4638E+_3 ),6B33E+BI 4,5285E+_!

1,0_42E+H2 -1,6519E-_5 6,2646E +IP,! :' t,6414E+e3 8,7307E+_1 _ot_2tE+H2 t 134qE+02 -1,7894E-_5 1,2428E+_2 t,9_SE+P3 6,363aE+PJ 1.

i P 2,g447E-06 1 1,32)_2F+H2 TABLE 6.- CONTINUED a) Continued TP $F_ _t_ OF'_ VSOUHP PTOT AL [-'_T AI T{.T 7 | _45F +V}2 Z I !>)9_)E+_3 P. ! 265_'+_3 2._i'7._9E +i_3 3 -2,29_3E+HI -6.5_7F+_1 7:23_ ! F+-':P I : I t;QBE+&_3 2. lP64F+v,3 2.¢1741ET+_3 ,_. 473.'JI E • t_,2 I.IJHSE+_3 :P. 1264ET+_3 2. _,J742E+(_3 5 -2 7529E+H! -3.4446E+_1 6 -3:3363F+_,1 -3.7_12E+_1 6.g73|F+V_ | | }HOE+e3 2.12h4F+e3 g : P7441E4.[_3 7,44 | 5F._i:_ I : I 11'2E+_3 2.1265E +i_3 ,-.'_ 747E +{13 C _,:I S R TP TSTATTC PPESSALI _ENSAL.T RN.75 CTISH 2 5.228_E+B_ 5._748F+02 _. 5327F..+v2 I Sa_7E+¼,6 3.H3H4E-_2 3. 734_;,E-b', ?

3 5,2981E+Pt 5,55v_OE+B2 .O6_4FI+P,_ 1:8763E+_6 fi,6019E_-_'2 5,S994E-P.2 _. 415.8F +_;? t .8612E+86 6. &iS | 3E-_._2 _, Q636E-_ 4 5.3671E+_I _:5414E+_2 5 5.4_6E+_1 5172E+_2 622[_F+C,_2 1 8743E+06 7 _8(_8F-P2 6.9_J55E--!_2 6 5.427_E+_! 5.a68_E+_2 3:7225F+_P I : 8684E+_6 7:q_22E-F_2 7,HO67E £,2 7 5,4318E+PI 5.a231F+_2 3,69ROF+[_2 t,8778E+_6 9,15_6E-_2 9, P.67 | E-V_2 RUN TP C_/SB CH/SR CY/SH' CYI8_ CP/S_ CP/SP 2 2,6681E-_3 a ._3.@4E-H3 4.1134E-_3 -P,g71,_E-_:5 -I 827gF-_5 A.1631E-C3 4,1715F-P3 4.22_9E-_3 3,6092F-E3 3.748eE-_3 4 3._966E-_3 _:3716E-_3 5 2,|gOSE-_3 4395E-_3 .33|6E P3 -1 318qE-e3 4,_561E-B3 _i.q655F:_4 .4 _379F-_4 -1,1J13E-_3 -liPggaE-_3 6 3._465E-_3 4,2983E-_3 4.PQ_4F-_5 .6224E-y3 -I 6_97E-_3 4,3483E-_3 7 3._33E-_3 ao2873E-_3 4,g821F-_3 5._3_3F-_3 RUN TP CPP/SB CT'ISH CT'ISW CXISB CXISW CPE/SF} 2,4952F-_3 3,8193E-_2 3,742_E-_2 4,6558E-_3 3.1115E-_3 8,77_2E-83 3 2,47_IE-_3 5,6842F-I_2 5,_08RE-_2 4 1713E-{_3 2,7487E-_3 9.4683E-_3 4 2.3745E-B3 _._52oF-02 5.0779E-_ 2:7593E-_3 1 4_56E-_)3 q.4_MgE-M3 6 2.5BRaE-L3 . _.E .2 7,g_69_-_ _:_5_Q_-_3 1 5395F-_3 1,1262F-_2 RUN IP CI)E/SP LIO!)2$B I /Or'_2SR X/(JD2SB X/IJn?SR P/I_IVC,2SI., 2 t._477F-V2 6.3q_9E-{91 6.26PPF=_l 7 79e, bE-_2 5,2_64F-P2 2.2466[-[_t 9.5449E-_} 4,_157F-02 2.29B4F-S_ 4 I._915E-_2 ?.3857E-_2 2.sG39F-_l ao4183F-_| 7i_45E-_2 5 I,t671E-_?

1.1_63E+_ 5 _127E-_2 1.1oqP_+H_ 2.PPggE-OJ 1.3381E+_ d._?dFE-_2 !,56R6E+_ P,6572E-_2 RUN Tp P/QV02S_ DE/_()2SF} r)E I!_[)2SP Yl{ai)2SP, Y/fQL)_Sr_ L_ 7,8_13E+_2 3 : 175E-_I 1,_899E-_;_1 ,_559F-V;I -I 866JE-r=;P -J 84_BF-_?

4 2._911E-_._I 1.5056F-_I 1.R5:P6E-_1 -8 4276E-1_3 -_ 2112F-73 t._5_4F+_3 _._.57V, F-P} | ,77_6E-I:_I I q773E-(i_1 -2.P561E-_._2 -2 P345F-i,_2 1.4633[+t_3 6 2.4155E-I'_! I .O_'_5OF-'_i '_:J54f) lC""C"rl -2.7457E-,;42 -P:Z241F-._2 1.6416E+_3 1.0_!_F+P3 RUN _R IP L_ DEH DEP T_ 42I_6E+_1 S_gSE+_2 2 7.7234E+_P 9.6_73E+_I 2.16tQE+e2 I:95,3E+_2 7:7_51F+%2 3 1. 1559F+_13 _.5966F+_I 2._77RE+eP 1 154_E+_] 4 1.242_E+_3 5. 7367f: +(A| 1.Q545E+_!2 P,2603F+_2 t.2398E+_3 5 1.447'_E+_3 6.1166E+PI 3 4133F+I:_I 2._93E+_ 2.4]P7E+C2 1 .446P[+_3 6 I .6259E+_3 5,_62aF+_!I 2,315_E÷_2 2°6185F+_ 1.623_E+_3 2.S319E*_2 7 I .8_53F+P3 5,P,602E +0! _,|2gqF+_2 t.H_35E+_3 RUN TP P_i_ H.q SFR R_k AI-CORH 2 6.74_1E.+_I R.3354E+Ht -_,77_F-_| -2.7533E+_t 7.23_7F+_2 -3.en94F+_ 3 7.5763F+_1 a.7735F+_1 -9.?_41F+_1 --6.7_1F+_;1 7.321HF+_2 -3°7446E+_ _ 4 _,7576E+PI o°a_87F÷_| -I ._[_5_+_I 6,2635E+vi_ 6.Sfi87E+[2 -3.7|_3E_,_ 5 t.gP86E_I 7.11_6E+HJ -P.7_6hF+_I -3.Sh64E+_1 7.PSBv_E+_<_ -5.163gE+P_ 6 q.1234E+_} R.8387E+_t -3.31_IF+_I -3._42_£+_1 7.52h!F+_2 -5._837E+_( 7 t.281_E+e2 R,on6_E+_I -P,411_E_1 6.38_E+0_ 8.7953E+{_P -5.8529E+_ :.,j

OF POOR

TABLE 6.- CONTINUED a) Conoluded RUN lP I_ 1oC0_ TttETA,75 T r)R,JIJE

AIC BIS X/LO

7. | _, 6'-', F +':2 1.21q_F-r'1 :_ -P.. 3 | 34E+,,_ 7. :}34fiE+_,_ 7.2_72PE+HP 7.3385E-_2 -2.'_611F÷CC_ -3.)_32F+P,$,_ 4.55BTE-(_2 5 ,-2.2.011E+[_ . 7.8445E+v,_/_ -'(.54(_6E 4.18_1F-_2 +P_ -4. 298_F_ +OV, 7 4638E +_;;2 3.5712E_ 7 -_.|45(,_EI+P_ c).93q2E+l:_ -_.5807F R : 722f, F + _;: :) +6 __-_ -5. I_'9_3E+ 0 r_ 3._874F-{_2 RUN TP X/!. R I_/i)EH ! /_{-R At PHA,_ At. PHA SC +,._g, -1._o2hE+_! -1.E,92hE'+;_I +;'_ -7.153,_F+_,_ -7.1534E+,:,_, 4 2.3._ 13E-(._,p 6.4"_/'_hE + "4v_ 5.4767E + v::i -h, 5.195F +_I:_ -.'i, 53c_fiE +_.1_ +_,_ -4.!_'58E+,'._ .a.1656E+_,,_ _, 7 |. 7_ 1E-,_2 _,. 71 _E+P,_ ^ _ ,, _,_IP37 F

TABLE 6.- CONTINUED

b) Block B data 81RFSS ANALYSTS OATA R*JN FIRST 1/R P SIEAF>Y P"_A X "1' N+_ I_ AZI_ _LTFPNAIING 37 TORC_HF 2 7.1337E*r,_2 7, _$3P,7F+_P 33_,1 6.7h63F+PP 3.3724E+_t ;_22.6 4.6h62_+_1 31_.3 6.1393E+up 4.2aa2E+#1 .._ fi,cJ 479F +.4;) 7, (iPP4F +_:.2 220.7 6,3788F+_P 6.217dF+@_1 7,4 _61F+C,_2 R 1_76F +L'P P2(_.2 h.(_134E+_:_ 7 _, 73C)5F +:,_P g,'4p35F+v_ RUN FIRST 1/_ TP _T.FADY 1'4 A W' T Nlt_ AZI_ AI. T_ _ u t, T TI_G 37 +_3FF13 9.! .'41F+Pt 6_._ I , I _722F J "I''_++_ 4 TI,7187F +B;J 5,_4_%E+_p 194,4 ._ 3,gv_l 6F+P? 5.A1 5_F+C_2 65.3 2.173q_*_'2 4,'A272E+q2 6, _ 701F+i')?

2.2!_:q3E* ;_2 1 . ++_4OF +{42 7 4,'_9q ] E +P_2 7._497E+_2 !1_.6 I. H679E+£_2 2.'_;+9F+{42 RUN FIRST 1/R TP STFAOY _AXTM=i:_ AZI_ _ T r,! I _41.! _", At.. I' E¢+' N P+ T T'_|, 37 _3F846 2 -7,4236E+A!

8,2447E+_! 257,_ -2.492v;F+( 2 1, nS_}3E +_4:) 3 -t._615F+_P 25R,2 -2.8763E +K_2 4 -t,f74qF+_P 6,207RE+f_I 25_.9 -3,4_4I._I: +[,p 2.+'2'73E+(!2 5 -1.2545F+_?

7,93_F+_1 -3, ,")_77 F + _?

258,2 2,1754F+_P R,7_Q_E+_I 757,6 -3,7?_5_+(: ?

2.3'+:" _A 7 F +;_2 7 -I,4q_6E+P_ 258,9 -4.215bF+_2 RUN FIRST 1/_ TP STFAI)Y HAY I H_II,, AL, T _'#,4A 1 ING 37 Qm3Ft_9_ 5,936gF +_I 25{_,4 1. _i_7aF+Z/2 2 o445F 1 286,8 I, t 799E++,:_ 4 -5,533_F+_t 294.6 (1. :_,SqF +v 2 -7._3_E+_I 279,_ -2._'537E +v'2 1.1771E÷02 3_7.4 -2,1 _8 ;_r +.;2 1,2673r+_2 3PI,_ - .3. a a 81 F + (.L2 1. c)5_tbF +_2 RUN FIPST |/P TP RTEA!)Y HAX]_IIP_ AZIH HINI_LJ_ ALTFRNATTN6 37 _Q3C818 2 -1.524tF+_ -t.P395E+B3 1. t4.9 _.7595E+_3

3 -t.61q7F+H3 -i.2q4_E+,13 3:3_4_ _+_2

165,6 -2.1_;13F+,_3 3,896_E+_2 5 -I.6234F4P3 -|,p4_PF+_3 _,9 1_.7 -2,22_2F+f_3 5,3o21F+n2 1_.3 -2.aP85E+_3 6,735_F+e2 RUN FIRST t/R

TP STEADY HAXIMtJH AZI_ _,I N T _,qjH ALTEPNATI_G

37 _)_3CR9_ P -6.635_F+Cx,.' l ._/:9nF-;_t 4,P_SgE+_I 343.8 3.Kt732F+PI ,_ .4,qq21F+r_| -4,q_B_-+ml 2_t_.2 -5,_474E+._1 5,9242E-_t 293,8 6,7141E-_1 6 -,zl,q684E+r_l -d,BSg4F+_l 27B.8 -5.P395E+4_ 7,5_4_F-B!

7 -4.9526E+;_1 -4.857RE+hi 287._ -_._395E+_1 _,_837F-_I RU_ FTRST I/R Tp STFAOY _aXTe;_ AZI_ 37 _3HAK'G 2 -3.9743F+n_ -7.6_I3E-:l }_7,7 -6,2229E+v;: -9.2_qPE+_v_ 3.q971E+_e -5.5978E+H_ _ -_.117PE+_ a.1911F+O_) 5 -6.673_F+!_c' -1.5155E+_ 136,5 -|o2736E+_;| I@7,7 5,37fi2E+_ -1.4737E+_I 7 -8.81_3F+_ m -2,_75_F+_ 11_.4 TABLE 6.- CONTINUED b) Continued IYUN F=,T_:Sl t/_,' TP STEADY *_AX I _'!_/ _ZT_ A[ ! k_YuATI_ii_ 37 _'J_4F _ t 3 2 3.719gE+_A2 4.3_] 5_ +v,P 3, 1493E +_..2 3 ,"t. 6553 F + ',q :> 4,8_7E+_2 2,6531E+{;P I. | I e_IE +_/,'2 _R,3 2,I 1R_F+_. 2 eC,_ "- j.

67._ _7.5 I ._F_."A '_'F+','!2 _ . 177_:F+VP , 7 3.972-_F +[,'P _.B144E+i'2 6_.3 __. fi I 9P, F +J' _I' Rt|_-: FTIRST -1/R TP _TFA _Y ATI,_, AI TF_i._AT ) L,!', [I 4 57 0:/4F,,_ ?, 9. _723F,I,_1 1,1P,,hql_ +bp -f_.a273F+¢l _,6_33E_1 _@_.7 "9.30R7E +'_ 1 1.31_3F+_2 ,', 5. 7458F+P't 1,9,')b 3E _._"_ 197,2 - 1 . F. hP'4F+(.2 1.75P7P+C_ 67.q --1 ,, 574 ]FI'_(_ ) 1.gO62F+_°?

h 7, _,3h_F+c_ I P, P,_54F +(._P 340.1 2,125hF+V_ 7 B.1716E+_t 3.54t_F+_2 3_0,5 2.6_34F+_ RUN FIRST }/R TP STEAOY AZIV' ,": ] _' I N: IJ F! A l rER_IA T I_,; 37 V!;_4F P38 22_.3 -5. ?,a23f + _:.,_ 3 t :3327F+,_? P,B543E+_2 225,1 - 1 . r;_,57F +v2 327.9 -! ,, 7,h ! 7E +('.:_ .5 1, I 9v]6F. +r_2 3,247fiE+_2 334,g -1 , _P:_, 3F +(: 2 2.5239E+_2 33_,_ 2._lfi7E+_ 7 I,_333E+_2 3. c)455E +_-_2 335,1 -?. a ('i 94 F+ _;2 3.2_7bE+F_P RUN FIRSI 1/R TP STFAI)v

H A X IP_IIP,: _Ztr

37 _(44F R46 2 1 B_31F+'_? 2. gh77E +c_._ ? 7494F +l._ 1 1.3464F+[_2 3 I ,"52USfw.(_:_ 3.1 :S;_F +;'2 -f> ; 7494E+_ _. ] P32,2 32_,7 a 1 4164E+B_ _, P.63fie +_.'_2 5 I : 34 v' 9 [-" +.;_ p. j, _1_13E+_2 327,7 .PSg3E +F*2 P:3653E+_:_ 6 1,2gl3F+PP' 3.?4_6E+v,? 327,_ 2.3171E+_;P 7 1,1831F+92 3, _z_7eF+_p 335,1 -1,9117F*'_,2 ?,_o_E+_P RIJ_I FIRST fIR TP S!EADY _AXI_t_ _ _ZT, 37 _f_4FB53 ? 1.398qF+_l 1. l_f_?F+k'2 252,7 -I , I 8gHF+(_2 1 . | 4fii_E+r_p 3 -3.7_41: +p] I _, fi_*_3E'+{.'l I -?, 1F_ifiF +i_2 | , 4787F. +',_P -2. f_ ! ggF +n2 I, q42M_ +_,',p 32:_,4 2.1131F+',_ 7 - 1,120P.E. +_2 9,_413F+_1 32_,7 2. 496hE +F_2 RUN FIF_ST I/R TF SIE_nY

MAXI_I!H AZIM

ALTENN_TING 37 _&_4FBq_ 2q,_

_._

5 _.B{;tv_[,ff:+(_ P. v ,:4 f4 r4 E + (,_ _._ 21,(_ O.¢_F+p_ 7,6 7,7 RUN FTRST IIR TP SIE_nY MAXTH_I_ AZTM _1 TERfl_TT_G 37 _B4C_IR _7_,4 (_._E+F_v_

313,3

284,_

3,_6,2 {"_, r_ A_ E +#_[A

27_.4 3°6 RUN FIRST IIR TP STE_I)Y MAXIM|It4 AZI_ _INI_IJ_ AI. TEtVNaTINR 37 _4C_q0 291.R 291.M 4 B, _,_;'} _ _ F + :_ _ _, _:_F+_ 27),_ 3_ I _._P_F+B_ _,@_+_ 313!

3_6 _,_P_F+B_ TABLE 6.- CONTINUED b) Concluded RU_ FIRST I/R TP 3TFAF)Y MAX T _IJ:,_ AZIF, 2.'t, 4 327,5 3,5 29_,g • ] 2'_;, .5 _L)N FIRST 1/_ TP STEAI)Y r,_ A X T _iJ,',', AZI_ 3)' PTChL ] r_P( 74i7 6_ 7 .0 I 7_5E +_._ !

3,_777[_1 7_,7 7_,2 7 -8,,__4?pEcOs 1 "'3, _,_.'+,':1 75.3 -1.3449E+:.'> RUN FIRST 1/_ Azr_ _.IT i-- _" ',I a T T P._ C • 37 LEAr, LAG .o, gOq'c'_E + :_.3 -0,099r_F+I:!3 -_9,p.

-q, qOOPE +i"3 -_. q(a O_,.E + _,3 -q, 9 _Jg_., F:,,; 3 97,2 11_,_ RUN FIRS! I/R TP STFAF)y -_ A X T _'q)_ AZT_ 37 FLAPAUG 131,v 153._ 3t,5 '5,377_ F-.;_ 1 1_5,3 175,!

l . 1 i 72E +_',:,;

ORIGI_LgL

OF POOR

TABLE 6.- CONTII_ED e) Block C data RUN FIRST )/R ?"'_,:_} TP STEAnY H _J £ q RFSill IANT SCPI-:AS(: -I.524F+_3 I -7._634E+_} 6. _';437E÷_" I c_-2gh I E +":I 13_.a ? -].1_73E+_1 -3. 4036F+_'I 3- 6H35F+C'! 25] ._ 3 -3.33_7E+_I t .al ! aF+,,_.2 c_b,9 5 -_.942QF+_| 3. _.*b77F+_ 1 I 39.7 1._15F+?1 2r,2. _ -5. I fi87_.+_,_.!

._.332;>F+_: : 25_,. '_ -_ .Phd4E+!_, !

1 . 95_'_F +_: _ ;:72i,4. _ q 2.113oE-dl - 1.P352F+',_ 3.1 _42E+,.'_ 34_.'3 RUN FIRST l/w fp $TEAI)Y _FSUI. r A_., T SCP_ASE 3 ,-!. f,2,1_F+;',3.

l .271 _F..+r_2 1,12.2 2 _. P'34_F+_,:" -3.,_2,_/E+,,, !

-_.723_E* :1 2h3.2 3 -4,57_3F+,_ / b,/b,51F+_:;_; 4. F,,_,IF +4 t 172.t} 2. J _4R3F+¢:,2 h7,7 5 1,145_E+_I ?, 75_,2F+f 1 ?.c}7o2C+:;t h,l.4 i. 3.-_ _,._ E, : .! _..,'_-_n .7 e.7TV_6P.+_i! 2P_I .4 5 .Tb?:4P+:'.:" _4..5 I ,__ 7. P, OPOF +,_<. I. 9Q24 _-;'_ I 7, O_. _"_iF" 4."_ _ ,4 • _._ RUN FIRST I/R TP _TEA_Y H?_ Cn$ QFSOI,TA_T _CPHASF 4 -1.687E+_3 1 -I.4183E+E_2 1._'472k"+A2 I.g54 IE'+_! -3. _2_,t71: + v, 1 3 - 1. P_,I.IE+ _;, t 4. _4hc/F+_ I.

4 t.7,;,iOF+:_2 8.2fi_AP÷; I 7 I.,_191E+:,_ .6.3435F+,_ _ -5.7035F+k_l -2./'4t_gF +_: 1 I u_ 6,745PF +_'J_ -2. 9774 __,+_)V_ TP SrEAr)v _:_ CnS SIP, 37 _3C_i8 h -1.623E+_3 I -l.n_i77E+J2 ._551E+ ,2 14".5 2 2. 757_F +r_ 1 -2.4116F +'_" 1.

:t -4. P.317FT+_t d, _:_ .054F a.'.! I • _ p. ¢-_39r +_ 2 2. g I 3,t¢+;,_2 4h. 7 ,I . !'_P 7 8r: + :: 2 _: -2. P?_SE'_!':I - I. 33(_7F +:_ 1 7 7.73P'=;F+,:; -: 3. ,a26_,_F +,,, :, A -5.2:PI)'*F+ J I.

-2.6 1 _'G,F + :_ I 5.-_7t_FT+ _ 1 _'_, 7 3.14_P_ +,,v, . <_ 3.4F,c _- >_ _'_ j'). _ !:* 1 , v!fi_,7F 4,-, ] 3.42,'.12 F + _.? :;' ]. 11 4hF+r,l I 7.o RUm FI_SI I/R TP $TFAny _"' CnS ..q I t,._ 37 (c¢,3C_I 8 2.4163_ _,:%_ 1,22.5 4. 227 I E+,,', ] 32-t,. 2 3 -2. 7645E4._, 1 6. E42v_F +_ 1 7.'_TqaF+,:1 1!;?.!._ 4 ?.P,a_7F+,/,_ I .8 It_7F+-'2 5 ,'t. 138PF+_ !

7..'_ 65.",F+ :'_ ! _ 5. 1 A ._. b44OF _.c_, 1 ! -6. a I _',#F+,,,v -t .3151 ,_{'-* ;' 1 1.4r_3F,, ;l 24/4._' -2. a31 v_f" * _:1 !.1714F',* _l 27. { _/./"J R Y,F + :;_, 2, £/_. 4 TABLE 6.- CONTINUED e) Continued ST h RESUL. T^ _T 5CP,IA_E

RUN FIRST I/R TP STFA_Y

37 7 -1.63_E+_3

_.ql 1 ;'_ El+',' t 314. -", ? 4. 1517;E+_1 -4.21_q3E+;_l 4 1.715aE+_2 3.?g.").7r+_,'_ :_. 7154E+_,2 02.5 r_ 2. 1396E+_'! _. 3CHTPF+v_ t 7. _,13PFT+v I 15'_.S F, -6. _6RF+_I 3.8o7=;F+:;!

7 1.3_g1£+/'1 - 1. F_I _:_E-*,_ 1 7,2i',74F_+_._1 C_al .5 I .,_7Q'_E+'ll 73.Q q 5.P:_37_+:',; l..%,'_ht, F+v!l I . 75 _¢+;._ 1 P. 7. ':) 81 ,"; P65ULTa_T S([P_ASE

RUN TP STEAPY u_ Cq$

1 .7.7_6xE+'_,,: 3.g714F+_}_'

.37

3 -3. 356PE+'_:_ _ _. _;r,_F _-;' 7. a'.)221:÷ / "_ 11_.6 S 2.1310E+v_ 6.71F6C+_" ', _,. 871 ?F w. :*'._ 5. _,avT'.i- + _,. 7. / _,_f. Sk ÷ ,._ ,: 5h.b 7 6.4_7F+;.h" 3. gg_F.,-?! '_ P 7._'_,SF_F+v '" -l.la_E-, t _, 4 ._14_F+V't' -2.57(_3F': +,)v ' 5.2-67[+_)i -i3 _, ;_ I_ 2.766_F+Cc TM -2.6"t13 _- + ,_' _' 3.t_.251F+',i;: _I0. % IP _TKA,)Y

U ¢'J

37 1 -_. I 5:,;_E+_'_ 1.3_'6c_F +, "'_" _._I5_F+_,'_ 1_h.7 2 -!.3313F+,:;_ 1.6(',72E+v _." _.13_F+_J_, 12_.6 7_ -!._,gbnF+7_' 2.p_gE+CT_,.'

4 - I ,, q I P_,_-!,:,2 3.q3_F +(,_, 2.,t87 _E+v ._ 2.51_'_7F "_ v ''_ _.4045E+;,,: aOod 2._771_/_ "_ _7,5 7 2., t25"_E+c,_,_ 1 .6252F+- '_ 3._(,=+_ t.,. _ ;_ l. 02_3F +_'_! 7. I ,.7.',v-_' ?

c_ 2.7.tgaE +_i.,._ .2.52_F6: +t,_ p.P_P_E+, ,'_ P01.7 RUN T_ STE_OY P_tq TA*!T SCPHASH 3 7 -_.Q_E+_I RUN TP SFEAPY H_ £FtS _'E,_,JLT A"_T SCPrI_- SF 37 6. _'_L_aPE-i' I 2HO.h 2 -7.7_hRE-'"2 3.';45.,_F --'_'2 r.._aP._F-._2 1F',_. b I . 7927_.--g? -6.1727F-; ?

_."IOPF -'_''_ 2_?.g 5 _. 17H4E-;,?. 6.7 -P_;,:.: _'- ( 4 b.l 701E-:2 I.;" ¢i.gn_AF- _ 2r43,'_ ,'% 2. __ 45E- ;'_2 -6. _76'5F-_'2 2. qt6,_f-_ ? 2Pa.9 a. al 7,,!, F -_"2 2_5.2.

1.156(_E-_:2 -4.263.51 _-_:2 I. _22_F,-:_2 a 2.5 9 ! . 343_E-?-P l.?3P_aF-e?

1_ 3. 919_F-93 5.7¢c)_iF- _3

ORIGINAL

OF POOR

TABLE 6.- CON¢INUED o) Continued

RUNFIKST fIR

TP 5TEAOY HN .£08 SiN RESOLTANT 8CPlqASE 37 093C890 6 -4.968E÷_1 1 1.7896F-_l -6.g737E-_l 7.1906F-_1 284.4 155._ 3 2._8?6E-_2 -7.654bF-_P 7.9276E-;_2 2_5,1 4 6.a237E-_3 -6.9254F-_2 6.¢551f-02 278.3 5 4 3_5,_E-_2 1.2_81E-_2 _.5591F-_,2 ]5.4 263. a 7 -I.643_E-_2 -4.S878E-J4 1.6436E-_ 161.6 8 -I._6@9E-34 -1,6234F-_2 1.6234E-_2 269.6 9 1.291qE-_2 -2.7278F-_3 1.32_'3_-_2 348.1 I_ 1.714_E-@2 2._466E-_2 2.8_57E-_ 52.7 RUN FIgST I/R lP STEADY HN COS SI'_ F_E F,!il, T A'._ T SCP,_aSE 37 ¢a_3C_9_ 7 -4.953F+VI 284.8 2 -7.9152F-_2 3.5954E-_2 8.6_35F-_2 155.6 3 1.84_7E-_2 -8.4717F-_2 8.6bq3E-_,_ P_82.3 4 -4.5698F-_3 -5.9487E-_*P 5.9662E-_2 26,(i. 6 5 7.541_E-_2 7.Sv_SE-_3 7.5783E-_2 _.7 6 -1.1_87F-_2 -5.74_3F-_42 h._453F-_i2 259.i 7 2._375E-_2 -3.2¢4_E-_'2 3.7_76E- _? 3_"2.4 2_1 .9 45.h 1_ 5._gORE-_3 9.7977F-_3 1.1432F-_2 _tlN FIRST !/R TP SIEAOY H_; C08 £ r _ g{,E Sill T A ¢.;T 37 _3HAeJG P -3.974E+_q_ 112.7 3 4. 757_E-;_P_ 2._37_;E-:.i ,2. 287_,E-:'1 7 d. _:!

5 -t.4735E-YAt 7.937aF-,_2 ,1._,737F-,_t 15} .7 6 -| .4131F-_;_1 9 ,, 6 _,a hE...;:; 3 d. 41 _4E-,2/1 116.1 7 5. _445F-V,2 -3.34"i4F.,.¢;2 6. ,_5¢_3E-_.;P 8 -3.6517t:-_,'2 @,3345E-_ 2 o._g(_2F-,';2 113.7 _)3fi.6 I ',_ -3.508PE-:_2 -I.E'_3a,'JF-'-_2 3.744._F-;,2 | 9_.v; RUN FIRST I/R TP _TEA_Y H), COS SIN RESUL rA_:l 8CPHagE 37 Q_3HANG 3 -5.539F÷M_ [ -I .4R43E+V;_4 3.63_iOEi+_!','. 3.o;_7h_.'+;_4 112.2 2 3. I ¢85E-_1 -_. _'_165 g'-1_ ! .ri. J 3_bF;-_l 3_h. 5 3 -_. 1041F-,':2 3.2_v_2F-,, I 3.2506E- _1 4 -1 . 4_,9qF-_,_1 3.4a_:'_g'-,'l 3.71hJ_-'-'!I 112.3 5 -2.2125E-_ I 5.9_,77E-_3 ::). P 133r'- _ I 6 -t .2451E-_'l 9._t_ME-_ 2 1.5734E->,1 7 4.9185E-_4P_ g.4_.:9?E-.,i2 _;. 742i_E-;"2 5'_).7 8 -9.5354E-P2 2.9_,!37F-_-1 2.219',E-' t 115.a 9 -o.V,346E-02 -1.7227E._,9 q.1_74E'-,/'2 I_ -3.P867E-eP_ -2.9430F-_2 4.4123E-{.'2 MUN FIRST I/R TP STEAOY Hr: Cn5 SIK ,;,E SUL T A _!l _CPH3SF 37 OH3HANG 1|!_.1 ? 3. 7236F-__ 1 -4. 3947E-;_ 1 5.76(" lP-v_ t 31P.3 3 -!. 2_5 IE-_" 1 4. 789_E-_1 4.939_;E-_ 1 t_a.l 4 -2. 5879E-e-? 4. 'J_ 22.. 6 E- c_ 1 4. _;31'_c)E._ i 93.7 5 -2.619,3E-_:! 1 _. 3{_5RE-__2 2,7a7_E-,,l 162.a 5 -1.4235E-F_I 1.9_i28E-_:1 2.376aE-_!I 126._ 7 a. 6a4_E-_}2 4.715,1E-_;2 _.6183E-:,;?

45._ 8 -7. 1813E-riP_ 2.2386E-_1 2.351 _E-_:: 1 lb7._ (_ -9.91(_WE-_,2 -3.3955E-,;_2 1 ._._47_,F-u_I 19_.0 1 '_,4 -7.24k'4_-f_,2 -2.27t4F-_i2 7.5_84E-':_2 107.4 TABLE 6.- CONTINUED e) Continued RUN FIRST t/R TP STEADY wrl ,COS SIN RESilLTA_T $CPHASE 37 O_3HANG -6,674E+_ 1 -1.7c448E+_;_ 4.54gaF+{i;: 4. HSH3E÷v_!_ I i {",. 5 2 4._683E-_t -4._727E-='i 1 5. 756e)E-{; 1 315._ 3 -1.7643E-_1 5.2467E-P. 1 _.53S4E-_,I 1_ 8. _, a -5._76qE-_2 4.57_1E-_1 4. _Q_pF'-_,_ 1 96.3 5 °2._35_E-_1 2.762?E-_? _.bbl 3E-_;1 174 " -t.8570E-_t 7 7.445RE-_:2 7.7qttl F-_12 1. r,t7_2E-,,, 1 46,3 -9.2i_81E-t_2 2. 787aF-_.': I _.9355E- :1 1_._. 3 q -R.t24ffE-_'2 -4.7v_25E-:2 _.38hQE- 12 21'_!.1 -5,51 _3E-_:P_ 9.31_1F-_2 216.3 TP RUN FIRST 1/R STEADY H_,_ COS SIN RESdLT A,_!T SCPNASE 37 _JHANG 6 -7,648F+PQ i -1.3925E+_i -5._87E-_'1 6._114F-; ] 290.9 3 -1:4_7_F-71 fi.9578E-(;_l _.143_P-"l 1_,4.1 4 -_.4144F-_2 4.1g/nF-O _] a.2_47E-_:t g3.3 5 -3.1027E-_t _.Sqg5E-_3 3.1g_SE-_ i70.5 6 -7.2325E-_2 3.1544F-_1 3.23_3E-_1 !02.o -1.6331E-_2 7.43fiRE-_2 347.3 R -5.4340E-_2 2.7827F-_1 2.A353F-_1 1_1.1 -5.3559E-_2 1.4252F-_'! 2_2.1 RUN FIRST t/R TP 8TEA_Y H_ COS Sin RE St.}L.TA _-_ T SCPHAgE.

37 O_3HANG 7 -R,BISE÷_ 1 -1.6716E+@_ _ 2 3.313RE-ff} 3 -t.q64_F-L_t 4 -3.9365E-'_2 - l :43._7t_-!_ 1 4.73P?F-!_t 197.7 3.8_:_33P -;; 1 3._87E-_:t 26.8 I 2724E-_ 1, _-. 42_E-_,f _ 117.1 7 -6.5212E-P2 8 -6.2425E-_2 4:8368F-L_ 1 4._,77c_E-V_t g/.a q -1.t_81E-_1 -1 .fi_5_E-q I I. o,_55E-_, _ 234.6 |;t -4,R|30E-_2 -1.0145E-_.1 I. 1,?pOF-v,) _44o_ RUN FIRST I/W TP _TEADY _ cns SIN _YE,_I!I TA_;T SCc_h_qF 37 Q_4FBI3 -2.65_7F+:',_I 3.635gE+'r J_ ?p7. _, 2 3.PPh_F+V_ 3 _.]t63E-P1 -1.9_ 1 _F+,'_l }. Ohl]._E+;' I 272. ._ 6.7_'t_ 7F-(-_, 1 t_.77_,_:E+_':.', 4.4 -o.5_3SF+i_'_ I .t_37_F+,*1 52,,.h 7 -5.2a4_E-ul 7.375{;E+On 7.393hE'+,'!, V4.1 h -l.2_4RE÷_I -9.9721 _.-_ ! 3, P_O'_E+_'_ lq_.1 I _ -2.573_E+_ 3.6371F+v{_ 4.4552E + _';_-:_ 125.

RUN FIRST 1/_ TP STEA{_Y Hr_ COS 37 _4F813 3 3.855E*_'2 1 -7.q{_SaE +_ 5.6_37E+;,;( > V._,gfii:*E+.: ''_, t--14.2 P.. 478gF+_; 1 2.67_3F +_t 111 ._ 2 -q. O27aF+_ 3 1.4_73E+{_1 -2.5gg I E+_':,! 1.2134E+_"1 347._ 4 1.185_E+_1 5 I._dI2E+_P - J..R_idRE+v, I I._,37E+# I 273.2 6 I._'_56E+#I I .3227E+_1 I .78q7F__l 47.7 7 -7.337dE+_) 6. 4457E+'_F_ g. 766 f'il_. + ," _ 13,_.7 1 .gRI6F+_ ';_ ,P.. _ a,,_ _,E +':' 1 17P;.2 - 8. _,1394 E + ;:'..'_ 1.3193E+,,I 217.5 1,_ -_.953_F+P :'_ -7.3496E-,'1 (Q.g_gE +°, IF_'_.P

ORIGIN._.L

QUALITY

OF POOR

TABLE 6.- CONTINUED e) Continued TP RUN FIR_]' I/R H;:, ,C_,q SIN RESULTANT RCPHASE 37 (_,_4F813 4 1 -1.0B85E+v31 .I.3P_64E._l P.3127_4_1 214,4 Ib7,4 3 .4.7_7C1E+¢_ _, -7.6374E+_)1 7.652_F*_,1 P6b.5 4 ?.._255F+V1 -2. P. 751F+{',1 3, {'146 I F #-_." I 3_1.7 266.0 t) 2,82_gE+?.! 1.3737F+_1 3. J 376F+kil 26._ 7 -t,7848E-P1 g.B_P74E+_,_ g,SPq_E_._, _ gl._ _ -3,818aE+_)t t,6346F+_l 4, Ib36E+!_t 156.8 q -7.4_,35E+_(_ -1,7525E+_1 i.9_?r_E+O1 247.1 16g.4 Rt,IN FIRST 1/# ,v_ £n_ SIN RESOL. TA _IT SCPH_SE 37 v)L;4FB 13 ! -5,8748E-Rt -5,8593E+0_ 5,8887E+_a@ 264,3 ? -1,3_3OE+_1 3,P56_F+O1 3,3233E+_1 113.1 3 3.6R_E+OI_ -7,19HRE+_I 7,2_H2E+_t 272,9 4 3._2pE+_1 -2.3425E+01 3._Sfi4E+_l 322._ 5 1,1_61E+_1 -3.af47F+_l 3.627_E+_1 _7,8 3o_4F+t_1 1._373E+_1 3.49_1E+_1 17,3 7 -3._61RF+_1_ 1.2132E+u'1 J,2513E_)l 1_'4.2 -4. =_,:,_/t-*,:i _._14F+_| 4._7£+_I 166.5 274,6 1: -I._765F+Pt -7._q21E+_ t.2RqtF+dt 2|3.4 RUN FIRST I/R TP '_ £_S SIN RESI,LTAHT SCPI'_ASE 37 __la4FB 13 I -?.181_E+{il l._54qF+v:l 2.4233E+_1 154.2 2 -1,Pq3_E+gt 2,g247E+{_l 3.12_4E+_11 116.5 -1 4323E+_ -7.8214_1 7.8227E+_1 769,0 ?:7H61F+_t 3,3342F+_I 4,2942E+HI 3_9_1 1.2325E+_ -4.6617E+P1 4.6533E+_t 271,5 _ 3.q783F+¢_1 -1.7012F+_1 4.3_7F+_1 336.8 7 2,1391E-_l 1,11_E+_1 1,11_2F+_1 88.9 -1.g6q_F+v_l 2.g25_+_1 3.527_F+_1 12_.9 -2°P67_E+_I -4,2441E+_1 4,72H7E+?]

1_ -7°81RBE+_ -4,2937E+6_ 8,g_2E+_ _v)8,8 RUN FIRST I/R TP H:, C_S BIN RESUI.TANT SCPHABE 37 @P)4FB13 7 I -3.9455E+_1 2._477E+V_ 4.d4R3_+(_J 152.6 2 -1°1711E+_1 2.qgS_E+Pl 3.215RE+_I 111,4 3 2,566_E+_1 -7.6_51_+_1 8,_832E+¢_1 288,5 3_6._ 5 9.7434E+H(_ -3.5913E+_1 3.7_11F+_1 _5.2 6 4.7151E+01 -3.6_42E+_1 _°9349E+_1 322.6 7 1.IRB9E+HI 6.239_E*(_ 1._724E+(_I 2g,4 -4.515_E+_1 2.167qF+01 5._nOE+H1 I_4.4 9 1.12R8E+_! -5.6933E+_| 5.8_41E+_1 281._ 1 _ -J.6aSqF+01 -l.28Q6F+_'J _._6_4E+_1 218,7 RUN FIRST I/R TP HN COS SIN RFSL!LTaNT SCPH_SE 37 R_4FRI8 I 1.5726E+_1 -4,1488E+_I 4,4369E+_I _g@.8 1._514E+_1 3._603F+_1 3o_444E+RI 71,1 26_,7 1.1555E+@1 -]°?RllSE+_ 1.2_t?E+P1 344.1 _.I_IRF+_ -3.8162E4_ q,_POqE+O_4 334.g 8,4333E+g_ 11.6 7,68_E+_ 9a.1 ,,.262_E+,- !!6911F._,_, F+_ _171E+_ l.k,O_9E+01 138 _!474aE-H1 6611E+_,, q

13:X

61 -7,7865E-_1 1.397_E+_ 3,8027E+0_ 1i3,4 RUN FIRST I/R TP HN 'CO_ SIN RESLILT^NT SE_N_SE 37 B_4FHI8 3 1 1.648qE+01 -4,9153E+_1 5,184bE+at 28R,5 2 -8 7525E+_ 3.7893E+_t 3.88g¢_F_l 1_3._ 281,2 4 I _34Rf*_I 1344E+_ 1._36(_E+_1 323.5 5 5 7_g4E-¢l 66_7E+(_1 |.6637E+_1 _72,_ 1.1852E+_1 1.2480E+¢_1 1,777aF+;_1 44,6 7 -4,474_F+|_ 8,443n_+0_ 9. 5559E+(_H 117.Q R -2°|.g_4E+_I 4.gt_71E+P_ 2,2447E+_1 167,4 g -6,5395F+_ -6,8936E+_ g,5_E+_ 226.5 t@ -7o315RE+_ 4.175gE-P1 7.3277E+_ 176.7 TABLE 6.- CONTINUED e) Continued RUN FIRST 11_ TP STEA_Y nE F,,)L T A (,_T srPHAS£ 4 5,746F÷_._I _.5439E+c! 27n.3 2 -g,dd3,w_+Aj 4._,,_44_F+v 1 4.'M32F+Vl I,_.1 3 -I.ttR_4F_.::-_I -9.5111F+'_I a 2. 141fiF+_1 -2. _2,12E+_ 1 3._347_+,tl 311.3 2.a_2_E_l 265,1 3._t_3_E+vil 21.0 1.112_E+_I 06.t 8 -2.5_76F+;_ 1 1.6_-_G I F +c_ 1 q -3._3_SE+'./q -I._J,'74_+'_I t.3_2aF+:_l 253.7 1"._ -6. | 6_'_F +'A,:) 1 . 4_-.B 3F-.i 1 6.1_7_[ +_,_ _7_.7 RUN T9 STF.. A{)Y SIN RESE.:LI4_T SCPt, ASE 5 7.2{_4F+_ 1' • 1 2.4RIP, E+_I -6.3c} I?',T + U I 2 -1._)_3.2F+>,I 3.q737_'+_,!

a.,.tJ77E+d'_ 117.7 3 9.aid4_[ ":-'_t "9._'_399E+_,1 Q. :'4<14F+,_ 1 :7 _.,_ a. 125,_i:+,,1 _ I .'3 5 g, 6?81t- +d::_ -3.6_}_E÷_ l 3.727_E+v1 2_5,_ 3. ',',;0 ? % F +;', _ 1 ,_. 2 7 6.'_133_-'_ 2 l. 1 _65F+':!1 8 - 3. ,? :,_'_F + 2. 1 1. !t 77_F +_:_1 3.41 ,q£F+:".l 15q.r4 0 n. P1RaF+V,.) -2._OSP. F+_:I I _ -6. _21E_-_,_ -3.8(_01 E+ _''_ 7.7_, 20E+;'_' 21:_.. !

RUN IP STEAhY _N COS _ESULT'A,_T ._CPI)ASE 6 7.437E+V)l 6. :"_ A F,E +'<: _ 276.6 ? -I. 13931'T+?I 4. ;_rb_aqF + f,, l 0.9221E÷;'I _03.') 4 2._29PF+_il -4. _.,'_57F +,_ 1 ,5.I! 2: E_;:] 3' 3.7 % 4. _R_gF-,:_ 1 -4.5_40F+f,J 6 3. 7727F.+:?. I -2. V,_ 15('- +(: 1 7 3.,-_641E+_+_ I. a85,5_+{: l I .bI_9_+;:I 7_.3 F_ -1.!356,E+_II 2.7535F+_:1 2.g78bf+_l 11P..4 c) -1..427PE+;,_t -3.4424E+_1 3.7265E+:._I 2 d 7..") 1¢_ -5.i;_423E+';-_ ,_ -1._)61_F+c :_, RUN IP SIEAOY wES,)I.I _ ,;T $CP,_,SE 7, 8.172E+_1 l d. fig ! 1E+;,_J -6.3163F +'-;1 e'. 332uF+¢:1 _74.2 ? -2. a327tF+:_l a. P_hqF +_,_1 a.7¢;45_+,_I 121 .1 3 P.b_OSE+¢I -1 ._',259F) P2 1._'!565_'+c'-2 P_3.9 4 3.839,_F +",'. 1 -5.77{;,6E+F t h ,_. } 43oF+ql -3. o'113F+:;I g.7_ 33g+': ; 69..2 R -3. 357_F+,-! I 2. _335F- • c"_ d._+)74F+C" I IA'_.O 9 I .t'_l_3E_:l -4.6a35r+U,l 4.7'3 _F+,;I 72h2.4 I • a_a l_f+'," 1 22_.!

RUN FIRST t/R TP STE40Y H_ COS SI_ R [!: .R IIL TA_T SCFiIASF 1 4.?h2_E+_l -l._'v_F'["+"2 l . (,,"; 14 E +*,';. _ 2(,_3. !., P_ P_._75(}E+i;l _.3310F+_ 1 d..R?_ _ 7 F + ;.', 1 ha . a 3 4.4,SC'_OE + h!_ -2.7_)79F+_,_I 2._.126E +_I 270.v, 4 R.2,_6qE+¢,'_ -1.7_49E+,_"_ 5 _. 7267F+_ " I. 5_E-_'_ !

2.7 :_ <')66 +,_:' .]. 3 7 -,3.34 (-}IE'-_'_I -2.64_aF-':2 3. 350_.)_ -,;' 1 1_4.5 8 P.6732E+_; '-_ -7.6769_'-;'_1 2.7 a 1PK-:+,_':_ 344._:' q _. aq4OE-:A l -5. ] 752F-;? _

ORIGINAL

OF POOR

TABLE 6.- CONTINUED e) Continued RUNFIRST 1/R TP STEADY HN .COR' RESULTANT SCPHARE 37 B_4F838 3 l. 333E+_+2 1 5.5395E+fft -I.2361F+P2 t,3545E÷_2 294.1 2 -i.a349F+_t 4.59o7F+_l 4.711RF+:_1 1_2.7 3 ?.2356E+_1 -6.573_c+¢1 _._4PaE+_I +_15.]

5 -3,4_3_E+_,' -6.St23E+v_i 7.3571E+:_!

24?.3 1,3548E+_ -3.54_4F-_I 1,a_aE+_ _ 34d.3 7 4.8173E-_1 -6.4919E-v_l 8._4,_E-_l 41.t_ _57.t RUN F]RST I/R TP r+ ++ C n S _E$_IL. TANT 5CPH_SE 37 _H4F838 4 1 ft. 7a 13F+_,Sl -1.35+1t +++2 1.4754E÷ +_ 292.9 2 -t.695qE+(Pt 4.63579+_1 4.93_2E+_+1 3 -7.5830E+P;_ -9.q3k_PE+_il q.05OlE_.'++t 2_5,6 4 I. fi58,_.,-_ ! - I, 8_,9"2F +-f,_ 1 2. ?83bE+C_, 1 313."_ r_ .5.556._E+:_+_ -].3_6_E+S1 1.41o_,E++:;1 2a7,,; _4_._ 7 -3.v,;+34F+i+ ',+ -2.2267F+_ > ].73+_E+>+.

_3_.7 0 -P_,_fi_F.i*,!_. 4+79(i,_F+_4 4+8.,+a7E+',_ "_ 93.4 322._ RtJN FIRST 1/R TP STEADY iq,,+ C05 SI"i _E S_,JL.T A "JT SCPHASE 37 _+4F_38 5 t,t91_+_2 1 6.7572E+_:1 -1.4243E+_'2 t.5765E+:,*_ 295.4 2 -3.23151"7+_' 1 3. B7969+_: | 5.1_49_k +v,l l?9.d 3 6, t 999E +',_+,_ -9,332.1E+:_ I _. 3_v_TE +:_, 1 273.8 4 1.52! 1+F+++',I -_.3794E+,._1 2._41FI+_c+1.

3_2._ S -4.411qE-Ul -1.738!E+'_1 1.73,_76÷_1 26H._ _]4.,a 7 -1.5++_IE-._2 -4.q_3,'tF+{;',+ 4.qq,'t3F+:'_ _ 8 t.l +5mE+_1 -3._oo3E+t' _ 1.1_51E* _I _41°_ 116.7 1 _;_ 3._Q61E+!_V ++. I. 8176F+;;,+ 3.5_¢+2F +,4,_ 3_'_.4 RUN FIRST I/R TP ,IEADY yt,N COS SIN RFSLII TA+,_T SCPHaSE 37 B;_4FR38 5 1.153E+_2 _R9.4 t23.1 3 -2.7_4RE+_"'I -I.C+739E+v_2 t.v742E+_2 26_,5 1.9981E+_1 -3.2_76E+2Jl 3.8++12E+,: !

-4.|77:4E+_*J -2,_47E+,'I 2.12fitE+'_l 25_.7 2._ _,'_3E+_+ -1.2Q32F+;_l 1.3+_01E+_+1 _78.9 7 -_.7a23E-_1 -2.2)_;_E++/_ 2._612F÷+J_ 257.8 q 3,fiTq4E+'_ _.3hl'_F+t_1 1.4 173E*'1 75.5 35_.3 RUN FIRST IIR TP 8Ir_ HN COS RESUL. TAc_T SCP_ASE 37 @_4F838 7 I 6.996_E+_" 1 - 1 . 57h6E+{-,2 1.7240E+_2 2_3.9 2 -ft. 3_63F+L_ t 3.Sh77F +:_1 6. 3041F++,_t 146.1 3 3. lq77E+vl -I.138PF+L2 1.1 _,_3E+,_2 285.7 4 2,1446F+(_1 -3.7135F+_41 4.2_3_+i_1 5 -fi._'_If+!'+'+ -2.',+_391E+-_:t 2.15PqE+'_I 255.1 6 1,_253E+_;1 -I. 7+_87E+_1 2.¢_17E+,_:l 299._ 7 -4.0684E+_Y, -5.3148E+_ 7.7741E+:_ +_ 22h.9 8 I .3547E+_1 -3. 9933E+';_'.4 1.4173E+_!

343,6 O -7. I293E+4_ I. 876F_E+,::_ i 2. P_76E+g I_ 11_._ 1_;_ 4.3193E+_6 2.4_84Eww_, 4.9775F+(4_, 2_.3 TABLE 6.- CONTIEUED c) Continued RUN FIRST 1/R Tp STEADY HN COS SIN PESE)L TA;_T SCRHASE 37 _4FB46 t,R53E+B2 1 3.5_8_E+t_1 -9.32R4E+_t g g663E÷_l 2g_,6 3 6.2561F+t_O -I .7995E+[_t 1,9_51E÷_1 289.2 4 4,2310E+_A -t,2h_7F+_v_ 4,4157E+;_ 291,_ 8 a 781aF+Pv_ -l..qR;_3E+r_,_ 5.1753E+,'-; 337,5 g -8 ' _._3aF-_ 1 1,4693F-_t _,(_745F-'_ t 17_.5 ld 7. 934,qE-_'_ 1 -1,1327E+;_ 1,3R2VE+PH.

RUN FIRST I/R TP Hs COS S IN _CPHASE RE_(_LTA_T 37 B_4FR46 3 l 4.9640F+_I -1._55_E+t;2 1.186,_E+_2 295,2 2 -1,4155_+_1 2,Q74_+_*1 3._94fiE+_1 115.5 3 |,QfiS?E+_}I -4.2355E+_1 4.605_E+_1 2q4._ 31_.5 5 -5.433fiE-01 1.3137E+O_ 1.421_E÷_ 112.5 _,6132E÷_t_ _2_._ 3.8563E+_ 314.1 1.22{;_E+_ 1 -1.8o61F+,:_ _ 1.2342E+_1 3_1.3 1_ 3,47B6E+0i_ -6.6_3lE-_1 349.3 RUN FIRST J/R TP HN COS RES_[.TA_r SC_HdSE 37 @B4FH46 4 1 5._52aE+_1 -1.2154F+_P 1.3162F+_2 9qP.6 2 -i.q464E+;_l 3._515E+_1 3._1o4E+>_1 2_7._ _23.4 5 -t,ghb7E-f, 1 -7.4_13F-_11 7,_774E-_1 255.2 6 -2,8537E+Pvi -8,7613E+_) 9.2145E+P_ ;_ 252,_ 7 -3o60_E-_;1 -4.1593_+_ 4,1749F÷_t. _ 265._ 334._ 9 1,_03E_ 7.4_11F+_ 7._14_F+_ 78,5 RUN FIRST I/R TP STEADY H_ COS K_S(_LTA_T SCPHASE 37 _4FB46 5 1,341E+_2 1.4_}19E+e2 Pg7._ 1 6,5295E+B1 -1.239BE+_2 2 3,3755E+!_! 2,2374F+{;I 146.5 _,?_77E+_1 _7h.6 4 _,3523F+P.} -1._327E+C_1 1,12'_6F+21 202.9 5 1,@4_HF+_(h -1.9947F+t'_ 797,7 _14.6 275.7 344,g 8 1,9168E+_1 -5.1589F+_ 1.342_E÷_1 1_ 3,6o61E+_0 1,2901F+_I 2.968BE+_q 2.3117E+_e 37,o RUN FIRST fIR TP H_ C_S RESUITA_T 37 2_4FB46 6 I 4.q747E+UI -1.3341E+t)2 1.423_E+;_2 2 -3.2;_33E+_1 2.6623E+_1 4.16_3E+@I 14!_,3 27_._ 4 6,_44_E+_ -1,2545E+_1 1,392_E+_1 295°7 3_7,5 6 -_.5734E+_! _ -2.6974E+_ 7.1_53E+_ P_2,] 7 -1,R_gSE+I_ -7.5153F+V_ 7,7311E+v_i _56,5 8 7,6_53E+_ -J,31_7E+_l 1,51q4E+_il 3_1_4.4 9 8,shg6E+_O 2.1194E÷_}1 2,2975E+CI 67,_ t0 3,9413E+00 -1,2531E+I}@ 4.135BF+_{_ 342,4

ORIGINAL P;_ _3

OF POOR Qu_,L_ r

TABLE: 6.- COt,'TINgED e) Continued TP • STEADY RUN _tRs'r L/_ RESULTANT SCPWASE 37 EIt_4FIM46 1 5,913HE+_1 4335E+¢2 1.5507E+b2 292.4 7 1. I83E+la2 "_:7183E+ffl 2 -5.77R_E+_l 6._212E+;_1 103.4 3 2.6_6RE+_1 -7.7618E+_1 4 9.38_3E÷_ -1.3765E+_1 665BE+P1 3_4,3 5.31_3_+_ 276.4 5 5.8897E-_1 -5.2856E÷_ 6 -5.6O41E+0_ 4.119_E+_ 7 -3o5173E+_ -7._833E÷_ 7.OOA6E+_ 24_.6 -t.t_qlF+_t _:5217E+31 333°q 7656E+_! 1¢_2.4 9 -5.927_E+0_ 2.7_13E+_1 1_ 5.9123E+#_ 5.tq22E+_ 7.HE86E+_ 41.3 RESULTANT SCPHA_E RUN FIRST I/R TP STEADY HN COS SIN _.37 R_4FA53 2 1.399E+01 1 3.774_E÷RI -go8983E÷_t 1._5qaE+_2 29_.0 ? 3.qT_E+_ 2°63qq_+t_I 2.6_96E+_1 _1.4 1.fiOt_E+_t 296.5 3 6.g_?E+_ -I.3972E+OJ q.795_E-_t 288.1 4 3._42qE-_1 -g.311_E-_I 3._163E+_ _,7 5 -3.9174E-_2 3._16^E+_ 3.d473F÷_ 162.3 6 o3.2836E+_ t._4g4E+b_ 2.4165E+0_ 271.6 7 6 7_14E-_2 -2.4155E+_ 8 .:9_gAE+eO -3.2117E+_ 5.o_7E+_ 327._ 8.1927E-_1 48,.

9 5,4799E-_! 6=Rg_3E-_I t_ 2.q_to_-_t -t.g777F+_ 1.9988E+_ 278.3 H_ £0S SIN _ESU_1a_T SCPHASE RUN FIRST t/R TP STEADY 1.2655E+_2 296._ 37 _4FB53 3 -3,76eE÷_1 1 5.5g4PE+el -1.135_E÷_2 2 -2,22_6E÷01 2.403_E+_1 3.3391E+_t 131,7 4._557E+_1 299._ 3 t.g556E+_i -3.5475E+_1 4 -8.3443E-_1 -1o7_19E_ !.R955F+_= 24-3,9 6.8295E+_ 77.q 5 1.435_F+_ 6.67AOE+_a 5.265_E+P_ 312.7 7 3.5675E+_ -3._721E+_ I.3_74E+_I 35_.g 9 3.7_84E+_ 4.52P_E+_ 4.3178E+P_ 347oU I_ 4.21qgE+_ -9.14_7F-_1 SIN EESULT_NT RCPHkSE RU_ FTRST 1t_ TP _TEAOY H_ COS 1.32P2E+e2 295._ 1 5.7H_E+_I -1.1058E+_2 37 _4FR53 4 -5.2a_E+_l 3.76a_F÷_1 135.3 -2.6725E÷_1 2.646_F+_t 5.768_E+_1 266.7 3 -3.2751E+0_ -5.7595E+_1 3.56_3E+_ 11_.8 8.7153E+_ 67.4 5 3,3423E+_P d._49_E+_ 6 -R,_18_+_ -1.63_F+_ 3.gb87E+q; _ 2q_.4 7 1,384_E+_ -3.7196E÷_'_ !._53E+_1 33A.1 !.5636F+Vl -6.2_8AE+_ _.9_7_E+_ 07._ 4.255_E+_- 6.1 I_ 4.2306E+_ 4.5522E-;:1 RUN FIRST 1/R TP STEADY HN C_S SIN RESULT_I_T SCPhASF 37 _4F_53 5 -7.d6nE+_l 1 6.43_4F+_1 -1.271_E+_2 1.4249E+_,2 296.8 2 -4.3321V+_1 1.7_15E+_1 4.669_;F+v_1 J5_.1 5°3r?HIE+_l 277.4 3 _.852_E+_ -5.2_37E+_'1 5.5925E+_ 1_1.3 1.0237E+_1 82.6 5 1.3_9E+a_ 1._52E+01 I._351E+_1 I_6.6 6891E-01 -5.5_4E+_ 5.fi_6qE+,t_ 272.8 8 1,9157E÷_I -3.5533E_ _.9484F+_| _49.5 g -5._R54E-_t 1.6_61E+_1 1.6_qE+_1 91._ 4.5627E+¢_ 12.q TABLE 6.- CONTINUED Continued

c)

._UN FIRST 1/R • TP STEADY HN _OS SIN RESULTANT 8CPHASE 37 eO4Fg53 -8,665E+0t 1 5.7666E+01 -1.4135E+02 1.5266E*02 292.2 2--4.6_63E+01 2.372BF+0! 5.2346E+e! t53,t 3 q. B27BE-_! -6.6546E+01 6.6553E+_1 27_.8 4 -1.2_85E+00 1.5733E+00 1.9839E+_0 127.5 5 a.gRgmE+_P 9.071QE+@_ I._353E+_1 61.2 6 -1.t49A_+01 6,6802F+_0 1.3298E+01 149.8 7 -2 3138F+00 -5.6331E+0_ 6._898E+_ 247,7 1.6816F+_1 3P8,2 9 1 1278E+01 2.@041E+01 2.2q96E+01 60,6 8 I10391E+_I -I.3222E+01 I_- 2 o121E+_ -5.7115E-_2 2.9127E+_0 35_.9 TP STEADY RUN .FIRST 1/R HN COS SI_ RESULTANT SCPnASE 37 004FB53 7 -1,130E+02 l 7 2887E+01 -1.4599E+_2 1.6318E÷02 296.5 2 -7:fi362E+_t 9.9057F+B@ 7.601(;_E_!_1 172.5 3 2,4202E+_1 -6,835_F+01 7,2500E+01 289,5 4 -7.941aF-01 3,¢237F+0_ 3.1_63F+_0 104.7 6 6391E+OJ 9.8233E+P_ l.qllvF+_l la9.1 6._7P3E+_ 73_,2 8 2.33_AE+01 -I.1940E+H1 2,620hE+_1 332,9 g -O,BOA7E-Ol 2.85_5E+01 _,_52_E+_1 91._ 10 6,23_6E+B_ 6.5968E+O_ 9._741E+_ _6,6 RUN FIRST I/R TP ATEADY_ H_ COS SIN- RESULTANT SCP_ASE , _ B,_H_E+_B 37 0_4FR90 _.000ME+0_ O._O_OE+h_ _._F+_ 117.q _._E+_ 321,5 5 0o0_0_F+0_ O.0HO_E+!_ _,_O_F+_ lql 6 _.OO_OE+O_ O,_oO_+dO 7 O.o_O_E+O_ 0.o_O0E+0_ _.0000E+00 O,O_00E+PO _.e_O_E+_ 252.7 _._E+m_ 357.4 FCPHASE RESULTANT SIN RUN FIRST I/R TP STEADY HN COS 72.B 37 004FB90 3 B,_BOE+HO 1 _.O_OOE+_O 349°0 OoO00_F+O0 _,0000E+00 337._ 4 _._)_OE+O_ 251,4 O._00PE+P_ 41,7 223.1 O.O;)O_E+00 7 O,_A_E+00 0,00_E+00 333,2 B 0,000_E+0_ 0.000_F+00 79.1 9 0._00OE+0@ 0,0000E+_ _._¢_E+_ 235.7 RUN FIRST t/R SIN RFSULTANT SCPHASF' TP STEAOY H_ COS

37 o.4FB9o

7b._ _ O,O00ME+PO B,O_OBE+00 lq_.q

_.P_e¢_+oo 0,0_00E+00 O,OOaOE+_O

17_.1 3 O._E+I_ _,O00OE+O_ O,_POOE+O0 3_3,_ 221.4 5 O.O00_E+_O 0.00_0E+0_ O.O00OE+_ 12q.7 I 7 P.OOO_E+_O _,POOGE+_P _.I_MOE+O0 17_.6 127,3 8 O.OOO_E+O_ 3,O_OE+O0 O.o_OOE+O_ 111.5 9 O.R_OOE+00 O.BOBOE+_ O,OOOOE+O_ 343.6 I0 O.O_O_E+O_ 0,000_E+0_ _._OO0E+0_ 30 ¸

ORIGINAL PLCZ 13

OF POOR QUALITY

TABLE 6.- COI¢I'INUED e) Continued RUN FIRST I/R TP HN Cn8 SIN _ RESULTANT SCPHAsE\, \ 37 004FB90 5 2 _.00_E+8_ 0._00E+O_ _.00_HE+_ 133.6 4 B.POO_E+00 0.0000E+0_ 0.0_OE+PO 43.2 5 o.0O_0E+_O 0.000_E+0_ _,0_0_E+0_ 315,8 6 0,o_E+0o _,00_E+00 0,0_00F+O0 55._ 7 _._E+_ _._(_H_E+_ O._E+_ 87.1 8 0.0_t_F+_a_ 0.000PE+(aH O,_OvF+_ 1RI.2 IB _._0O_E+O_ a.O_O_E+_ O.h_E+_ 262,7 RUN FIRST I/R TP STEADY 37 0@4Fb90 I iRUN FIRST I/R TP STEAnY 37 eQ4FBg_ 7 H.O_OE+O_ i I "RUN FIRST 1/R CH TP STEADY 37 _3FB4O 4 et,175E+_2 1 6.d3g_E+_l -1.6354F+_2 1.7fi77E*¢:2 2q1'.5 2 -1.8_86ff÷_1 3.qg12F+_l 4.3i_P4E+_l lll.q 3 1.66_7E+_| -2.g758F+_t 3,4_7q_+_1 _qg,2 4 2._621E+0_ -8.g503E+_ g.a277E+(_ _R8.3 5 -9,qta?E-_l -2.3537E+_0 _,5540E+_ 247,2 6 -5,4535E+OH -4.850RE+_ 7,?_R7E+O_ 221,7 7 -8._370E-_1 -fi._SB2E+_ 6.1410E+_ 2_2,5 8 1.7614E+01 -I.13_2E+_1 _._845E+_1 327.2 9 1.5398E+H_ 6 5847E+_ 6.76_4E+;_ 76.8 10 1 -15=+_ :8_98E-_ .44 _ 327.4 TP STEADY RUN FIRST t/R HN COS SIN RESOLTAhT SCPHASE 37 003FB46 5 -1,254E+02 _293,4 1 7,4_30E+01 -1.7078E+02 t.R613E+_2 2 -_._94_E+_1 3.Pg6gE+O1 4.2388E+@1 314.5 3 2,g425E+_l -2.9965E+_1 4.1997E+_1 _84.5 4 3.3300E+00 -I 2905E+_J 1.3327E+_1 285 5 q.407_E-_l -3:48_9E+_ 3.b_5_E+_ 757,6 7 -I.7197E÷_O -7 8476E+0_ 8,_338E+P_ 8 1,8264E+01 -I:_744E_01 2,1_17E+_1 32g,3 5,9701E+00 5,9708E+00 ' 89,1 9 q,1742E-02 10 2,523_E+_ TABLE 6.- CONTINUED 0) Continued /_UN FIRSTI/R _ TP STEADY HN COS SIN RESULTANT SCPHASE, 37 flO3F846 . 6 -1.313E÷_2 ! 6o§256E÷_I -I,7941E+02 1.9_91E_2 290,_ ' " 2 .2.757fiE+81 3o3574E÷_1 4,3447E+01 !29.4 r 3 307_45E+gJ "4"_9E6E÷_l 5"5t87E+_1 312"2 ................................. 4 2-,7-84;zE-44_---_I,4t2_E-+LRt---t_d3_3E.+_ t ...._8-1_wc_-_ 5 _2,3177E+_ 1,9551E+_ 3,0322E+_e _2_,1 1 6 6.4763E+0_ 2°5841E+0_ 6,97_8E+P_ 2_1.8 _ 7 t.1869E+_0 -4,9853E+0_ 5oJ247E+_0 2fi6,6 _ .......................................... 0-- 1,7848E_.t---to-3_30E+01 -2_2_98E+_1 - -323,.9-- 9 1.3423E+_0 1,3651E+_1 1,3717E÷_1 84,4 10 4.4027E+00 -9,184_E-01 4,4975E+OR 348,2 RUN FIRST t/R TP STEADY HN C()S SIN RESULTANT SCPHASE i 37 _03FB46 7 -1,491E÷02 1 8._274E_0! -1.8358E+_2 2.0_37E+_2 P93.6 1 . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2 .l- 5.06¢7E _l 1 2o5152E+_1 5,6513E+_ 153,5 3 7,0_82E÷_! -3°1381E+_1 7°6787E+_t 335,9 : 4 6._978E+BO :2,8_12E+_1 2,0921E+_1 28e.9 I 5 ,6,6419E-_1 4°e861E÷eO 4,1397E+00 _6_.8 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . --_---1,4t¢)2-3E_q_1 2.7355F+Oa ..... 1,_3-q_E_01 ---195-.-3--: 7 -1,Sl_OE-al -9,_284E+_ q,0303E+_ _68.8 8 2oIgFIE+PI -1.3484E+_1 2,5779F+_1 32R,5 9 -5,7_68E+_0 2,6306E+_1 2o6918E+_1 1_2,2 . . . . . . . . . . . . . . . . . . . . . . . . . . _ . . . . 4,t.¢_69_-0¢ 5,|884E+_0 6,6171E÷0_ . 51,6 RUN FIRST t/R TP 8TEkDY HN COS SIN RESULTANT SCPHASE 5 657_E+_1 _58.5 ' -3,8506E-_1 -5°8374E+OR 2°2_34E+_1 65.2 , 3 9,2543E+_0 1.9997E+_1 ................................... -4-- 9_Ttg_IE÷OO2,,7545E_ • 5 -1,t657E+RI 4,8588E P1 1.1667E÷01 177,6 1 6 -3,4995E_00 -9,7829E+_ 1o039aE_01 _5_,3 • 7 6,7939E Bt 6.7992E-01 9.6117E _1 45._ tQ1_3El+_1 _- 141.4- 9 4,3067E-_1 -2.8245E+_ ?.857_E+0_ _78.7 ..... 10 1.9942E+0_ -7,5e¢SE-_l 2°13RbE+O[ _ 359. 4 ...... -__: ...... , . ....... . ...... - .

hU.-FIRST i/R TP StEaOV COS Sin " '

37 003FB90 3 -5,336E+_t 1 -4'5673E+0_ -5.5353E+_I 5,5541E+_1 265,3 1o.1535E÷_t _47.P . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2---.4,4t_5_E÷Oa -1°_635E.÷_1 2,3782E+_1 74._ 3 6.494_E+_ 2°2879E+H1 4 -1.2316E+_1 3.3_H3E+O_ 1.2751E+_1 165._ 5 -2.2t6_E+_ 1.46_E+_ 2,654_E+P_ 146.6 .............. 6 --2,6_47E_L_ -3,6241E+_ 4,4747E+_ 234.t 4.5392E+_ 121,3 7 _2,3557E+_0 _,8719E+_ 2oR6_HE+_I 169.8 8 2,8148E+_1 5,0638E+_ 1.75_3E+_1 239.3 9 -8,9452E÷_ -1,5_45E+_1 13,_686E+_ ................................................... -J-O---5,376qE-¢I -3,_211E+0_ ..

. .

RUN FIRST I/R TP _TEADY HN COS SIN RESULT&NT 4°9876E*_t _63 .b- - - 3 7 _ 3 _ . . . . . . . ' . . . . _ -5,534E+0t .... _-wSe6_41El÷_e -4.9560E÷_1 231 6 2-6._114E+_0 -7°5895E+_ 9,6818E+_ 2,_89RE+_1 3 3.2847E-01 2.0_95E+_1 89!1 1.6223E+_1 145 3 4 ,1.3344E+01 9.2278F+00 - t,_761F÷R_ Iq9.9 -9,683_E+_ -3.5007E+_0 3.9_95E+_@ 7 -I,3811E+H_ 3.6574E+_ I1P, 7 65;_ 3.S434E+P1 2,4132E+_1 251.2 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . -9-_7.7_5-39E+O_-2.284qE+_I 5,7036E+_0 248,6 ,., 1_ -2,084_E+0_ -5,3092E+O_

ORIGI_AL F:C_ _S

TABLE 6.- CONTINUED OF POOR QU_LLiTY

o) Contlnued ._RU.N-F'_$_ -_ -- _TP _--: -8TEkO¥ -HN- _5:-- - - ...... _ BTrN-............... RESL,LLTANT_- _--S-C-P-H_ 734]E+0_ -5.3837E+_1 5.3966E+R1 266._ !

37 003F890 5 -7,153E+01 I -3 p 2 -!

4795E+_1 -1,1391F+_1 1.8672E+_I 217.6 1 .... 3---t, 4-I 5350E+Ot 6.0047E+00 1.6482E+_1 158,6 : 6519E+Oe 1.38_6E+_i! 1.4058E+_1 le_,9 i

3494E÷01 1,45_6E+_0 1,357_E+_1 t73.9 i

, il 6.1

8 -3 283RE+_l 7.9_36E+80 3.3776lr+_] 166.5!

i 9 -3 57q_E+_O 12.6754E+01 2,6993E+_I 262.4 1 8977E+0_ 1.0870E+01 _.l_4qE+_} 255.1 i I_ -2 ................... ...................... i r i RUN FIRST I/R 1 TP STEADY HN COS 8Ik RESULTANT $CPHASE i . . . . . . . . 6 -8.gt6E+_4 ......... t _I,_2E+@I--B.2873E+_t 2 -2.2441E+_1 -3.6@_2E+_ 2,2728F+_1 189,1 !

3 1.6862E+0_ 2.3887E+_! 2.3041E+_1 86.2 1 t.g2_E+_t 146._ 4 .1.5915E_ 1 1,_74_E+_1 .......... 5 3._q6]F __ l-5._'_S_8E_O!

_.36647+_1 t39 R ,45_1E-81 7.2948E+_0 ,3328E+_ 84!_ 3.1670E+@1 166 8 -3._784E÷g% 7,4763E+0_ a 1 , 8 6 _ E _ . . . . 3 , 4 1 8 _ - _ t 1_ -4.3378E+_0 -6.ggB4E+B_ 8,2337E+_ 23_.2 RUN FIRST fIR T_ _TEAOY H_. -COS. " SIN RESULTANT-$CPM_SE ; 277.1j 37 _03FBO0 7 -1,087E+_2 1 7,2784E+He -5.8256E÷Ot _.870qE+_1 2_6.3 ' 2 -3;4816E+01 -I,7217E÷@1 .884_F+_1 tegB.5_E+_.t .... 74lW_I.-!

4 =E,ta23E+Ot 8,_153E+_ _._874E+_1 159.5 i 5 3oSO52E+R_ 8.1117E+B_ 8.8727E+_ 66.1 : 4.4671F+_1 1_8.4 : 6 -1.4111E+01 4.2384E+_1 l- 7 1_744_E+0_ 1.407tE+_1- 1.4178E+_t- _2,9- 3.47!3E+_1 172,_ _ --;: . . . . . . . . . . . . 8 °3,4379E_el 4.803_F+0R ':" ' 9 8,1735E _1 -6.8655E+01 6,B66_E+_I 27_.7 =. ./ 10 -7,7883E+_ -1.4822E+01 1,6743E+ol 242.3 /_UN FIRST t/R CH TP 81EADY HN CO8 BIN RESULTANT 8CPHASE O._E+_ 3_3._ i _._E+_ 88.4 i _._e0_E+OB .... 2_g;6 !

........................

0.0000E+00 B,_OO_F÷00 _._oE+_ 132,_ P.a_O_E+_ 286, _._g_E+_ 252._ giOOE+00 0.0_0E+00 1_ _._E+_ _8_.5 CO_ ..................... ::BIIN RESULT&NT ..... GCPH_SE, I _._E+_O 13_'_ i 1 0,000_E+_ 0.0000E+00 _°_E+_ 11,1 _ _._E+_ ..... 3_7j4-i 4 _._E+O_ 0._0_0E+_ _._O_E+_ 323.8 5 R.OOO_E+00 O._ROE÷_O _._E+_O 278.9 6 R.OR_OE+O_ _._F+0_ O,_H_E+t_U 327.3 !

...... 8 _.ggOOE÷OOO,B_OOE_00 0._O_E:+_e 312,4 TABLE 6.- CONTINUED

c)

Continued ,COS SIN RESULTANT .SCPHASE , RUN FIRST I/R CH TP STEADY- HN I _, _;_0_E,00 0,000_E+_ 0,0_00E+00 t20,_ 0,0500E+00 et, 000_1E,00 _, _PJ_E+_O 155.4 0, _O[_OE+@v) o. B{_EOE+_IO rA, _ k9 {_ _ E + {.'P P79,7 B.BBRBE+RB _.B_B_E+B_ B.B{_E+_:I 133.5 8 R. _(_E+e_ 0. B_OE+_, t_. _'_E+_ 141.5 _._OPI_E+00 _80,9 COS SIN RESULTANT SCP_t_ISE RUN _RST I/R CH TP -STEADY HN 004C518 15 5 fl,BOOE+B_ I O._@OBE÷@e @.B_eOE+_@ 2 0.000BE+00 0,000BF+0_ O,BBOeE+OB 0 0000E+00 _,0_oE_00 38,R 6 0.000_E+_0 0:e_0_E+00 B,000(_E+50 41,._ 0, _OBE + C_('_ 326.1 0.0OO_E+00 0._000F+0_ g 0,_00E+0_ o,0@00E+0_ t_ 0.00_E÷_ 0,000_F+00 _. _O_E+_ _':._. 1_5_,8 - RESLILTANT "SCP'HASE SIN _UN FIRST IlR TP STEADY HN .COS 0. B00{_E ÷_.; _ 2B_I. 5 I 0.0000E_0 0.000_E+00 2 0.0_0_E+0_ C_,P;_B_E+P'_ 353.9 O.RBO_E+_O 3 o,0_0_E+0_ _. _:_ O_F +_,_ 326._ 0.000_E+_ 4 0,000_E+0_ ...... _ ............................................. 5--_.0(_00E_@_

O._P_E+O;_ 138.2 n

0.0000F÷0_ 6 @.ORBOE÷00 B.B_E+_O 78.5 t 0.000_E+00 7 0o0000E+00 _ra e,_ e('}E+_ _ 3e8,_ _,0000E+00 O.P_OOE+00 _.000eE+0_ - 9 0.0O0_E÷0_ _. _ _ _E +_3',_ 18.8,9 _ o._000E+PO RESULTAnt -_CP_rA-_- HN COS SIN nRI_N-FIRST t/R .... TP---:-5-TE-A_Y 0.000_E*00 174.3 37 0_4C518 7 e. OO@E+00 1 B.OB@OE_@B O.@BBPE÷BO 0._00E÷00 0,0000E+00 3 0.000_F+00 0.000_E_0_ 4 0.0000E+0_ 0.0_00E+00 _.B_PBE+O_ I]4.5 5 O.P_OBE+O_ 0.0000E+05 6 0,0000E+00 0.000_E÷00 e,e_E÷ee _ 28 " RESULTANT SCPHASE COS SIN RUN FIRST 1/R TP STEADY HN 0,0000E+00 49.6 0.0_0OE+0_ 0,0_00E+00 O,00P_E+_0_ 284,0 3 a._eE+O_ 0,e000E*00 0o0000E+00 12g.2 4 O,_OeOE*e_ 0.0000_+_0 0._00_E+0_ 63,1 5 0.0_E÷00 e,B@OeE+00 0.0O0_E÷_ 0._000E÷0_ _._E+_ 2_5.2 ' 7 _,0_0_E+0_ 0._00OE÷0_ 0.0_00E+00 0.000_E+00 P.H_00E_O@ 144.5 _ _._. ."

ORIG_PAL " " IS

OF POOR QUALITY

TABLE 6.- CONTINUED c) Continued Tp sT oY .. ....

C08 ........ SIN ........... RZSULTANT SCPMA÷E 37 004C090 3 O,@H_E+O_ ! @,B_ORE÷_@ 0.B00_E÷00 B,OBB_E+_ 155,_ 2 0.0000E÷00 0.0o0_E÷_o O._e_E,_O 318.8 9 _._E÷e_ _._e_E+eO _._E+_ 134.7 [ RUNrFIRST |/R - TP STEADY HN C08 SIN RESULTANT 8CPHASE

370_4C890 4e.e_eE+e_, t _ _eeE_ 0.00_E+_0 e._0_E+00 83,8

............................. : ........................ 2 ._:_ee_F_; _;000(_E,_@ _._e_f_ _5-._ 4 _._m_E+00 0.00@_F+_ O._F+_ 49,2 5 _=_O_E÷_ _,_E÷_e _,_E_ 81.3

8 e.BBe_E_ee o.e_eeE÷e_ e.ee_E÷ee 21_.2

........................ ..... _ ,, • =',, _,_,L _ _'_ = 0_.=_ _ _. -_ _ _,,;, _- 3,gi ............ tB B.BBB_E_BO eBeBF÷PB B._ePf÷_ 77.t RUN FIRST t/R TP STEADY HN .COS SIN RESULTANT $CP_ASE 37 _04C090 5 e._OeE+_@ 1 _.ReO_E+BO R.@_E+@_ _._e_E÷_O 285.7

]

0.0_00E÷00 _.eBeOE÷_e _.B_E+_ 27_.

@.eme_E÷e_ e.eooeE,ee _.m_eeE+_ 357.5 ............................................... 4 e._eO_E,ee- e.-e_eeE_oe _._eeeE÷_ 1_a,I ........ 9 _,000_E+00 0.00e0E+@_ 0,0000E+_@ 283 RUN FIRST 1/R TP STEADY HN CnS SIN RESULTANT SCPHASE 37 R04C090 6 R.OO_E+_9 1 0.0_00F+0_ 0._00@E_0 0.0_0_E+_ 36.2 3 _,0_00E÷0_ 0.000_E+_0 _.0_00E+_ 259.5 ..... a _.Og_OE+@_ O,@gggE÷gO _._00E+0_ 260,6 5 g.geO_E÷00 0.0_0OE÷00 O,e00BE÷gB 191,5 ......................................... _ 0._0_E÷_0 ...... _.O_t_E_ m-,_'E_ ...... ;_h',_._--I 7 0.0e0_E÷0_ _.0000E÷_0 e. OBB_E÷B_ 1@4.2/ 8 0,000oE_00 Oo@B@_E÷R_ _.@R_OE+P_ 21_.4 ...................................... _CPHA_E RUN FIRST 1/R TP . ...... _ TE AD Y ..... HN COS _IN RESULTANT ...........

37 004CR90 7 _.0_0E+00 I e.O_E+B_ _:B_OBK÷O_ _,_E÷_e _Z._ 3 _.00_0E+00 0.0gggE+gg _._90_E÷_ 57._ 5 _.00_E÷0_ _.eeeef_e @,0_0_E÷_ 82.9: 7 _.000_E÷00 e.0_00E÷0_ _._0_E+00 187.1 8 0.0gfOE÷B_ 0.0000E+00 g. Oe_RE÷00 22g._ 1_ O._OM_E+00 B.0000E+0_ 0.00_RE+_0 171.5

OF POOR Q _LI_/

TABLE 6.- CONTINUED

[

-- I e) Continued RUN FIRST t/R _ TP STEADY HN COS SIN RESULTANT SCPHASE ............................ 2 ..8.0000E+0@ _O.B__.E+__¢ _ _,_g¢_{_E+_ - g.B.

_ - -- , 3 0.1DIAOt_E_Qm O,QElO:m_OI O.OOOOE÷f_O ' 253.:_ 4 e.e_E_.O_ e,_OOOE+eO e,r_E+_V_ t70,9 5 O]_ t_teOE+00 _ BOOOE+e_J t_.00e_E+00 204.1 7 _:eeeeE+e_ O._e_F+_a B. _eaHE+_(a 272. _4 8 0_ _J_O_E+00 0,0000E+00 l_.000_E+Ota 333.3 _._e_E+O_ _.e_O_E+_ _, _E+_ 32.1 RESULTANT SCPHASE RUN FIR8T I/R -TP STEADY HN COS BIN t,5641E+_l 1.2 37 PTCHLINK 2 -4,823E+Ot 1 1.5638E+01 3,3064E-01 8,6626E+_ 1_7,5 2,2B44E+_H 248,9 -7,918_E 01 2,0573E+0_ _ -2,6_53E_00 8,2615E+eg 1.9096E+_0 -89_5 3.34_E-_1 29,5 8._921E-_1 16,7 4.6083E-_f1 258 -9._805E-e2 -4.SIBOE-_t 3.5244E-_1 217 10 -2.8_91F-01 -2.1285E-_1 COS SIN RESULTANT $CPHASE::" _R N FIR:ST I/R .....:TP :_:I:_: STEADY HN 37 PTCHLtNK " ' ' 3 -5,518E+01 1,6659E÷01 11.7 1 t,b31tE+et _ 3883E+_ -2--6.816_E_0 :82'25F_0_ t,_76F_t- I31 - 4 3534E+0_ :_:0477E+@e P.5761E+_O 2_4,_ 3 ._!03,,E+e0 7955E+0, 5 -S 425_E-01 2.1659E+_B 2.3740E+_ 111 1 _753E+_ ..... 356_- 6 ,872-IE:O_--_,Og_TE-_I 7 _,6024E 01 t,5451E+_ 0 _,6542E-_1 -9o8390E-_1 _:049"E+"e 290 ._Ot2E-et -5.tO55E-_! 4837E-01 291,4 10 5.7457E-8t -0.427rE-u1 8,621PE-01 31-1.fl RUN FIRST 1/R TP STEADY HN COS SIN RESULTANT SCPHASE I 1,8902E÷_1 2.1526E+_e 37 PTCHLINK :: 4 -5,518E+01 1.9_25E+01 6,5

2 -6,8318E+00 8.0514E+_ 1,_559E+01 13_,3

8,691_E+_ 260,8 3:1.3953E+_@ _8,5783E+_ 4 3,2169E+_ 8,271_E-Rt 3.3215F÷e_ ..... T_#-;4- 1.8_89E+_ 152 5 -1.6_67E+0_ 8.3112E_1 6 1.21B4E+e_ -2._02tE _I 2,3422E+_ 53.5 7 1.3046E_O_ 1.8818E+_ 1,4886E-÷_ -L>9-t:;T -- 9 t,579tE-01 3,1251E _t 3,5914E-01 296.8 10 6,1241E-01 -5,3388E-_1 8.1245E-_1 318.9 TP STEADY HN COS RUN FIRST t/R SIN RESULTANT SCPHASE 37 PTCHLINK 0748E÷_0 2.1637E+01 19.1 5 -6,171E+01 I 2,B448E+01 7 3 1.3618E'@l -8 7106E+_0 8.7116E+_ 27_.9 4 -4,4113E+00 "2 5736E+00 5.107PE÷_ 210.3 5 "2,8952E-Ot 8 6216E-_1 9._948E-91 108.6 .... _ .... t.t76dE*i_B--2 8_39E+O_ 2,.4536E+_ 47.3 7 I i6632E+OR 1 8032E-02 -2, ?.2447F+_0 8 3 2444E+00 271._ 9 2,572qE-01 -I.3457E-B2 2.5764E-_1 357._ ' TABLE 6.- CONTINUED e) y Continued • _ • . _ /_UN FIRST I/R - TP :STEADY HN COS SIN RESULTANT 1 2.1843E+01 5.016_E+00 2,2411E+01 12.9 37 PTCHLINK 8 -6.8R9E,,,OI 2 -8.7404E+00 8.7917E+00 1.23_7E+01 134.8 3 -8._652E-21 -1.1693E+B1 1.1721E,01 266,1 ............ 7.....................

4 -5,461_E'_0 -2,4851E_g_--5-;_)98E+_ 2_4.5 5 -1.3706E÷00 1.0607E+00 1.7331E÷00 14,2;31 6 6.2066E-01 Io0010E+0_ 1.1778E+00 58!_!2!

7 4.2320E_00 10,2 -8.SB73E _1 2,3519E÷@ _.5_38F÷0_ .... 24_,9 8.IHQIE-_l 299.2 9 3,9583E-_1 -7._773E-01 1.4043E+_ 291.7 .N COS SIN RUN FIRST I/R TP STEkr)Y RESULTANT .SCPHaSET 1 2.7484E+01 1.1718E+01 2.9877E+01 23. i 37 #TCHLINK 7 -8.242E+01 2 -9.38qSE+00 6.4025E+_0 t.1365E+Qt 145.7 1.Sa_BE+Ql 272.8 3 7.2648E-01 -1.5_5_E+_1 4 1.13_1E+_1 _6.5 -1.P116E+PI _.3315E+_0 11_.7 -2.2398E+00 5.9221E+_ _.6_17E+_ 43.3 3.350_E+0@ 3.1548E+0(_ 1._w_24E+_l 37.6 7 7.9464E+00 6.110_E+_,_i_ 1.7482E*(_B _6.4_26E+@_ 1.7907E+_ 232.6 Q !i 1o152_E+0_ . 326.1_.

. L . .

RESULTANT SCPHASE RUN FIRST 1/R CH TP STEADY HN CnS SIN .]5 4 Q.-_dE*8Q .... 37 LEADLAG 2 R._OBE+BB .0000E+00 3 _._g_E+O_ 45,5 B.@_QE+_@ _.0000E÷00 4 g._E+_ 188.8 6 _._E+O_ 16.2 _.B_OBE÷00 O.B_BqE+_ _ 8 _._)_E+_ 188.3 @.000_E+BO O._OB_E+O_ _.g_OE÷@_ 241.6 RESULTANT SC_MA_E HN COS SI_ RUN FIRST t/R CH TP STE_nY _.B_E+OO 98.9 37 LEADLAG 35 5 _.Q_OE+P_ O.POP¢_E+_ 15,3 2 O.PQeBE*_Q Q.QO_OE+_ 0.O_E+Og 243.3 4 o.g_0oE÷00 0._0_E+00 B.00BOE÷O_ 169.9 5 0.0_00E+_0 o.oo0_E÷0_ 0.00_QE+00 26.g 0000E+_@ 0._000E+0_ _.ffO_E+_O 14.0 Q.O_O_F+_ 43.1 CH TP STEADY HN COS SIN RESULTANT SCPHASE /PUN FIRST t/R " 37 LEADLAG ,_5 6 _.,_I_E-'_. _ I g._E÷gt_ 4 0. _B_E +t_(_ ......................................................... _J---_, _B_.E ÷ _ _; 6 2 000_E+00 8 0. _}000E+E_ - 9 0. 0000E*B_ I(_ 0. O(aB_E+00

ORIGINAL

OF POOR

TABLE 6.- CONTINUED Continued

e)

RUN Pt R_T--t-/ R- -f. H -- -TP ........ S-TE-_O_t ..... HN COS ...... SIN ......

RESULTANT SCPH_E- 37 LEADLAG 35 7 0,_08E+00 !

o.e_eOE+Oe 234.1 34B.6 e._ffOgE÷_e . _t_DF ÷V_ 71,9 o.P_OE÷90 196,7 _.0000E÷_ 2h4.3 354.4 O._OE_Bm 311.5 _._99_E÷00 119.0 31_,6 O.0gg_E+_O g°_g_gE÷_ 30.8 RUN FIRST I/R CH TP STFADY HN COS SIN RESULIaNT SC_hASE 1 =2.9!46_E-_1 9.7_56E-_ 161.5 2 -7.?466E-g2 -1.R2_6F-_1 -l.2517F-al .234.6 3 -1.1221E-_ 6.358_E-Q2 6,_563E-0_ l_g.O a -1.6326E-_2 2._895E-_2 2.651_E-_2 128,_ 5 -5.9gg_E-03 7.29q7E-_3 q.4484E-_3 129.A 6 -6.1_65E-03 -5.7_49E-03 8.385_F-_3 223.1 7 1.5557E-_3 -9._62E-_3 9.13_6E-_3 27O.8 2d7.2 _54.h 4°8784E-_3 _85,6 RUN FIRST I/R CH TP STEADY HN COS SIN RESULTANT SCPHASE 37 FLAPANG 36 3 2._97E+g_ 1 -2.8242E-el 4.91_6E-_1 5._4_E-:}1 119.9 2 -1.1_51E-_2 -1.124AF-_1 1.1298E-_1 264.4 3 -5.3434E-_2 1.6528E-_1 1.737_E-U,l 1_7.9 4 -6.g661E-03 3.5158F-_2 3.56777-_2 99,8 5 6.lq51E-03 2.1_24E-_2 2.1918E-_2 73.6 6 -1.5289E-02 -1._812E-_2 1.872fiE-_2 215.3 7 3.6281E-Q3 -6.6394E-03 7.Sb6_E-_3 298.7 8 !.PlISE-_2 -3.498RE-93 1.761_E-_?

343.Q 9 5.57_?E-g3 8.1_20E-_)3 q._491E-_3 55°6 10 6.5575E-_3 8.5125E-04 5.61_6E-_3 7.4 RUN FIRST I/R CH TP STEADY HN COS BIN RESULTANT SCPH_SE 37 FLAPANG 36 4 2.248E+_ 1 -4.gll_E-Ol 5.750_E-_1 _11.2 -2.9816E_1 2 -1.513_E-e3 -1.2975E _1 1.227_F-_1 _69.3 3 2.151_E-_2 2.4492E-_1 2.4587E-_I {_5._ 4 -l.5442E-R2 4,Sfi74E-i_2 4,_IlgE-J_ lv'8.7 5 _.3329E_3 2.8173E-_2 _.938_E-J2 73,5 ............... 6 -2.687qE-_2 5.3722E-03 _.7411E-_2 168,7 7 -t.8767E-Q3 R.8847E-_3 257.8 -8.6842E_03 8 1.5758E-_2 -8,9385F 03 1,8116E-_2 33_.4 g 4 816QE-03 I,1686E-B2 1.2_3oE-_2 67.6 " -- |_ 3:0724E-_3 -1.6206E-_3 3.473_E-_3 332.2 RUN FIRST I/R CH TP STEADY Hq COS SIN _ESiJLTANT sCPhARE 37 FLAPANG 36; 5 2.566E+0_ 1 0948E.91 1 2.8627E-01 3._bS_E-_l 1.2358E-91 277._ 2 1.5_46E-02 -1!2266E-_1 3 1.478qE-02 2 292tE-_I 2.2Q6QE-dI 93.7 84_3E-_ 4 -1.148_F-_ 99,5 _:6695E-_2 5 1.1705E-03 3,6714E-92 8_.2 -7°434_E-_3 6 -3.5527E-02 3.6296E-_2 191.8 7 -2.2813E-_3 -8.6955E-_3 8.989_E-_3 25s.3 -5.4482E-_3 2.t145E-_2 9 -6._35E-04 1.9883E-02 91.7 321HE-04 Ie 8.1368E-03 8.1792E-_3 5.8 TABLE _.- CONTINUED

c) Continued

TP STEADY HN COS SIN RESULTANT SCPHA3E RUN FIRST 1/R CH -4. 4590E-(_ l I. Q442E-_,] | 4,8653E-_1 156,4 37 FLAPANG 36 6 2,839E+@P 1 ........................ 2 -9,589fiE-R3 -t,2e2tE-'_t 3 7.3844E-_3 2,67{_6E-_] t 2.6716E-_1 88,4 4 -1.21_1F-_2 8,3738E-_2 8,4b_SE-02 98,2 5 5._439E-_2 85,2 ; 4,216qE-_3 5 ° {_262E-_2 4,_162E-_2 148.I i 6 - 3.4'_grAE-P)2 2. 1234F-_*_ 7 -5,_766E-_3 -8.821_F-k_3 l._178E-v_? 24_,1 i _.214_E-_2 284.4 8 5.4932E-_3 -_.145P.E-_2 _.4769E-e2 7_.5 i g 8.2P- 1PE-_3 2. 3344E-_2 -1. _9tagE-_3 4 °2937F-_3 ..... t_ HN CnS SIN RESULTANT SCPH4SE RUN FIRST fIR Ch TP g. I26_E-_I 19g._ 37 FLAPANG 36 7 1.1_55E-_1 28_.3 2 I,g75qE-_2 -1.@877F-_1 3 -6.9486E-_2 2,6825E-_!

a -3,P56BE-B2 i.183]E-Pl 4.Pg4_E-_ .88,7 5 9.4_46E-¢4 4,2931E-_2 5.9627E-_ 151,6 6-5.2475E-_2 2,8316E-_2 1.475_E-O2 226.2 7 -9.87_4E-93 -I,_277E-_2 2.q74_E-_2 321.1 8 2.3144E-_2 -1,8677E-_?

3._5_OE-_2 lv'3.6 q -q._Sg4E-_3 3°7428E-_2 I.I_4_F-V_ 39.5 1_ R.5145E-@3 7.H27qE-_3 _FSULT_T StOHaSE _N CnS SIN RUN FIRST !/R TP 4.9695E+_ 334._ 37 TOR(4UE 2 I 4,4_66E+_ -2ot783E+B?

!.26qoE+_ 32_.3 3 I,_5_SE+_v -7._466E-_ 2,q629E+_l. 273.1 a 1.6_26E+_0 -2.9586E+Pl 1._868E+_ 47.6 5 !,272AE+ n_ 1.392OE+_ 1,_31OE+C_ 11_),7 6 -3°_431E-_t 9,6549E-_1 1.3_44E+_{_ 27,5 7 1,1566E+_ 6,¢318E-_1 4.P4S_E+_ 2.9.9 3,F7gaE+_P 2.1187E+_ 4,7_3_E-_1 337.q I._447E+_',_ !36.3 _' COS SIN RESIJLTA_T SCPI',ASF RUN FIRST I/R TP STEAbY 2.96_5F+_ 317.1 37TORQUF 3 1 2,1745E+_ -2,_2_RE+_ 7,251E+_2 5.22_IE-_;1 1.1 5,P19?E-_! 9,85_6E-¢3 2._27E+_e _.P 3 1.3!7_E+_ 2.5639E+_ 3.9190F+_'_ 244°_ 4 -1.7_9_E+,_1 -3.5278E+_;_1 5 -6,_FSIE-_I -1.e25OF+_ !.5842_*_ P3_.5 6 -a.7393E-_I -1.3213E+_ _ 4._545E--_1 05.4 7 -3.837oE-_ 4._363E-_1 t.t295E+_l P3.7 8 1._344E+_I 4.5361E+_ 3._aeaE-_'_ 3_8.q _ESUI T_T SCP_ASE PU_ F!PST I/R TP STEA()Y H_ EnS SI_ _ a.6746E+_,_ 3_6.4 37 TeR_UE 4 _.478E+42 l 2.7765E_ -3.76_7E+_ 1.2_97E+_@ 34_.1 2 1.I87_E+_V -2,2971_-_1 3 t.l?a6F+_ 2,5316E+P_ 3.3P83E+_l lg7. _ 4 -3.1R2_E+_l -9.747_E+_v -1.9_66E-_1 8.7_17F-_ h._l_7E-_l 241.7 7 1.5160E-_I -|.1_4_E-_1 1._761r-_1 324._ 1.5112E+_!t 9._ 9 4.466_E-_! -3.726_E-_1 1,_27_E-_1 2_2.2 _0

ORIGINAL Ff.C_-_ _S

OF POOR _,-,L,.

TABLE 6.- CONTINUED i '_ e) Continued . ,/ ,/ /RUN FIRST 1/R TP STEADY HN COS SIN RESULTANT 5CPHASE ........ i 37 TORQUE 5 6,948E+_2 1 1.5713E+_0 -4.8712E+0_ 5.1184E+_0 287._ ; 1,6_78E+_ 23.

2 1.4702E+BB 6,5_87E-@1 3 2.6624E÷_ 2,5155E+_0 3.6628E+¢_ 43,4 - 4 -4,2518Ee.Ot--3, IB68Ee_t 5.2659E+_1 _16,2 2.3534E+R_ 214o5 !

5 -1,g407E+e_ -1,3313E÷_ 2.3421E÷0_ 21g,7 1,78_7E+_ 23_,2 i 7 -1,1388E÷@. 1 369eE+_0 6 -t,R,1RE+,_ :1i4962E÷02 8 1_4314E+01.- 3 3_43E+gO 9 3.5182E-_1 4,355[_E-_t 5,5905E-_1 51.1 5,419qE-_1 3_1,q I_ 2,_645E-_1 -4,6011E-_1 ..

.. . .,.-.

RESULTANT SCPHASE C STEADY HN COS SIN TP

"FIRST r,R

4,4_16E+_ 247°R 37 TORQUE 6 7,446E+_2 I -1.6607E+._ -4,_763E+_R 1.S}69E+g_ 1_7,6 _---I.-5_36E+_-2._@4_E-_I 3 -4.3760E-_1 7.3192E-_I 4 -5,P4PTE+el -2.2_37E+_1 5 4._542E+_0 9._747E-H1 l.Tb_SE+_ 2.4 6 1_74g_E+_ 7,3759E-_2 3.72447+_P 35g.6 7 3 7243E+0_ -2.398RE-_2 R t:691_E+01 2.86@0E+_ t.7151E+_t 9.6 _=!666E-_! 234,4 o,12_E-_l !46.9 1_ -7o6432_-_| 4.g766E-_l H_ COS SI_ _ESULTANT SCPH_SE RUN FIRST I/R TP STEADY 37 TORQUE 7 8,739E+B2 1 -3,8443E+0_ -5.8985E+_ff 6.9_4RE-_1 286 1,9825E-_1 -6,6132E-_1 _.69_SE+e_ 162 0 -2,56_7E+_ 8o33_8E-_1 4 -_o8317E÷_1 -4,9_727_1 5.6877E+_t P4_,1 t.9432E+V_ P32,7 -1 178nF+_ -1,Saa8E+_ .. 1:3666E+_[ _ -7,13_?E-_1 1.5417E+_ 332,4 7,_75E-_1 2,6 7 7,20_1E-_1 3.2665E-_2 _.4_75E+_| 4g,3 8 9,66677+_ 1,1_4_E+_1 1.fi|4nE+_ 75,7 q 3,7483E-:_1 1.4673E+P _ w_._ COS Sl ._! £!E _t.JI IA:_T _CPHASE RUN FIRST-I/R IP _TEADY 1 -2.q653E+91 8.6231. E+;_V' 37 _03FB13 3.1717E+_,1 56.5 2 1,7526E+el 2.6435E+_1 1.3_35F+_;! 35,4 3 1._g46E+_1 7.7903E+_.

6.5985E+_ _ 61.3 4 3.169_E÷_ 5.78777+_ 1,4438E+C_I. 316,I 5 1._4_3E+_1 -I.R_I2E+Ht !.55_2E+_1 _9._ _.3_65E+_,_ 121,_ 7 -4,gl. 77E+_ 7.995PE+_ 2._23_E+_1 !5_.g 2.9_44E+: _ 233.2 O -!.78627+B_ -2.39H_F+_ 1¢ -2,3216E÷BO -I,3R79E-_It 2.325HE+_;_ 1_3,4 TP STEADY HN COS SIN RESULTAt-!T SCPHASE RUN FIRST 1/R 1 3.6272E+_1 147.7 37 0_3F813 3 3,811E+_2 -3._66_E*@1 I 938_E+_I 3 417aF+_l 77,h 7,356RE+@_ 3:336qE+BI 2:_418E÷_1 346.9 3 1.9887E+_1 -4,6271E+_ 1._595E*_1 6.4 1,_46_E_1 1 1667E+0_ t.5756E÷_1 272°2 5 6,1722E _t -I:5744E+Bt 2.654_E÷_1 55.7 t,4065E+_1 2,192qE+_1 7 -1.7668E+_ 1.2749E÷_1 1,2871E+01 97.9 " 1_t..3 8 -3. R_O_E*_ I I.PRg5E÷_t 9 -1.32_1E+01 -9._67E+_ 1.1B72E÷,1 189:_ 1_ -l,_q3_F+_l -1o7635E+_

TABLE 6.- CONTINUED

e) Continued L ................

RUN F_RST I/R TP STEAOY

H_ COS

SIN- PFSULTA_T 5CPHASE 37 _3FB_ 3 4 3,719E+_2 I -4.891qE+._1 6.8336E+OB _.93Q_E+_l 172._ 6.3a3_E+_P, 3.475_E_1 3.53_4F_I 7g,7 _3 6,7863E+@_} 4 I. 7_.5E+_1 -1.86_7E_@1 2.5222E+@1 312,4 5 -1.359qF_+01 251.5 6 3.5o7fiE+01 33.1 1.7HlgE+_l 1.7_1gE+_1 89.9 8-fi 1715E+_1 2.4736F+01 5.7327E+_I

15a.4

-1.7_fi3E+_1 1.0317E+_1 • 1_ °6,7440_+_;'_ 191.7 T? 5TEAOY HN COS _LIN FIRST I/P _CPH_$E ' 37 _,_3F_13 -3.t741E+0t 1.2273E+_;_ 3.a_31E+_l 158.9

2 -1.6182E+_ 3 578nF+V_!

3.5824E+_l 92.6 !,_74_E+¢1 -3:2473E*(_I 3.7493E+91 3_¢ 3.264_E+_1 -1.867qE+_I 3.761aE+_1 33_:2 -7.7_58E+_ -5.945_E+_1 fi.qO62E÷_1 2_2.6 4.32_3E+_1 5.1767E+t_1 33,4 1.5821E+_1 l._a_3_+_! 84.9 q -5.1666E+_1 1,967_E+_1 5.hP83E+_I !59.2 g -I.78_JF+_:I 1,_RQ_+_I 251.2 !¢ -9.2_52E+_P _._397E+_1 2_7.7 RII_ FIRST I/R TP STEADY HN Cn_ SIN _F_!LTA_'T _CPHASF 37 _;:3F813 6 4,_27E+_2 _._la_:l 135.4 3.5647F+_1 62.3 3 2,_77_E+_1 -5,05_bE+_1 5.b41qE+_l P94.3 4 2.8684E+VI -3.819_E+_I 4.776qE4_I 3_6.9 5 -_,0915E+@1 -5.1639E+V1 S.gb7_E*_1 23g.9 6 6.1327_*_1 9.SQS_E+_ 6.2B14_! 8,5 _.4427E+_1 116,R -4.fi175E+_l 2.7156E+_1 5.P7_E+_I 149._ g -_,!273F+_1 -2.3_71F+_1 _.fi_SSF+_l 24_.2 7.2455E+_ 214.7 RUN FIRST 1/R TP STEAI)y _N C0_ Sl_ _SULTANT SCPHASE 37 _3F813 7 4,_99E_02 I -4,549qE+_1 6,3_@_F+_I 7.7875F+_t 1_5.8 _._622E+_I _1.2 3 fi.7qqtF+_| -3o8335_I 6.9516E+_1 326.5 4 _.6587E_¢1 -3,P_9_E+;_l a,;_3_gE._l 311,3 5 -2.2_63E+_1 -3.8_49E÷VI 4.3984F*_I P39,9 6 7.0395E.01 -4,2_65E+_1 8.994aE+k_l 332, I,3q54E+_ 7_°_ A -5.4_9_E+_ 1.9123E+_1 5.737_E+g! 16_.5 g A.R473E+_ -6.2277E+_1 _.2g_3F+_l _7R.1 1G -q.sq86E+_ -1.764_E+_1 1.7941E*_1 242._ RUN F|RST 1/R TP STEADY HN COS REStILTANT S C P },_,_-8 E 37 R_3FR46 2 -7.424E+_I 1 4,6122E+B! -t.341eE+B2 1.41RIE+O2 289,_ !.341_E+@1 4.1767E+_t 4.3868E-P1 72.2 3 2 5277F+n! 8.5B64E+g_ 3.!4_E+_ _ 11_ 9 5 -t.510qE+e: _:74QO_*_e 6 5.9_17F-_1 - g423F-:_1 I._"759E+_ _ 3_3i_ 7 -.1,329!_+_ -1.3597F+_ 1.9_I_E+_ 2?5 7 8 5.925QE+_ -4.9591E+_Q 7.7265E*_ 3_D.I O -2 6797E+_0 2.144_F+_ 3.431_E+_ 141.3 1_ 5:8412E-_1 -1.4239F+_ 1,5391E_P_ 292.3 /42

ORIG!P!AL p_oc_ _S

TABLE 6.- CONCLUDED

OF POOR QUALITY

c) Concluded RUN Tp _TFA_Y HN C_S

sI_ RE S!JI. T/,_i T

_CPHASE 3 -I,_6tE+_2 1 6,1317E_:1 -1,5b_2F+_2 1.6763E+_ 291.5 -1o3492E÷_1 4 0222E+_lt 4o_425E+_1 3,1_1_E+01 2:g517F+_ 3. t355F+_l 5,4 4 2.694HE+_¢ -4.4133E+_ 5.17_E+_ 1_,2.4 2P9,5 _71 .3 33! .4 g a°_305E+_ 2.7676E+_H 4°_645F+;1_ 34.7 1 ¢ 3.31_5F+r_ -7.gB6RF-_I 3,4137E+_ 3,_6.5

_3

TABLE 7.- FIXED-TIP DATA FROM LIFT-COEFFICIENT SWEEP - RUN 61 DATA a) Block A data SUM_*RY LISTING PlIN 61 wJOZ _1 MT 5_ LO_ SPEEO CALCULATED DATA RPH1 VTIP MI(9_} M1(27_] RUN TP roll' ALPHAS 3.9427E-Or _.4696E+02 7.BtB_E-Ot 61 2 3.295tE-_! -5.97_SE+BP 7.34MRE+M_ 4 417IE,_I _.9985E÷_2 4 3.0651E-_! -6.3413E+_0 7.Q4BI_E*_2 8,3216E:_1 4:4456E-{_t 7 s337E+e2 8.3485E _1 5 3._505E_1 -5.4689E+H_ 7.98WeE+_2 4.4302E-01 8.3278E_Ot 6 3.e550E_t -4._94_E+_O 7.960k_E÷R_ 6 9985E+0_ 4.4126E-Mt 8.3_96E H!

7 3._632E._t -2.83R_E+_ 7.q40_E¢_P 4.4157E-_1 8.3a34E-_t 8 3.@566E _! -I.5869E+_,_ 7.94W_E+R2 4.4299E-_t q 3.05@_ H| -d.q641E-@| 7.060_F+02 7,_161E+02 8,3189F-_I -4,843_-33 4.8436E-03 CT8 CTR CH8 TP VTUN (_TUN RHOTUN -3 2859E+02 -7,_123E-02 -7,@123F+_?

2 2._945E*02 5.1849E+_1 _.3637E-S3 3.26_5E-0_ 5.227qE-_3 1:3190E-_4 ?.3712E-e3 4 2.tO/6E+_2 5.266BE+H1 367BE-m3 4.0832E-03 4.0519E._3 1.6205E-04 5 2.tHBtE+_2 5.2615E+_t 4,799_E-03 _.7691E-03 1,1131E=_4 2 t_OBE+B2 5.248_F+Bt 3,g208E-05 7 2_1063E+_2 5.2465E+,_1 P 3651E-_3 5.5302E-03 5.5_16E-_3 Pi3666E-P3 -5._765E-_5 6.5144E-03 6.4874E-03 8 2,10_8E+_2 5,2232E+_1 3648E-_3 9 1_2qE+_2 5 2265E+_t -1.0988E-04 ?.3638E-_3 6.8355E-_3 _:8,ggE-B3 O,0¢OPE+O_ 2443E+_ :33_0E-02 _,4216E-_3 RUN IP CHR CYB CY_ CP8 CPH CT'8 -b 3q6_£÷03 -7,316tE÷¢_ -6.qSt2E_? .5.3gb_E+03 3:_357F-_4 3.25blE-03 t.q975E @_ 2.9915E-_,4 4 2.d569E 4 I 3428E-_5 3,_852E-_4 4.0ROlE-R3 =.4t_ _8E-R6. 3._414E-04 5 2,7297E _4 -4 _618E-_6 3,2612E-_4 4,T947E-e3 -R,166BE-05 3.2173E_04 2 -3.285qE_2 :l'619512E+S2 5.5_54E-03 7 1,4462E-04 011_E-_4 -q.4648E-q5 3.450tE _4 l:4943E-H4 t686E-_4 6.SteSE-e3 .t.2676E-04 4.1945E $i4 8 5.o672E-@5 331_E-_4 4.5865E-04 b. B33RE-_3 -_,1462E-_4 4,5427E-_4 9 -7.2192E-@5 -2.P_BgE-_4 O,000_E+OO O.OB_E÷_O 1_ _.¢0_E+_ _.ORO_E+O_ ¢.d_¢_E+_S CDER L/gD28 RUN CDE8 TP CT'R CX8 CXR Bb84E+04 663_E+04 .1.663_E+O4 61 2 -7,3161E+H2 2.5387E+_ p.5387E+_2 "l:4697E-W4 8.78_6E-_4 4 3,2353E-t_3 _,P903E-{_4 1.lP34F-P4 1.69t8E-04 _.9693E-_4 6.8867E-07 5 4,@S95E-H3 2.278aE-H4 1.14aSE-_4 8.RBRgE-O_ a.2144E-_4 q.4579E-Oa b 4.7726E-_3 2,3167E-e4 1,2171E-04 q 24qlE-02 8 q242E-o4 1._136E-03 7 5,5_0E-_3 2,3388E-04 1.2718E-_A 1:_945E-_1 1:i182E-O3 t.2348E-03 8 6.4863E-B3 ?.3115E-_4 1,29_E-@4 1.1535E-01 t 26_1E-_3 t,3723E'03 g 6,B_gOE-03 2.201_E-_4 1._IIgE-_4 _BE+O_ O,_@E÷_ -l.Tt21E+Oe P/GVO2R DE/QO2B PlUVD28 RUN TP LIQD2R XlOf)2B WIqD2R 3689E+R5 -2.3689E+05 6t 2 -1,_584E+_4 3,6724E+03 3 6724F+_3 -_:4_57E÷m5 248BE-02 1,o317E-_2 4 5.4089E-_2 3,R2gtE._3- 1:8787E-03 t 7071E-_2 1,2983E-_2 5 6.8520E-_2 3.8457E _3 1.9317E-_3 1._829E-02 1.3824E-_2 0317E-_ 3,BgB/E-83 p._482E- _3 1!7965E-_2 I q_gbE-_2 1 853E._2 1,4938E-_2 7 E-o_ 3 15_E-_3 _.129_E._3 2,2q28E-t_2 2,_b85E-_2 8 t."ge4E:Bt 3:8859E-B3 _.!5_7E2_3 5378E-R2 .l_68E O_ 9 1,1493E Ol 3,8669£-03 2,21 3E 03 2.5135E-_ O_OROOE+RR 3.1442E-_2 1_ -1.7126E+_ -3,t442E-02 -3.3_69E-02 RUN TP DE/ODOR Y/QD2R YIQI3_R CP_8 CPMR CRMB -5 3365E+_3 -5.3305E+_3 1.5834E*O_ 2 -2.4_57E_05 4 1,4688E 02 3,3395E _4 2,_45_E04 .4 3888E-_5 5 1.5139E-_2 6,855qE_5 -6 t747E-¢5 "1,3742E'_o 6,,_OOE e5 -1.7296E 05 6 1.5917E:_ -1,4829E 03 "6i8797E'_5 -7 9qtlE-_5 -7.9834E-W5 -I.1548E _5 7 1.6966E _2

:_._Ba3F..3 -I,Bg23E 03

.8 3631E-O5 -8,3437F-05 -t.t7gtE-05 8 _.075gE-_2 _,1311E-B3 -_.23B_E _3 _975E-_4 .1.0947E-04 -3.B141E-05 9 2.3163E.O2 -3,6226E-03 -3,7284E_3 -1,_197E 0!

I@ 3.3¢69E-_2

ORIGI_AL P_:_!_ _"

TABLE 7.- CONTINUED OF POOR .......... TY

a) Continued RUN TP CRMR ROTORHPB ROTOR'HPR TB PMB H8 2 _t'5834E+02 -t.3975E+R9 -t.3975E+09 .t.s44_e+e8 :_:889BE+09 .;:2347E+07 4 .5046E-05 9.838_E_e_ O.q838E+_t 8.4272E+U2 4957E÷02 4OglE+Or 5 ].gOOSE:R5 l._t4 E e_ 1._286E+_2 t.Ob45E+03 .9.63R4E+_I 4.2246Ee_t 6 -1.8183E B5 1.0640E+02 1._786E+.02 1.2442E+_3 -1.3475E+02 2.8858E+01 7 -1.2454E-_5 1.i318E+02 1.1463E+_2 i 4257E+03 -1.734_E*_2 lo_108E+Ot 98 -3.9054E't'2703E:Ob_5 I'3528E+02 _.3673E+0_ tt_6792E+e3 -I.8145E*_2 -1.3_85E+01 o5_7E+02 .515tE+_2 7701E+03 -2o3923E+B2 -4o3993E+01 t_ Oo000_Eeee e._e_OE+_ _.0000E+O_ ot:6737E+Ot 1.3761E÷_ 2o8339E-_1 VSOUND PTOTAL PSTATIC RUN TP $F8 RH8 OA 1,1002E+_3 2,096_E+03 2.0437E÷03 4 4707E+_ _:6341E+Ot 6.5_E*_2 I,_988E+_3 2.098_E÷_3 2._448E+03 1o0995E+_3 2._978E+03 2.H447E+03 0589E÷_H 4.3582E÷01 K,_737E+_2 t,H999E+_3 2o0979E+03 2.P45_E÷_3 6 284bE+0! -3o7745E+Ot 7.02_8E+0_ 1,1002E+_3 _,0979E_e3 2.044aE÷03 7 6_63E+01 -2.5_57E_0I 7.4864E+02 8 -3.4314EeOt -2o558_E+01 R.g4BTE÷_ 1.1005E+_3 2.0983E+03 2._456E+_3 t.t207E+_3 2._983E*_3 2.045_E+03 9 -5.7203E+_I q.gOI6E+02 t_ -9,9675E-0! -2. 3t35E+O! t.t_2_E+e3 2.1_05E+_3 2,10_5E+_3 4223E,00 7.675qE-B1 _Ne75 CT/SB CT/SR RUN TP TST_TTC PRESSALT _ENSALT 6t 9._216E+_2 _972E+_2

_,,_e._ _: ...... 1.7676E*_8 -8.6894E+03 ._.6894E+_3

4 2861E+_1 ._ _ _147_+02 5 4o3545E+01 g,4838E+_ 1,5_bgE+H2 Z,vgov_+_o ,_o_/c-_ ,9097E-_2 4,3860E÷_t 9,4488E+02 1,6747E+02 4o4164E+OI 9,4539E+02 l.B873E+_2 t.9133E+Ob .8528E_02 6.8174E-_2 t,q123E+06 _,0724E-02 8,0389E-02 9.3580E+02 t.g342E+RP 8 a.44_9E+_I t,gI57E+e6 R,47_3E-02 8.a385E-O2 9 4,4596E+_1 9o368tE+02 2._733E+H_ 10 4,5792E_B! _._567E+02 -6.18_tE+_2 RUN TP CHISB CHISR CYlSB CY/$R CPtSB CP/SR 6t -4.0717E:03 -4.0717E:03 -e..6136E:_3 -_.6136E+e3 -6._865E:04 .6o6865E,04 1.6344E _3 3.0444E 03 1.664_E 04 .4752E-e4 3.7O7eE 03 3.7617E-03 5 2.008_E-_3 3.3825E=03 -5._332E-_5 2.9874E-05 3.7687F-_3 3._230E=_3 5 1,3793E_3 2.718RE_3 -i._9iqE-_3 -t._IIqE-_3 3,9_67E-03 4,_412E-03 7 4.8585E _4 1,7921E @3 -I.2527E-_3 .1.1728E-03 4._752E:03 4.33_E:@3 8 6.2905E _4 6.279_E_4 -I.5496E-03 .1.57_8E_O3 5.IIOqE 03 5.1655E 03 q -2,105iE-03 .8,945/E _= -2.7372Eo_3 -2,6595E _3 5.62q|E-_3 5,_834E-03 CX/SB Cxtsp CDE/SR RUN TP CPP/$B CTt/S8 £T_I$_ 1458E+_3 .2.A607E+05 61 3,t458E_03 2 -1,_132E+_7 -9,_658E_3 -q._658F_03 2,83BIE-_3 3921E-03 9.256iE-_3 4 2.623_E-_3 4._336E _2 A,_glE _2 4182F-03 9.5313E-_3 5 2_5695E-_3 5._558E _2 5._3_3E-_2 2,8233E-_3 5_82E-03 t._t79E-_2 6 2.6435E-_3 5,94taE-O_ 5,qIa_E-02 2,8707E-03 2,8981E-03 5760E-_3 I.i_58E:O?

7 2.770_E:_3 6.8468E-O_ 6o8179E:02 5985Eo_3 1.3857E 92

3.3763E 03 .._TsE:_? Ro037_EH2

8389E-_3 6256E-_3 1,5614E-02 3.8i46E-03 R.4681E 02 8.437 E _2 0.0_E+_0 O,0_OHE+_a RUN TP CbEt$R L/_I)2SB L/OD2_R X/Q02SR X/_O2RR PlQVO258 2 -2.0607E+05 -_.3115E+_5 -1.31i5E_5 4 5507E+_=4 4.55_7E+B4 -2.9355E+_6 4 t.0881_:_2 ,7435E-01 _,7a25E _1 4:7448E-02 2.3274E-02 2._22HE-01 5 I.ltl4E 2 .5338E-01 8.49_7E-OI 4.7655E-_2 2.3O37E-_2 2.0853E-01 1.256_EI't720E:_2_2 _'9986E'01 q.9525E-01 831tE-_2 2.5381E:U2 2.1961E-_1 .1461E+0_ 1.1413E_0 ::8513E-_2 2.6381E _2 2.3362E-Or 8 1.53_iE:02 .3563E+0_ g l.7PO5E 92 _ !.35i_E+0O 4._i53E-0_ 2.b873E-e2 2.StltE-Pl ,4p93E+O_ 1.424iE+_0 4.79i6E-H2 2.7439E-_2 3,1i46E._1 10 0.0_00E,00 -2.1216E+OI -p.1221E+_I -3.89btE-_t -4._977E-_1 0._00E+00 TP P/gVD2SR [)E/QD2$B DE/I_D28R Yt_D2SB YtODPSR LB RUN 6t 24 -2.9355E+O62._51BE,01 "_:981_E+06 -_ 981_E+_6 -1,2461E+05 .I,2461E+05 ,_,0108E+_8 5475E-Or i:BIglE-_I 2,7819E-_3 _.i3BiE-R3 .4133E+02 2.1154E-_| 1 6o88E-_! R76_E-_1 .8.4956E-H4 5.0424E-H4 _._637E+03 2.2261E-01 1:713OE-01 }:9723E-_1 -1._376E-_ -I.7_29E-_2 .2431E+03 87 _:8411E-Ot3662E'_I _:BStIE-O] _ IH2aE:_I .2.097_E-02 -1.9632E-02 _.4245E+03 3295E-_ :5724E 01 -2.7732E-_2 -2,6407E-02 .6782E,03 9 t 1 i_ _:t447E-_ 6354E-_ 87_3E-01 .4.6201E-_2 .4.4889E-_2 _.7697E,03 BgbtE-O _0977E-_! .t.2_35E+aO -t.2622E+OO -1.8737E+01 TABLE 7.- CONTINUED a) Concluded RUN TP L_ OEB Ok_ lh' 2 -t,61,38E÷_)_ 5,5_gSE+_7 _,sBgSE_7 -3 661,hE_9 -3,0615F÷_9 -1 544_E+_8 a 8.3621E+_2 5.gJ96E+_! _.o_3_F_I 1:93_oE÷_2 _.2695E+_2 5 IoM583E+_3 5o9398E+_l 2. q_3bF.*P. I 2ot_52[_'2 2. 3383E+L,2 6 1,2:,}74E+&_,3 (_,8M63E+31 _, 1555F+[_1 2o | 297F÷_,2 2,4521F+_2 1,23h5£÷_3 7 I .4184E+M3 6. _gSF+_41 3.2_ 78gl_._ ! 2.3_._7E+_:_ 2. b 13_4F*_,2 1,4|_3E+_3 8 1.b72_E+_3 5.q5_2E +Ctl 3.3257E÷r'l 2. _2.%E+_2 3. I _PgE+_12 1.6727F_3 1.7035E+_3 9 1.7633E+_3 5. 9327E+-'_ 1 11. 397_E+:_ 1 3.2_31F+_:) 3,._5.3RF +_2 1_ -1._741F+_1 -3._735E-_1 -3.2_26E _1 3._735E-_,! 3.2]76F _ -1.6741E+_ _UN TP P_ H_ _FR R_R OR -1.29H1£+t]4 4 -1:5_34E+_2 b.35_lE+_t _ 1027_+t_ 5 44_£+_1 6.b_41E+_2 -1.4321E+_ 5 -g,6754E+_I 7,1161E+HI 6:2_gF-_1 4:I692E+{_l _.7bqSE+_2 47ggF+_ b -1 3486E+_2 5.088bF+_1 -_.1172E+_1 -3.gO7OE+_l 7.11_HE+_P -3.23_7E+_ 7 -1:7323F+_2 3,7283£÷_1 .'_'44_F+_1 -_.2:7561P+_17_25E_l 7.5824E+_2 q -2 386_E+_2 1.8695E+_1 o3._75E+_1 -5.2983F+_ 8 -1 i8103E+t:2 _,3_62E+_1 0,_445E+_:_ I_ 1 37b_F+e_ 2.9929£-_1 ._.Rb79E_t -_.5124E+_1 g.gg71£+_2 g,Q572F _t -2.423bE_ 7.73_7E-_I -l,h24PE-_1 RUN X./L TP Ht-cn_R T_F;I_,75 AIC BIS TO,hUE 2 3 0987E+_ 1,g433E+Sl -2oq65_E-_1 3 9'_7E_! _ -I._,_F+I_ -3 a7e_E-al 4 4:44MbE+M_ 7.284_F÷H_' -_,]4_2r-£! 4:65ggE+M3 6.55_SE+S_

7:_-v_

5 4._639E+_ 7.816q£+_¢ -3.7767_-{_1 4 3_84E+_ 6,7147F+_"2 5.5_43F-_2 6 4.26_4F_ _.64_7E+M_ -1.5_gaF+_ 4"8_+P{_ 7.V_567F+P2 4._317E-_2 4,232gE:_2 8 5.9534E+P_ t._q2_E+_t -2.4382F+_*_ 6.8167E+H_ 8.9o7qE+_2 3,5504E _2 3 3524E-_2 q b 5253E+_ 1,tSR3E+_l -3,428qE_ 7 6743E+_ _,9125E+_2 1 '_ 5:1125E-H2 6.5_18E+_ -1.4365E _1 q:142_£-_2 3.832_E-_1 RUN TP X/LR I./DER L/DER ALPHAS ALPmASC -3,47_@E-B1 4,3gg4E-e2 4.3gg4F-P? -5 q7_SE+e_ -5,qZMSE+_ 4 3.472"E-_2 4.3578£+_ 3._846E+n_ -6:3413E+_ b 2.55_2E-M2 5.837_F+H_ 5.S461E+_ -4,s94q_ -4._q4q_+_8 7 2.3116F-_2 _.191b£+_ 5.4284E+_ -2.83_PE+_e -2.83M_E+eH 8 1.988_E-H2 5.8721£+v_ 5.752OF+@_ -I.586gE+_w -1.586gE+_ q 1.9_67E-_ 5,4234E+_(_ 4,qh16E+_ -4.9641E-_! -4,g641E-_!

Ol:_[r__1_vAw

OF POOR

QUALITY

TABLE 7.- CONTINUED b) Block B data RUN FIRST 1/R TP STEADY MAXIMUM AZIM MINIMUM ALTERNATING 61 la_2CH 18 1 7156E÷03 8361E+_2 2,3811E+_3 42 f:13ggE+_3 1,4941E+03 183 .0352E+_2 -!,05@1E+03 3i453_E+02

le4

5 I _759E+_3 1.5_42E+03 4 2_19E+02 ,b38_E÷e2 6 I:_609E+_3 1,496_E+03 4,3443E÷02 2794E÷02 4 52eEE+_2 7 ! a40_E+_3 1,4878E+_3 ,8371E+_2 183 i 8 1_0434E+_3 1,4254E+03 90 4_5722E+_2 e_E+H2 _9_89E'+_2 4 6124F+02 9 1 _441E+_3 t,4134E+03 183 i

1_ 1:1326E+R_ 1,2490E+_2 341 I°9186E+02

TP STEADY MAXIMUM AZIM M I N I r4UM ALTE_NAT ING 2 1 423r4E÷_2 2.7388E+_2 I 3629E÷02 i2933E +_ 4 _!59,2E+.1 2.9363E÷.1 I!5392E+_I

?34 7

5 5447E÷R_ 2,6722E+_1 I _q35F+_l b J,8525E+_t 3.7578E÷_1 255.4 3,8616E+_a 1,b_5_E÷Vl 7 1.83a3F÷Rt 3.5611F;+_ 321,6 °2.276QE+=_ 1 8g44E÷_I _t _ 9 2,b33OF+_l 4,045hE÷01 255,4 5,7742E*_ I°7341E+_I 1_ -2,_955E+01 5.337_E+_ 256.9 -4.6_57E÷(_1 2o5647E+_I TP STEADY MAXIM;IM AZIM ALTFRNATING -99.0 2 _9,gOO_E+_3 -9,qgg_E+_3 4 9=gqg_E÷_ -9,goq_E+_3 -q9,0 -9,990_E÷_3 -99,B -g,_gqHE+_3 -g.099aE+_3 -gg,_ 0909@g_E+{_3 -99 -q Q_g_E+_I3 -Oog_9_E+_3 7 _9,9900E÷_N _g°9g9_f+H3 -g:ggqOE+@3 8 9,gq9_E÷_3 9,990_F+_3 -9,99g'_E+_3 9 -g,gg9_E+_3 -9,909_E÷_3 -9g, 264,_ :?.ggO'_F+_3 1_ -1.2434E+_4 -1,2418E÷_4 .245_E+_4 l,5_4|E÷el RUN TP STEADY _AXIMUM AZI _ MINIMUM ALTERNATING -9o0_ -g,gg9_E+_3 -9,ggg_E+()3 4 3 9_59F+_2 b,a8_F+_2 262.5 1,6t_7E+H2 1 93_6E+02 2 -qiggg_f+_3 -_,9g9(_E+_3 5 3 9957F+_2 5,64_6E+_2 2:1385E+_2 37_5E+_2 6 4 33_6E÷_2 h,_745E+_2 .5286E+_2 2 273_E+_2 1,34RlE+R2 2_3_6_F+_2 7 4i3941E+_P 6,121_E÷@2 8 4 433qE÷Pp 7,1276E÷_2 I,2_87E+_2 2,9595E+_2 q 4 514hE+B_ 7,1737F+_2 3 _746F+_2 .1._245E+_2 I:6H_bE+_H .917_E+_t RUN TP STEAOY MAXIMI.I_ AZI_ kINIMUM ALTERNATING 2 4 9543E÷01 1.02g1F+_3 -7.370_E+_2 8 83e4E+_2 4 I:4825E+_P 3.6255E+_2 2:6327E+_2 -1.63qgF÷,a2 5 ! 4287E+_? 3°6965E+_2 -2,2333E+_2 964qE+_2 _:24H2E+_,,2 I:4095F+_2 3.9114E+02 4 -2.b789E+_2 7 1,3557E÷_2 4,15tfiE+02 -2.9822E÷02 3,5669E+_2 8 | 2482E+02 4,2630E+02 261,b -3,2395E+_2 3 7513E+07 q I_2117E+_2 4,0_2E+H2 262 ,1896E_2 "?,92_3E _I 3i63\9qE÷02 1_ 2.3941_E+_ 3,84_6E+80 1 8243E+_ TP SIEADY MAXIMUM AZIM MINIMUM ALTERNATING -gogggOE÷03 -g,ggg_F+H3 O,e_O_E÷_e

-°9)i

@oO_e_E+OH 24H,| _.B_0E÷00 _,O@B@E+R_ q O,0B_E+_ BoOH_PE+O_ 7_,5 _R_F+_ TABLE 7.- CONTINUED b) Continued AZIM MINIMUM ALTERNATING RUN FIRST I/R TP STEADY MAXIMUM 5.1071E.01 61LEADLAG 2 7,6261E*_1 _._470E_02 3797E-_1 4 I,B997E+02 ,1_33E_2 1._965E+_2 i6812E 01 5063E-O1 I.R871F+a2 270 8 1,_916E+22 1,_961E÷02 25 1.12R4E+02 5.6329E-01 1,1263E+22 t,1317E+g2 38,6 1._947E+02 3.83_3E-01 7 I,u983E+_ 1.1_24E+_2 355 4.9569E-_I 124_E+02 5.4075E-_1 9 1,1290E+R2 t, 348E+02

8 t,1136E+_2 1,1186E+_2 "°i; li la87E+02

299 O 8 4778E+01 3,1995E+0_ I_ 8,9104E*_ 9, 177E+01 _ZTM MINIHUM ALTEkNATING RUN FIRST IIR TP STEADY MAXIMUM -1.4248E+01 l,q798E+01 61FLAPANG 2 2,387tE+00 2,5348E+0t 282=4 1,_166E+0O 4 4,9858E+00 6,146qE+0_ 3_7, 177._ 7357E+_ 1.1228E+_ 5 6,9431E+00 7,9f113E+00 169, 9.3572E-01 K 7.g735E+_ 9._876E+00 _162E+_0 168,g 755_E+_0 6,3639E-01 7 7,2933F+_ 8,A278E_ 9,9191E-Ot 8 7,5595E+_0 _,6852E+0_ 168.5 6,7_13E+0_ 23_OE+_H 9,1109E-01 162.m 9 2,o782E+_ 3.0521E÷0_ -1:43_6E+01 3.R398E-02 te -1,427_E+_1 -i,4245E+01 188.0 MINIMUM ALTERNATING TP STEADY M'AXIMtJM AZTM RUN FIRST I/R -714Lg6E+O2 55,2 5,78_2E_.2 61PTCHLINK -6,6_95E+_1 3,_8_E+_2 4 3921E+_t 54_tE,_2 126.1 -7.3_89E+_1 21_BgOE+_2 5 2_ISE+_t 2443E+_2 126,6 126,1 -8.3_56E+01 2.7919E+02 _022E+01 7532E+P2 6 ;:_267E+@1 -9,609_E+01 3,2682E+H2 7 " 5754_+02 285.5 9623E+_0 _3139E+02 -1,3547E+_2 2.3343E+02 285,5 3,3472E+O2 9 _ 4.8766E+02 126,1 .t,Bt78F+_2 65,4 -1,5114E+_1 |,2479E+¢0 t_ °1,3589E÷_1 -1,2618E+01 aZIM MINIMUM ALTERNATING RUN FIRST I/R TP STEADY MAXIM{IM -9,999_E_3 -99,_ 61B_4CBJ8 4. 5887E÷02 187.4 4 26_2E+¢3 1,865tE+_3 195 8774E+_3 5i4R82E*_2 5 :_:2625E+R3 1,7797E*_3 9762E+_3 6 6797E+_2 6 2521F+_3 1.6403E+_3 7,1258E+P2 7 -2,2362E+¢3 1,53hOE+03 -2,9612E+03 -2,2_22E+_5 _1.5333E+_3 -2.9913E+03 7,29_eE+_2 194 6 7.9176E+02 -3._523E+_3 9 -2,2938E+_3 -_,468BE+03 257:5 1.1394E+_1 -6,5658E+e_ t_ 3.089_E+_ 1,6221E+01 MINIMUM ALTERNATING TP STEADY MAXIMIIM AZTM RUN FIRST IIR -99 -9 999_E+_3 .9,gg¢_E+O3 6t 004CB53 2 -9,999eF+_3 -9.999_E+_3 5,65_7E+02 4 -6,5666E+_ -1,1773E+_ 2863E*03 6,2744E+02 5 .6,558_E+_2 -3,144_E+_1 3377E+03 7,2552E+_2 6 -6,5648E+¢2 1,13_9E+_2 108 3 4218E+¢3 7,90_2E+_2 7 -6,5443E+_2 t,5_23E+B2 287,_ .t.3779E+g3 8,_36_E_2 8 -6,7_32E+_ 2,2931E+_2 4_55E+_3 8,242_E+_2 2_1,7 9 -6,7562E+_2 2.4298E+_P

: :733,E.o

2.9_48E+_0 117.1 1_ -3,4174E-_1 3,0757E+0_ MINIMUM ALTERNATING RUN FIRST ttR TP STEADY MAXIMtlM AZIM -4,541_E+02 5,7772E+_2 61 @A4FBt3 2 1 1_2_E+_ 7,_133E+_2 191,2 -1,3386E_2 3,2_49Ee02 4 t_92_7E+_ 5,A712E+_2 352.1 3.5244E+02 352.9 ,5373E+_2 3,6503E+_2 352,1 5980E+_ 5,7633E+02 _I ,5790E+02 5 li6893E.,, 5,4697E,,2 1 5373E+R_ 6,R530E÷B2 1,2729E+02 3,6629E+02 351,3 -1,3817E'02 ,4440E÷02 8 1,2362E+¢2 5,5R_4E+B2 351,3 _,3643E+02 .1.5373E,22 9 _:1754E+e_ 5,1914E+02 2.2775E+RO 1_ O244E_0 3o6693E+00 -8,8568E'01 _8 TABLE 7.- CONTINUED b) Concluded RUN FIRST 1/R TP STEADY MAXTWUM AZIM MINIMUM ALTERNATING 61 ¢04F818 -1,4518E+_2 4 7g_2E+_2 3_8. 1333E_B2 6 9618E+_?

4 -6,3829E_Bt 2:0PBBE+B2 3:1688E+_2 -8.7_41E+_! 2._53_E+@2 35_,_ -4.6763E+_2 3.4647E+_2 .9.776bF+_| 2 5Q97E+_2 35?,1 -4.7;_8E÷_2 3 65_3E+02 3:7764E+1_2 351,2 -4,0947E+B2 -t,35_IE+R_ 2 58_tE+H2 351,? -4 816_E+_2 3 698_E+_2 -1.4456E+_2 2 476_E+_2 35P.1 -5i_6_1E+_2 3i7715E+_ I_ d.6555E+RH 6:0_31F+0_ ! 347oE+_H 122,2 3 3_78E+_ RUN FIRST |/R.

TP _TEADY MAXIMUM AZ!H MI_I;_UM ALTEPNATING 61 B_4Fb53 2 5,93_4E+01 4.3971E÷_2 9,9 -3,9R46E+_2 4 19t4RF+_2 4 9,4_28E+01 1.9795E÷_2 323,3 -5,518¢_F+t=! t:2667E÷_2 5 R.SlS_E+_! 2.377QE+_ 608ZE+_I 1 6224E+_P h 8.2728F+_1 2.5511F+_2 7 7.8274E+_I _ 79_3E+02 329.7 -!.1679F+02 1.9791E+_2 8 2.2583F+_I 3:0_15F+_2 32_,7 -1.4442E+_2 2®_2qE+H_ g 7.283tE+_1 3._567E+_2 33_.5 -t.a_6_E÷_2 2 2667E+_2 IO 2.144hE+_ 2.9693E+_ 135._ 1.4_22F+_ 7:8357E-_t RUN FIkST 1/_ TP STE AI)Y MAXIMUM AZIM MINIMUM A|TERNATING bl _4F89_ RUN FIRST 1/_ TP STEADY MAXIMUM AZIM MI_IMUM ALTERNATING 61B_4TS13 2 -2.4H48E+_ 9.9831E_ 89._ -4.8133E+_2 2._565E+_2 4 -3._484F+B1 5.562_F+_1 28_,3 -1,1481F+_2 8.5213E+_I -4.4567F+_! 4,llS_E+_I 273,_ -1.2265E÷_2 8.IVlSE+_I 6 -5.805_E+_l 3.427_E+_! 28_.3 -1,3459F+_2 8,441_E+_1 ?79 7 -7 2Iq_E+_I 2.4745E_B!

-9:B4_4[+R1 2.674_E+_0 .6953E+_2 8,343_E+_1 9 -I,_gI_E+_ -1.5331E+_1 28_,3.-[.7506F+e2 7.9864E+_1 fIR TP STEADY _AXlM_}M AZIM MINIMUM _LTFRNATING RUN FIRST bl TORf_UE 2 -9 999_F+_3 -0,999_E+_3 316. _ -9.9¢9_E÷_3 -9 OqgHF+B3 -99,¢ 6._147F+02 5:7675E+_t 317,_ 6.12/BE+H2 6.85_2E+01 6 719gF+_2 /.4qTRE+_2 4 6!5_17E÷_2 7,1_82E+_2 316,2 6.336hE+_2 8.3352E+_!

7 @341E+B2 BeH_37E+_2 315.4 6.6854E+P2 9 4848F+_1 7 7 494_E+¢2 8.SB23E+02 3|_,4 8.1148E+_2 1:_136E+_2 9 9 9_06E+_ 1.1257E,O3 B 819713E+_2 1,_142E+_3 323_:_ 8,9886E_2 1.1343E+_2 3.8323E _I 8,_226F-OI 1_ 3 8323E-¢1 1.3413E+_ RUN FIRST I/R TP STEAI_Y MAXIMIIM AZIM MINIMUM ALTERNATING 61 _02HANG :9.999_E+_3 4 99qOE+R3 -9.999_E+03 -99 :9 999_E+H3 .9,999HE+03 5 -9.999_E+_3 -g.gq9_E+_3 -9O _ 9 9_9_E+_3 6 -9.999_F÷¢3 -9,99qOE÷_3 -99,_ -9,999_E+03 -9.999_E+_3 -9.999_E+_3 7:9,99qHE_3 -9,qqg_E+03 -99,_ -q ggq_E+03 8 9,99q_E 03 -9,9gq_E+_3 -99o_ -9:999{4E+R3 -q.9og_E+03 9 -9,999_E+_3 -9,990_E÷_3 -99, 999HE+_3 -9.999HE_3 3,6_5bE _2 TABLE 7.- CONTINUED c) Block C data RUN FIRST I/R TP _TEADY HN COS SIN RESULTANT _CPHASE 61 TORQUE 4 6,542E+0_ 1 2.4fi31E+H_ 2.9392E+_ 5_ 2 .5o3938E+0_ o5.3635E+_ _:8284E÷_O6_b6E+_H 22,: 3 -t.9fi58E-_l -2,3844E-H1 3,R84_E-01 23_.6 4 -5.1398E+_1 6.144JE-_1 _.1402E+_1 179,3 5 -2.312_E-_1 5.342_E-_1 5.82_8E-_1 I13,4 57.7 6 6.fi793E t-_ 1.0424E+_ 1.2327E+_ 7 t.lfi_6E 01 4.21_2E-_1 4 373PE-01 74,6 8 4.556_E+_0 1.45_4E+_ 4:7813E÷0_ 17°7 76,1 g 1.1367E-_1 4.5841E-_1 4.722RE-_1 1_ -1.2_28E-_1 3.4392E-{_4 1.2_28E-_I 179,8 RUN TR STEADY HH COS SIN RESULTANT SCPH_SE 5 6,72_E+_?

1 3.1_38E+OH -1._5_9E+_ 3.2769E+0_ 341.3 2 -5._496E+_ o2._232E÷e_ 5o5328E+_H 2_1,4 3 -l.89efiE+_O 1._967Fe_ 2o1856E#_ 149.9 181.0 4 _6 1523E÷_1 -1.I_23E+_ 6°1533E÷_1 5 -.:0897E-_1 5.6_3E-01 5.7839E-_1 I_.9 6 1 33_4E÷0_ 1.4_9Ee_ t.9759E+e_ 47.7 7 6:5646F-_1 8.7_59E-_I l.agSIE+O_ 53.2 8 7. 6655E÷0_ 3._671E÷_ 8.2563E+_ 21._ 53.1 1_ -1.6864E-01 -1._705E-01 1,9975E-_1 212.4 RUN FIRST I/R TP STEADY HN COS SIN RESULTANT SCPHASE 61 TORQUE 6 7,034E+a2 2,9509E+_O 332._ 4645E-01 -7.1195E+0_ 7.1210E+_ 268._ 3 1 4159E+_ 2._912E+0_ 2o5255E+_0 55,_ 7,5815E+01 184.7 :4583E+0H 3.3_76E 01 1.ag53E+_ 167.2 6 2 5_3E-61 1.9571E+0_ 1.973_E÷e_ 82.7 7 6:7654Eo_1 1.5683E-_1 6,944RE-_1 13.1 1._273E+_1 17.1 9 8191E÷0_ 3._18gE÷_H 9 =:220_E+_0 1.5490E_OH 1°9722E+_ 51.8 1_ -1.921fiE-01 -t.5filFE-01 2.4698E-_I 218.9 RUN FIRST t/R TP STEADY HN COS SIN 8CPHASE _ESLILTANT 61 TORQUE 1 3 389RE÷Oe -5.3792E+_ 7 7,494E+02 6,3581E+H_ 2 -3:2_6qE+_ -1.3661E÷_1 1,4_37E÷_1 3._892E+_D 3 2.4395E÷R_ 1.8952E*_ 37.8 4 -7 9787E+_1 -7.R240E÷OH 8._17_E+_1 185,6 2.6785E÷_H 5 -_i67_5E-0_ -_:467BE-03

6 -1 2833E+00 9961E÷00 2o373_E+00 122:7

7 -3.6291E-01 3._574E-_2 3.642_E-_1 175.2 8 7.3216E+H_ 2.9_12E+_ 7,B755E_e 21,6 9 1 3626E+_ 1 18_fiE+0_ 40,q t.8_28E_U le -8:155_E-_2 -t:t_e3E-et 1,3696E 01 233.5 RUN FIRST I/R TP STEADY HN COS SIN RESULTANT SCPHASE TORQUE 8 8,971E+_2 1 1 8927E+0_ -4.6_81E÷_ 4,9817E÷_ 292.3 2 -5:3!94E+B_ -2.7232E÷_1 2.7747E+01 258.9 3 3 4231E+00 2.31_RE+_ 4.13_1E+00 34._ 7.9_45E+01 188.1 4 -7!8_58E+01 -1.1122E+01 5 -2 3255E+B_ -I.231_F+_B 2,6312E+0_ 207,9 6,2898E+_ 146.5 6 -5 2469E+0_ _.468_E+00 152.1 8 5 5106E+_e 7251E+00 7,259_E+_ 40.6 7 -9!733_E-_1 _:I426E-HI g 6 5136E-_1 3.9953E-_1 7,6413E-01 31.5 I_ =I.6191E-_I -6.2374E-_I 6,4441E'_I 255.4 5O 0_,_

OF POOR

QUALITY

TABLE T.- CONTINUED e) Continued RUN FTRST fIR TP $1EADY HN COS SIN RESULTANT SCPHASE 61 TOROUE 9 0.9_1E+02 1 1,7444E+_0 -5.4473E+e_ 5.7198E+ee 287.8 2 -6,1257E-_1 -4,_153E_01 4._158E+_1 259.1 3 3.3226E+0_ I.sag1E+O_ 3.666_E+_ 25._ 4 -1.66_6E+_1 -2.61.48E_I 8._946E+@1 198.8 237.1 5 _ 1835E-_1 -1.4171E_ 1.6887E+8_ 6 :.:48ZqE+_ 2.9614E+_ 7,1318E_0¢ t55.5 7 -1.3715E+O_ 1.5338E+PO 2.HSF6E+eo 131.8 8 2.723oE+ee 5-,_297E+0_ 5.7199E+ee 61.6 9 4 458_F-_1 -I.1566E+_@ 1.2395E+_

1_ 6:31_E-e?-t.2251E-R1 to3785E-_t 2 7:g

RUN FIRST 1/£ TP STEADY HN COS SI_ RESULTANT SCPMASE 61 e_2C818 4 1.14_E+H3 1 -1.445_E÷02 7 IabSE+O_ 1.4476E+_2 177.2 298.3 2 1734E_1 -4:_444E,01 4°5914E+_1 -_:352_E+g1 -1.2351E*_1 2°6568E_1 2@7,7 4 1._27_E+_ 1.63qtE+_2 1.9346E+0_ 57.9 5 -1._@3_F+_l 2.64_4E+_1 3.2551E÷01 t25._ O 1.7206E+_ 4.5925E+0_ 4.9043E÷_ 69.5 7 -4,_41E+_ -l.t_TF+_ 5.0261E_ 192.0 R I.]_BBE_O! -t.4a95E÷_t !.0664E_@1 3!2.5 9 2.4568E+_ -1.5803E+@_ 2.9212E+_ 327°2 t_ 1.755RE+_ 1.8197E-0I 1.7652E÷_ 5.9 RUN FIRST I/R TP STFADY H_ COS BIN RESULTANT SCPMASE 61R_2CB18 5 1._76Ee_3 1 -I.7P_SE+02 6.5778E+_1 1.841qE+B2 159,1 2 2.gaPTE÷01 -3.5_5_E+01 4,5912E+_l 3_9.8 3 o2.8625E+01 g.6889E-01 2.8642E+_1 178.1 4 1,2124E+_2 2.0262E+0_ P.3613E+_2 59.1 5 -t._a86E+_l 1 314qE+BI 1.8132E+01 133.5 6 -6.PI88E-_! 4:3976E+0_ 4.4386E+¢_ q7.8 7 -6.4282E+He 8.8687E-H2 6.42RBE÷B_ 179.2 2.2771E+_1 -2.36eRE÷_l 3.279gE+(1 314°_ 9 i._5_E-_I -8.3_16E-_1 8.5_19E-_1 282.5 1: 1.8481E+0_ -1.3852E+_0 2.3@95E+_ 323.1 RUN FIRST I/R TP STEADY HN COS SIN RESULTANT SCPH_SE 61 _2C818 !,_61F+_3 1.7026E÷_2 58.2 1 -t.SRI_E+B2 ._:3176E+01 2 4.335_E*et 1835E÷01 6.H246E+_t 3 -3,_33E+_1 -7.6773E+eH 3.1_96E+_1 194.3 4 1,257RE+02 2,5625E+02 2.8542E÷02 63,g 5 o1.4225E+e1 6.3543E+_0 1.557gE+_1 155.9 6 -2o5877E+R_ 7._355F+0_ 7,4963E+_ 11P.2 7 -8°4222E+_0 -3,156PE_0_ 8,9942E+_ 8 2.5557E+_1 -2.9358E+01 3.sg24E÷O_ 311._ 4.bRIRE+O@ -4.6377E+_ 6.59_E+_ 315.3 3,43_4E_0_ 331.7 RUN FIRST t/R TP RTEAOY HN cns SIN RESULT&NT SCPHASE 010_2CBt8 7 1,_41E+_3 t -1.6587E+B2 1._06E+02 1 937_E+B2 14R.9 2 4.2724E+@1 -5.8957E÷_1 7:2810E+_!

3_5.9 3 -4.6191E+_t 1.7478E+HH 4.6224E+_1 1.77.8 4 1.354_E+R2 2.6741E+B2 2.9977E+@2 63.1 5 2.45H2E+H_ -1.6457E+_ 2,gSI6E+_P 32b. I 6 o_.5_)11E-R1 4o_61gE-_I 5 3625E-_1 13_,8 *I.IRHRE+HI -3._474E+_ l:2alFE+_1 198._ 8 2._76_E+Pt -2.4_53E+_1 3.1773E+_1 31_.8 9 -I.3864E_P -1.66_7F÷00 2.tb34E+_t] 23_,I t_ 2._877E÷_ -5.295aE-_1 2.1538E+_ 345.8 TABLE 7.- CONTINUED

o) Continued

TP STEADY HN 31N $CPH_SE RUN FIRST I/R C05 RESULT&NT -1 _R42E+_2 1.9851E÷02 123.

61 _02CB18 l,043E_3 1 1.662gE+02 303._ 2 3:722_E+_1 5.592_E+01 6.7179E+_1 3 -6 3214E 6.9519E÷el 155.4 2.892gE+Bt

4 _:5_51E 2.g145E+02 57.1

2.4457E+_2 5 5 8267E+Ht 3.7859E+_1 6o9486E+BI 33._ 6 -2:618_E-01 5.4621E+e_ 92,7 5.4558E+_ 7 -8.47_7E+B_ I,6_12E+_1 211.q -1,358BE+_1 8 -1.6_}2_E+_1 2,13_8E+_1 311.5 1.4171E+01 9 4.4407E÷OH 18._ 4.2323E+_ 1,3739E+_0 8.1887E+0_ 33.1 10 6.86_8E+_ 4.47_4E_ 81N SCPHASE RUN FIRST I/R Tp STEADY HN COS RESULTANT q 1.7398E+H2 115.9 61R_2CB18 1,_44E+_3 1 1.5649E+_2 679gE*_1 7,345_E+_1 R,2153E+_t 296,o _?7pE+_t 3.153RE+_1 _o8_25E+_I 152,4 64.3 4 2.6598E+_ 2.9529E+_2 1.2827E+02 5 5.8591E+_1 7.846gE+H1 48.3 5,2196E+_I -1._139E+_1 0,5554E÷_ 1.2_73E+H1 147.1 7 -Io3573E+_I -I,_815F+_1 1.7355E+_1 21_.5 332.2 1,4_27E+01 -7.3851E+0_ 1.5853E+_I 9 -5.q717E-_! 4,4143_+0_ a,4546E+_ 97.7 1_.6 4.5435E+_ 8.511_E-_1 a.6225E+_ TP STEADY HN COS SIN RESULTANT SCPHASE RUN FIRST I/R 4 6.1191E-_2 -6.778_E+U_ 6,7783E+_ 27_.5 61R_2CB9w 1,59_E+_1 1 2 -1,0883E+_ -2.2_56E-_1 1,1104E+0_ 191,5 3 3,5424E=_1 1,17_7E+_ 162,4 -1.1150F+_ 4 -3.7844E+_ -7,721PE-_t 3.8b23E+b_ 191.5 5 -_.t979E-_1 -3.4545E+_ 3.4615E+0_ 266.4 185.@ 6 -8.86gRE-H2 I._231E+_ 7 4 _696E-_3 9 4494E-_1 g,4495E-_1 89._ 9:7441E-_1 -2:3427E-_1 l._22E+_e 8 34b,5 q -I,l_9_E-_t 6.8187E-_1 545.5 6,6R_OE-_1 -2,7g_3E-_l 2.9946F-_2 2.8063E-01 175.9 SCPHASE _ESULT_T RUN FIRST ltR TP STEADY HN CnS SIN 5,7929E+R_ 274.2 4.2_1qE-_1 -5,7775E+00 61H_2cBgH 5 9.545E+_0 1 t._16E+_H 116._ 2 -4.39_RE-el 9._028E-RI 323,7 8,67_E-01 3 _.9O_qE-_l -5.1280E-_t 8,6524E+¢_ 222._ 4 -6,3513E+_ .b.875aE+_ 5.1657E+a_ 325.9 1.2853E+R_ 224.9 -9o1_67F:_1 -9._7B4E-_!

1 lg44E+_B 128.2 -7,3789E _1 9,3921E-_1 9:3817E-01 33.1 7.R564E-_1 5.1277E-01

A

329.4 6,3_82E-_1 9 5.427RE-01 -3.2144E-_1 5,481gE-_2 24.5 4,9891E-_2 2.2717E-_2 _CPHASE RESULTANT STEADY HN COS SIN TP RUN FIRST I/R 279._ 8,8664E+_ .8.7565E+_ 6 t.3gthE+_ 610_2CBgH 1,852E+Bt 1 3,6311E+@_ 17q,_ 6.5876E-_2 -3.63_5E÷_ 127._ 3.179_E+_ 2.5395E+_0 -I,9124E+_ 16.5 2,3394E+O_ 6.6452E-et 2.243HE+0÷ 138.7 4.2617E+_0 5 -3,2_2_E+_ 2.RI24E÷_H I_1.7 I,8371E+O_ 1.798gE+_ -3.725RE-01 21.4 I.3713E÷0_ 5,_117E-_I 1.27_4E+_ 316,3 1.2515E÷_ .8.6538E-01 R g,Ol_5E:_t _°85B4E-al a5,g 4.g216E-01 9 4.7766E 01 131,8 7.R221E-_1 5.B268E-01 -5,2186E-01 TABLE 7.- CONTINUED c) Continued "RUN FIRST IIR TP STEADY HN C08 SIN RESULTANT SCPHA_E 61 eeEcBge 7 t,834E+BJ 1 2.9153E+9_ -8.3566E÷_ 8,85_SE+BB 289.2 135.5 :8,4117E-_1 8.255tE-_1 1,178_E+_ 3 i.5319E+_ -3.8958E-01 1.5877E+_ 196,5 193.9 4 -5.6_91E_0_ -1.3876E+00 5,7782E+_v 5 -2,8536E _1 -5.454_E+_ 3,4658E+_ 265.3 6 -1.4_74E+8_ 5.2645E-01 1.5496E+0_ 16_.I 7 6,8_81E-_1 1.1388E+U_ 1.3268E,_ 59 8 2 eg83E÷_ -5.3R3_E-e2 2._990E÷_ g . :4758E+flR -6.5_78E-_1 1.6129E÷_ 336.2 10 -6._q27E-O_ -1.6128E-_1 1,7312E-_1 248,7 RUN FIRS| I/R TP STEADY HN CO,_ SIN RESULTANT SCPHA_E 61 0_2CB9_ 8 1.69_E._1 -9 878RE+0_ ,_88_E+_1 294,d 2.B_41E+_H l:1252E+_e .8368E*_¢ 156,6 3 -I.3R_7E,_ I.t_B4E+HH 1.7656E÷_ 141,4 -2 1567E÷_ 21b.6 ,_,,;4E=,,_ 19H,7 6 -4.6R43E-_1 3 q22_E-_1 6,1097E-_1 14_,1 7 5._853E-01 to_234E-Bt 5,1875E-_1 11,4 7,_891E-Bt 1 7751E÷@_ 9 1.6_15E+R_ 1_ 8.5gBeE-_I .9_35E _1 l,e434E+e_ RUN FIRST fIR TP STEADY HN C08 SIN RESULTANT SCPHASE 61 _m2C89_ g 2,634E+@1 -9.b183E+_e 1._619E+_1 294,3 I,3638E+_B 3,_S9_E+BO 153,8

I

8567E-_1 4,36_gE-01 4.7471E-_1 67o_ 4 -1:53_3E+0_ -5.0863E+_ 5,311_E+_ 5 1 3865E+eH -I,3474E+_0 1.9333E+0_ -7,15_9E-_1 _,2326E-til 7 -2 77RIF-01 3,IBPBE-mt 1,5483E:_1 8 7 5_4qE-_l 3,352_E _I -518399E-_1 8.2q2_E-_t 23°8 g 7 611_E-_1 2,615_E-Ht 8,_483E-(_I 19=_ t_ l.Sfi58E-_I 3,8822E-_1 4.18_3E-_1 68.2 RUN FIRST t/R TP $TEAnY _ .cn_ SIN RESULT&NT SCPHASE 61 0_2FB18 4 3,gb_E+_ -6,Pg35E+_I 1 6 2537E+_!

_.731_E+_!

3|5.7 2 -3:6496E+_1 5.9517E+_1 h.9816E+_t 12!.5 -1.o784E.,_t 3 _.2817E+_1 5,5419E+_t 342.4 4 7 2q4RE+_P 4,5596E+0_ 8,6H26E_ 32°_ 3,54eSE+gt b -_ 8alaE*_l 32K. i 2o4343E+_t 3,74teE+el 159, 5 _ig38_E+Hl .B -1,1517E+_t 7 -2 1475E+_| 2,4275E_1 207,8 -t.9_37E+P! g,g7gIE+_P 2._295E+_l -?,345_E+_ 6.6455E÷Pt_ IH 2.511_E+0_ -4.1394E+H_ 4.8523E+Ha 3_I,5 RUN.FIRST I/R .TP STEADY HN C08 8IN RESULTANT _CPHASE 61 e_2FB18 5 3,996E+B2 I 4,975gE+_1 -5,9974E+_1 7,7g?gE+al 3_9.7 2 -4._545E+@1 6,53¢1E+91 7,6H6aE+Ht 121.a 3 7._673E+_1 -3.28bRE+_l 7942E+_I 335,t a E+01 2R.8 624E+@1 2,2135E+H| 4oB963E+_I 353.1 h -4,9a3aE+_l 3.8124E+_1 6,210BE+at 142,1 7 -3,_886E+_1 -1,8322E+_1 3 5804E+_t 21_,7 B 1.1778E+01 -3,2633E+_1 3;4593E+_1 289._ q 981_E+H@ 6.8755E+_ g 1129E+_ 131,_ 1_ "_:5_76E+"_ -7.6374E+0_ 8:8786E+_ 3_0.7 TABLE 7.- CONTINUED e) Continued TP HN COY SIN RESUI_TANT SCPHASE RUN FIRST 1/k 61 _2FB18 1 6.136AE+_1 -4 6943E+_! 7,7264E+_1 322,h 2 -4.5594F+_1 b:U_a_E÷e] 7._Q28E+H! 126,H 3 8.5_SQE+H1 -2,3_gIE÷01 8,837gE÷_1 344,3 4 2.tBaSE+Qt 7.t_7gE÷_g 2,2q72E÷_*I 345,q 5 5.6fi04E+{]1 -1,417QE+_1 5.R25_E+@I ._._qSOE+_l 3.4632_+_1 7.@13_E+01 15_,4 215,4 7 -3.3_5E+_I -2.3455E+_I 4._491E+_I 1.396_E÷nl -3.3282F+01 3.6_94E+_I 292.8 34._ g 7.I_31E+_H 4 7941E+_]_ 8,56q6F+_ te _.Qg88E+_0 -7:3_9_E÷_@ I._|77E+_I 313.4 HN CD_ SIN oFSLItTA_T 5CPHASE _UN FIRST |/R TP 61QQ2F_18 7 -5._88_E+_1 5.b18_E+_1 7.7201E÷_1 131.2 3 I _a3QE+H2 -2.351QE÷_1 I.H7_E+_2 347,_ 4 _:9246E_01 5._46E+_t 2,97RgE+_! I_.I 34_.7 5 6,e_64F+_1 -2.127_E+et b,4287E+_l 6 -5.3065E+_1 3.6966E+HI _.53aIE+_1 145.5 212._ 7 -3.1393E+P! -2._235E+_1 3,7349E+_1 t.Sh_PF÷_l -2.548aE+_1 2.98q1E+_l 3_1,h 9 -4,2g74F+_H 4,_hglE÷_ 6,34_2E+_ 132.h 291.2 I_ 1,937fiE+_-4.g_gSE÷_ 5.361BE+_, SCPMASE TP HN CQS SIN PE$:ILT6NT RUN FIRST I/P 325.6 6] H62F_18 2 -6,3_5BE+_1 b.5239E+_t 9,_727E+{i1 134,t_ 3 1,_724E+_ -3.8357E+@1 1.138qE+_2 34_°3 328.4 4 3.17_5E+_I -I.g4RaE+01 3,7214E÷01 5 3.bI4_E÷Ul -5.78_7F+_I _._195E+_1 149,2 2.2_14E+_1 1.3469E+B1 2.b3_IF.+_1 21q,4 2q_,2 A O.g_gsE+_ -l,_g84E+_t 2.0223E÷_1 9 -3.7P8_÷_ -1,2134E+_1 1,2694E÷_1 _52,9 293,_ SCPHASE HN C{)S SIN RESULTANT TP STEAOY RUN FIRST I/R 331 _ g 4,515E+_?

61HV2FB18 2 -6.8_36E+_I 6.32_9E÷01 9.3_14E+_1 33_.q 3 9.2798E+_1 -5.1652E+_t I.H61_E÷_2 316.I 4 2.4393E+t_l -2.34g_E+_! 3 3865E+_1 5 2,3_5_E+_! -5.2177E+01 5:7_43E+H! 293,8 Ib_.9 h -3,8A57E+Qt /.654]E+O_ 3,gbO3E÷HI 219,_ I -2.4q11E+_t -2._8_6E+_1 3.25_3E÷01 285,3 8 2,5733E_ -9,3H2?E+_9 g.7287E+_ 224,_ 9 -I.6471E+_I -1,5884E+_1 2.2_82E+_1 _bT.l 1 _ -t,_gt_E+_ -4.4_74E+_ 4.5214E+_ RESULTANT ACPMASE HN C_S SIH RUN FIHST 1/R TP 316 ' ,9434E÷_2 61 _2F038 4 1 1.4117E÷02 -1,3355E+_2 ]._H35E+02 2 -4.13_4E+01 g.1431E+P1 357 9 _,7042E÷01 ts: 5.5933E÷0_ 4 5.3977E+e_ 1.46_1E÷_ 1.I895E÷_i 321._ 5 ._:242AE+_ -7,4084E÷_0 6,649_F+_ 342_E÷_ 6.51_3E_ 1,7949E÷H_ 7 ._:20dtE÷_ 1.2744E+_ 3.73_4E÷0_ 12g.4 8 3894E÷0_ 2.8839E+_ 3.6426E+_ q 3,5_44E+_ g,g375E-PI 3,711bE+a_ I_1.0 1_ -7,_74(_E-_1 3.6435E+_ TABLE 7.- CONTINUED e) Continued RUN FIRST I/R TP HN COS SIN RESULT6NT $CPH&$E 6t 002FB38 t 1,4835E+_2 -I,4976E+_2 _,l_8_E+_2 314,7 2 -4,_q6E+_] 9.5838E÷_1 ioOBt2E+&)_ 1t6.4 3 7,6633E+_I -1,_q25E+_1 7._935E+_1 346.1 4 1.2_a_E+_t 3.8_54E+Oe t,2h30E÷_l 17,5.

33_,q 5 1,7327E+_1 -9.642_E+_ t.9825E÷_t 6 7.2_I4E+_ 5.465bE+eO g._885E÷_o 143,H 7 2.356RE+a_ 1.7bgOE+_H 2.9474E+_t 36,9 -5.1_17E÷_ 7.R693E÷_ B. 7t79E+_H 125,8 9 3°4896E+_ -4.7_9bE+e_ 5._6t4E+_ 3_6°5 l_ 2.3921E-el 4,8869E+_ 4,_928E+B_ 87,2 RtJN FIRST 1/R TP SIEADY HN COS SIN RESULTANT 5CP_ASE 61 _2FB38 6 1,4_qE+_2 I 1.6157E+_2 -I 5387E÷_2 2,23t2E+H2 316,4 2 -5,6457E÷_1 9:3468E+_! I,_92_E+@P 12t,I 3 8,99a4E+_! -I.II5RF+_t 9,RSR4E+_t 352,q 4 1.4585E+_| 2 B172E+¢R 1,4854E+_! 1e,9 5 _,J6_SE+_I -9:5_48E+_ 2.3712E+_!

336,2 0 -8,2_7_E+_ 4.5_09E+_ 9.a128E+uO 15t,4 7 _.4_76E+aa 2.2873E+_a 3°32_qE+_0 43,5 -3,5_42E+_ 7._42HE+_ 7,8657E+_ 4,6t23E-01 -3.5i4iE+_ 3.546_E+H_ I_.l l_ -9,7975E-_1 4o9967E+0_ 5._918E÷_ RUN FTf_ST I/R TP HN cns SIN RESULT&NT $CPHASE 51 ut_42FB38 7 l 1.7533F+e2 -1.6_4JE+_2 2 3764E+R? 3_7.5 -6,4487E+_I 8 9563E+ul l:t_36E+e2 125,8 354,2 4 2._65_E+_! b 4686E-_| 2,_664E+O1 l,b 5 2.5_16E+01 -I.A529E+_l 3,_b54E+01 327.4 6 -b,3HqlE+_ 3,6273E÷@0 7,447_E+_ t4g.1 7 3.93_3E+_ 1.773_E+_ 4°3117E+0_ 24.3 8 -l,47qSE+e_ 4,518_E+_ 4,7543E+_ 1(_8,1 9 5.HSb(_E+O@ -3 2552E+_c,I 6,699gE+_ 33@,g 1._ 1.2355E+0R _:5882E+0_ 3,794qE+e_ 71,v_ RUN FIRST 1/R TP STEAOY H_ COS SIN SCPMASE _ESULTkNT 61 _2FR3_ H l 1._9MF+02 -I 0643E+_2 2.4587E+22 3_7.4 2 -_.5487E+_1 _:2qt_E+_t l,19egE+e2 135,9 -3 _I53E+_t 3 l.ll2_E+a2 t,1522E+e2 344,8 4 2.495RE÷01 -2:_36E+01 3.2_bE+el 321.2 5 2.1332E+01 -3.3_27E+_1 3,9317E+_I 3_2.9 6 3.3768E+_ -5.606_E+_ _.5451E+_ 3_1.1 7 6._tS_E+_ -1.4339E+_ b.1836E+_ 346,h 3.1754E+_ 3 7817E+_@ 57,1 6:5522E+_ 9 5.936_E+_ 2,7739E+_ 25._ tO -b.8736F-_l 4,227_E+O_ 4.2_26E+_ 99,2 RUN FIRST I/R Tr_ $TE&DY SIN HN COS RE_ULT&NT SCPMkSE 61 _2FH38 9 |.212F+_2 1 1.82_SE+H2 -l.66@2E+e2 2.463BE+B2 317.6 2 -9.3961E+_l 7,7528E+_1 1.21R2E+B2 tae,5 3 Q.8443E+_l -4°4B61E+_!

I,_8IRE+_2 335,b 4 1.9157E+_1 -2.5128E+P1 3,1598E+_1 3_7.3 5 1.4731E+BI -2 g_22F+HI 3,2547E+_! 296.9 6 -8.59tlE-_l -4_539_E+_ 4.6196E+00 259.3 7 4°Sa4?E+_H -2.4167E÷_ 5.3778E+0_ 333.3 R 8,37_3E-_1 -2.6726E-_1 _,7866E-_1 342,3 t._79E+_l 23.5 l_ 5.95_1E-_1 4.8683E+_ 4,9_45E+00 83._ TABLE 7.- CONTINUED e) Continued RUN FIRST ItR TP STEADY HN .COS sIN RESULTANT 8CPHASE 61 _02F090 4 O,0_BE+_ 294 9 2 0,0_0_E+00 _,_0_9E÷0_ _,_00E÷00 35_.a 314,6 7 e._g_E÷O_ e BeeeE+O_ _.eBo_E÷_ 201.2 305.4 348,4 10 0.0_0_E÷0_ 0:0_E÷0_ 0.0_0_E+0_ 40,2 RUN FIRST I/R TP STEADY H_ COS BIN RE5ULTANT SCPMABE 61 _2F090 292.2 2 _.eOOOE+O@ 0,0o00E÷_0 0,0_0_E÷0_ 107.7 335.6 25b.7 46,7 339,5 217.1 310._ 7_.4 2_.8 RUN FIRST I/R TP STEADY MN C08 SIN RESULTANT 5CPMASE 61 _2FBge 291.7 119.7 3 _.0000E+H_ 0,0_00E÷0_ 12.6 0.0_00E÷0_ 276.9 14_.2 6 RoORO_E÷OR B.B_O_E÷O_ 355.5 @._E+_ 235.7 _._E÷a_ 313.6 9 H,O_OBE÷O_ 29,2 45,6 RUN FIRST I/R TP STEADY HN C08 SIN RE_|JLTkNT $CPMkSE 61 _02F'09_ 291.0 114.4 345.3 24_.q 167.5 337._ 199.7 324,9 31.1 36.7 RUNFIRST I/R TP STEAOY SIN H_ COS RESULTANT 8CPHASE 61 0_2F09_ 29_.9 111.3 354.5 4 _,0_0_E+_ _.@_+_ O._E+{_ 216.7 I_g.3 _.0_E+0_ _ O._OQE+_ _._E+_ 79.g 179.0 3_t.6 334.2 36.0 _ _

ORIG,,_,_ i:_.:_ ;:j

OF POOR QUALITY

TABLE T.- CONTINUED e) Continued RUN FIRST I/R TP STEADY HN ,COS SIN RESULTANT SCPH_$E 61 002FHgH g 0,000E,00 291.2 108,; 345.

208, gSo_ 5 OoORORE+_ _,0_¢E+_0 O._000E+OR 46.1 g H.RRBRE+B_ 0.0BHBE*O_ 8,B_E+O_ 279 8 10 _.R_ORE*_ 0.00_0E÷0_ O._ROOE+_O 50.1 RUN FIRST I/R rp STEAOY HN COS SIN RESULTANT 8CPHkSE 51LEADLAG 4 1.1_0E+02

2 1:3_E-_2 "_:2_]_E-02 _.S_1E-02

3 -_ _E-_ 3.e_2_E-.2 3._2_E-_ gi.5

4 2:2_S_-_ -3._E-_2 _.2_E-_2

3_Io2 259.9 305.2 7 =1.1513E-_2 1._056E-02 1.6671E-_2 133 8 1._12qE-_2 -1.325_E-02 2.2456E-_2 g 3.636_E-03 -2.61iiE-_2 2.6363E-_2 277._ 1_ 1o5988E-_2 -9o00_3E-03 1.8347E-_2 33_.6 RUN F1HST ttR TP STEADY SCPHASE HN COS S_N RESULTANT 61LEAnLAG 5 1,_92E+02 1.251_E-Ol 8 2361E-H1 1.9213E:_2 -_:9466E-_2 2.7,08E 02 3.g971E-_2 5.6341E-_2 31.6 4 6 1207E-82 2._251E R2 6.4471E-R2 18 fi 5 931RE-_2 -5.3831E-_2 8._1_3E-_2 3 41798_E-02 2.9522E_V2 6 1 3758E-03 -1.349RE-02 1.058RE-_2 277 5 8.4242E°03 212.3 7 -7 123_E-_3 -4.4975E_3 8 l:242RE-_3 -3.2782E 02 3o2805E-02 272.2 3.9867E-03 256._ 9 =9 6721E-04:3.8676E-_3 1_ 5:2257E-03 I.Ig85E°_4 5.227_E-_3 35R,7 RUN FIRST 1/R TP STEADY H_ CnS SIN 5CPHASE RESULTANT 61LEADLAG 6 1,126E+02 I 1.4782E-HI 3.6255E-P2 1o522RE-Ol 13.8 4.8259E-_2 154.8 2 -4o3676E-_2 2._526E-_2 _.lat3E-02 3 -1.2458E-_3 6.14_E.02 91.2 4 -1.3326E-_2 -6.3941E-_2 6.5315E-R2 258.2 5 -6.113RE-_3 2.7H_6E-_3 6 7164E-b3 155.5

7:e414E-_2

6 -5.2697E-92 -5.8_68E-_2 227.8 7 =2.3198E-_3 -7.4552E-03 7o8_78E-_3 252.7 8 2.2357E-_3 -2.14BgE-_2 2,1525E-_2 _76._ 2°5821E-_2 312.8 g 1o7529E:_2 -1._959E-_2 I_ 1,2262E u2 -8.9798E-_3 1,5198E-_2 323,8 RUN FIHST t/R TP SIEADY HN COS SIN RESULTANT 5CPHASE 61LEAOLAG 2°1414E=01 7 le_98E_2 11,3 1 2.1_B2E:_t 4.183gE-_2 I,_383E-Rt 14_.8 4.3329El_2 85,_ 3 3.7933E 3 4.3163E-02 5.5042E-02 3_7.8

3.3_5_E._2 -4.34_E-.2

5 t._aE _2 -1.._5E-_2 2.R813E-R2 328.4

.z._12E._3 -1._2_2E-_2 1.9850E-_2

246,9 g.8704E-_3 246.6 -3.9272E:H3 -9.055bE-Q3 2.4254E-02 295,4 1 5164E-_2 299.0 9 7.3fig_E:03 t.325_E.e2 2:2926E-_2 l_ 2.2174E _2 5,8244E 03 345,3 5?

TABLE 7.- CONTINUED e) Continued

RUNFIRST t/R

TP HN COS SIN RESULTANT 8CPH_$E

61 LEADLAG

3.7397E-_1 35H 6 1 .3.6,95E-_1-ii1083E.02 7.9815E-_2 4P69F-_2

1.247 : 1

141!2 90 9 9,_73_E_03 7886E-_2 5,8593E 2 4 5,8375E _ -4,3655F-82 7,2_93E _2 323,2 2,2768E-02 332 5 2._11_E_02 _677E-P2

2,3255E°_2 33:7

6 1.9354E _2 "l:2893E-e2 7o6529E-_3 tB 7 7,5197E a3 1,4_16E-03 8 9.3393E _3 -3.205aE-_2 3,3383E-02 g 4.763_E-e3 ,5_86E-_2 1.5_2_E-O2 287.5 2.51_6E-02 335.1 RLJN FIRST |/R TP STEADY H_ COS BIN RESULTANT SCPM_BE 61LEADLAG 1.129E+82 4,4628E-_1 354.6 1 4.4425E:_1 -4.2341E-02 2 -5.3781E _ _,4828E-02 8,4232E-02 129.7 3 -2.63RSE-_2 5.gb27E-_2 6.5172E-_2 113.8

4 523 - 2 -2 4 3E- 2

4 3616E-_2 332.0

l: -

9_E-_2 9B -2.5552F-_2 4:7373E-_2 327.4 6 1 8955F-02 -1,969_E-_3 I.g_57E-02 354.1 2.6991E-_2 271.6 7 7i3qtIE-_4 -2,6_8_E-_2 -8 2785E-03 -3.8691E-02 3.9567E-_2 257.9 9 -1,2922E-_4 -4,2247E-_2 4.2247E-_2 269,8 lU 1,111AE-02 6.4656E-_3 t,2f16_E-_2 3_,2 RUN FIRST IIR TP HN COS 81N RESULTANT $CPH&SE 61FLAPANG 4 7.686iE-_1 289 9 2 4.377_E e_ -2 6756E-0!

2.7111E-_I 279:3 3 -1.369RE-_1 2 5515E _2 1.3933E-@1 169.4 1 2,5192E:_1. -712261E-ul. 4 2.2881E _2 1 9a_3E-_2 2.9743E-02 39.7.

5 -3.2342E-_2 2 37_8E-02 4._101E-02 143,8 6 1,577_E-_2 -t.48_1E-_2 2.1_89E-_2 318,4 4.3 7 2,I36_E-02 t.6_63E-_3 2.1429E_2 8 1,2895E-02 6,_543E-03 154,9 1,4246EO2 9 -6,3_23E-94 8.9_7_E-_3 8.9293E _3 g4,0 1_ -4,6_61E-_3 3,942_E-03 6,_626E-_3 139,4 RUN FIRST t/R TP STEAOY HN COS SIN RESULTkNT SCPHASE 61FLAPANG 9.78_7E-_ 228,3 1 -6.5_51E_01 -7 3B3qE-@t 2 5.6219E-_2 -3:_35E-_1 3._556E-PI 280,6 3 -1,8355E-_1 6.2335E-_2 1.938_E-B!

161.2 59,6 2.836_E:_2 5 4.g772E-_2 2 4238E-82 5o536_E _2 154,0 4 t,437_E-_2 2i445_E-_ 6 4,4867E-_2 "3 2799E'_2 5.5573E-02 323,8 7 2,936PE-_2 9.983_E-_3 3. J_lOE-_2 18,8

-1 23e_E-_2 _ 2_2E-_3 1.4868E-_2

146,3

-3 31_E-_ I 38_2E-_3 3,5835E-63

157,7 I@ --7.5847E _3 4:393_E-_3 8o7651E-_3 149,9 RUN FIRST fir TP HN COS SIN RESULTkNT SCPH_SE 61FLAPANG 5.2428E-O1 159,8 1 -4.9215E_1 1,8071E-01 2 6.6753E _2 -3.1244Eo_1 1949E-_1 282,1

:21 4E 1

3 -2,1975E-_l 2°8_98E-_2 172.7 4 2.9827E-H3 4.3775E-_2 4 3876E-_2 86,1 5 -6,_933E-_2 1.1631E-_2 16g,2 6i2_33E-_2 6 7.lA39E-_2 -2.b638E-_2 7 5524E-_2 340,2 2,6847E-_2 17,5 7 .2,56_RE-02 8.062gE-_3 8 2,229_E-_2 1,9453E-B3 2.2316E-O2 182.7 g -1,1544E-_2 1,4164E-03 1.163aE-_2 173.0 tQ -8.7834E-H3 8.1692E-03 l,tggfiE-_2 137.1 TABLE 7.- CONTINUED e) Continued RUN FIRST t/H [P STEADY HH COS SIN RESULTANT SCPHASE 61 FLAPANG 7 7,293E+00 I -2,5162E-01 9,1602E-02 2,6778E-_1 16_,_ 2 5,8874E-_2 -3 t_39E-el 3.1593E-_1 28_,7 3 =2,7360E-_1 3:4256E-02 2,7583E-01 17_,9 4 -5.@Q95E-_3 4.726_E-H2 4,7534E-_2 96,2 5 -5,8725E-_2 1,9682E-_2 6,1935E-_2 161,5 6 4,3549E-_2 -2.74_3E-_2 5,1453E-02 327.8 7 2,1_56E-02 3,1894E-_3 2,1297E-32 8,6 -I,g53BE-_2 -1 8144E-_3 1,9614E-02 185,3 9 -1,_164E-02 Z:4747E-_3 1,4277E-02 148o4 1_ -9,g3_iE-03 5,0769E-_3 1.1153E-02 152,g RUN FIRST II_ IP STEADY HN COS SIN RESULTANT $CPHARE 61FLAPANG I -6.4827E-_1 -1.7183E-01 _,7966E-@1 8 7,559E+eO 194,8 281,5 2 7,5241E_2 -3,6962E:_I 3.772_E-01

3 .6,9 E .9985E 2.Tg 4E- l 161.2

8_.1 1,t_87E-_2 -7,1366E-_3 1,3185E-02 3_7.2 1,_ 7 1._305F._2- 2,9_18E-_4 1.63_8E-02 8 -1._8_1E _2 -1,2947E-_3 1.2_76E-02 185,8 9 -|,3_45E-_2 1,99O_E-02 2,3051E-_2 12_,2 1_ -9,5675E-_3 t,2625E-H3 g,65_4E-03 172,5 RUN FIRST 1/R TP STEADY HN CnS SIN RESULTANT SCPHASE 61FLAPANG 9 2,_78E+_ 1 -3.t_g6E-_l 4.1256E-_1 5.2148E-_1 127.7 208,7 2 1,2711E-01 -3,7456E-_1 3,9554E-_t 3 2,3376E-Ol 1,1_28E-01 2,5847E-01 154,7 4 -4,6691E-_3 9,6266E-_ 9,6379E-_2 q2.8 5 8,5570E-04 6,7107E-_2 6,7112E-_ _9,3 6 2.3477E-02 -5,672_E-03 2,4152E-02 346,4 7 _,2647E-_2 1.4021E-B2 2.7124E-_2 33,4 8 4,336_E-H3 4,1344E-_3 5,9918E-_3 43,_ 9 6,174_E-03 1,3673E-_2 1,5O02E-_2 65.7 1_ -5,g]17E-_4 3.19_4E-_3 3.247rE-R3 TP STEADY RUN FIRST fIR HN COS @IN RESULTANT SCPMABE 61RTCHLINK 4 6,392E+_1 I -5.6QgTE_B1 2,3535E+01 6,!655E+_I 157,6 2 2.8967E+_1 -6.2437E+Ht 6,8829E+_1 2g4.9 13_.1 3 -2,860_E+_1 _,394_E+_1 4,4385E+01 9_,I 4 ,5,4H4BE+_O 5,_47gE+01 5,0767E+_1 263._ 5 -3,H54BE+_ -2 4031E+_1 2.5_18E+_1 76,3 6 3,6727E+0_ I:5113E+_1 1.5553E+_1 2_5.8 7 -1.4721E+_1 -7_1_3_E÷_ 1.6354E+_1 144,8 8 -9,q835E+_t 2 1_36E+@1 3,65_5E+_1 g 2,8621E+_1 -4,482_E+OH 2.897OE+_1 161: IB -1.7741E+_1 3,8253E+_ 1,8148E+_1 SCPHASE RESULTANT TP STEAOY CoS SIN RUN FIRST fIR HN 137,6 4,5eBgE+Bt 61PTCHLINK 5 4,201E+01 I -3,3278E+01 3.0424E+_1 321.4 6,_322E+_1 2 4.7173E+01 3.7596E+_1 4,04_3E÷_t 125ol 3 -2 3821E+_1 3.2634E+_1 06,1 4 2:5887E+_ 3,765_E+_1 3,-7741E+01 1,8985E+01 218,3 5 .1.4889E+_1 -1.1779E÷_1 3,-!704E÷_1 92,1 6--t 178qE+0_ .3,168_E+_1 226,1 7 -1:885_E+_1 1.9563E+_1 2,7167E+_I 131,_ 3.0404E+_1 8 -I,gg37E+_I 2,2955E+01 2,1387E+_t- 266.2 q .1,4120E+_ -2.134HE+_1 2.69_E+_1 127=1 IO .1,6243E+01 2,1442E+_I T_BLE 7.- CONTINUED c) Continued

RUN FIRST I/w TP STEADY MN CD_

SIN RESULTANT 5CPMA_E 61 PTCHLINK 6 7,e_2E+_1 1 -3.19_6E+_1 2 4332E+_1 4.0125E+_1 142.7 4.4798E+01 -b:7352E+H1 7.2774E+01 308.d -I.7852E+B! 6 249_E+91 6.dgg_E+01 105.9 4 -1._659E+_ 4:1B75E÷a1 4.1e88E+_1 91.5 5 3.37_5E÷_ =2._18gE÷_1 2._468E+_1 279.5 -1.1465E÷01 2.3228E+_1 2,59_3E÷_1 116,3 7 -I.5363E÷_1 -8.19_SE+HH I.Y41_E÷HI 208,1 8 -3.g_45E+61 2.6_27E+@1 4,7_91E+_1 146.4 9 2,Sfi6qE+_1 -5._147E+Oa _,_5_E+_I 348.@ I_ -t,9182E+_1 2.79a8E÷_t 3.3897E+_1 124.5 RUN FIRST I/R TP STEADY SIN HN COS _ESULTANT SCPHASE bl PTCMLINK 7 9,_27E+B1 I -2.535RE+_1 7 5096F÷_ P._445E+_l 163.5 3.7479E+01 -9"8173E÷_1 1._5_8E+_2 290.9 3 -3o274AE+61 7:79_6E+_1 8.45_gE+_1 112.8 4 -9.1271E÷_B 1.9929E+_1 2.1920E+01 114,6 5 1.7_4_E÷@1 5.6221E÷V,, 1._135E+_1 18.1 6 -2.5740E÷_1 1.3556E÷_I _91._4E÷_I 152.2 7 -6.537aE+_o g._155E-B2 6.53HIE÷_ 179.2 -3.115qE+_1 4._466E+_1 5.1_7_E+_1 127.6 9 3.4650E+_1 -1.2_g_E+_1 3.6771E+_1 340,5

1_ -3.5796E+_ 1.b07_E+_1 1.7_58E+01 _._

RUN FIRST 1/_ TP STEADY _ COS RfSULTANT SCPMASE 61PTCHLINK 8 5,962E÷_B I -I.25b_E+01 2 90_?E_1 3.2516E÷01 112.7 ? 2.174_E+_1 -6:2781E÷_1 6.6439E+_1 289,1 3 ,2.94_1E_| 4.9927E+_1 5o794_8E*_1 12_.5 a -2._723E+_I 2,2764E+_1 3.(_784E÷01 132.3 5 8,661qE+B_ _.32P_E+_I ?.4783E+H1 09.5 -7.1867E-_1 3.5436E_ 3_6158E÷_ 101.5 7 -3 _59_E+_ -6.6334E÷_ 7.3_48E÷0_ 245.2 A -3:175BE÷_1 1o326_E÷_1 3.4410E+RI 157.3 I_ -1.45_RE+_1 1.6956E÷01 _.2367E+_1 13_.7 S I RUN FIRST I/R TP STEADY _ cns RESULTA_T 8CPHASE 61PTCHLINK I -2.4797E+01 6.6276E+_1 7 6763E+81 110.5 q 3,10_E÷01 9:2114E÷a1 3.9155E÷_! -8.3378E+BI 295.2 7,_497E+01 127.9 6:_323E+_1 4 -3.6R6?E+_t 5 5195E+_1 6.6373E+_1 123.7 5 1,229AE+_ 1.5619E÷_1 1.5667E+_I 85.5 6 -1.757_E-_I 2.1444E÷_I 2.1444E+_1 9_.5 4.1547E+_I

7 -3,1944E÷_1 -2.65b7E÷01 219.7

@ -4.593gE÷_1 2.21BSE÷_1 5.1_16E÷01 154,2 o 2.93_9E+_I -1.283_E÷_I 3.1994E_1 336,4 !_ -2.2981E+_ 1.9524E_01 1.9659E÷_1 96.7 TP STEADY RUN FIRST I/R HN C(]8 SIN _EBULTANT SCP_ASE 215._ 61 _4C_18 4 -2,26_E+_3 1 -1._1_E÷_2 -7.2948E+01 1.2465E+_ 285,7 2,225qE+_I -7.B972E+@I b,2_4gE+_t 139,3 3 -2.1855E÷_1 1 8774E÷01 2.881_E÷_1 4 1.369_E÷@2 2:6793E+02 3.0_91E+_2 62.9 135,7 5 -5.9B23E+_I 5.75_6E+B1 8.24_6E+_1 27.6 6 2.258_E+01 1.1798E+01 2.54_2E+_1 1@5.5 7 -1.8932E+0_ 6 8_99E÷_ 7.0682E÷_ 8 1.1_39E+91 -1:2_35E÷01 1.6479E÷_1 312.1 87.4 9 3.4_23E-Ol 7.4716E+@_ 7,4794E+_H B7,9 1_ 1.1430E-_1 3.0513E+06 3.0535E÷_ 6O T_BLE 7.- CONTINUED e) Continued RUN FIRST I/R TP STEADY HN COS SIN RESUt.TANT 8CP.ASE 61 _4C818 5 -2,262E+e3 1 -1 1796E+02 -b.4571E+01 1,3448E÷02 2_8,7 2 3:1}47E+_1 -6.2427E+01 6.9856E÷_1 296.7 3 -2.9295E+_ 3.7878E+_1 3.7991E÷ut 94.4 4 1,4196E+B2 3, 3145E÷B2 3,6_fi7E+_2 66.8 5 -5.9318E+_1 1.972_E+01 6,251_E÷et 161.6 6 2,1797E÷01 7.4482E+B_ 2,3_32E÷_1 18.8 61.6 7 3.3H_OE+flt_ o.0967E+OB 6.,9330E+_ 8 2.5139E+81 2.1_57E+et 3.2793E+_1 32o._ 9 1 748_E+S_ 4,2651E+_e 4,6094E+_R 67.7 1_ -t:1435E+_ 3.St69E+e8 3,6981E+_B 108._ RUN FIRST IlR Tp STEADY HN COS RESULTANT $CPHASE 61 004C818 1,65_7E÷_2 b -2,252E+R3 1 -1,3421E+_2 -9.6_98E+01 2 5,6 3_4.5 -6,8328E+01 2 4,6918E+01 8,2885E+01 3 -t 158_E+_1 2.8979E+_1 113.6 4 |:4958E+_2 1_95E+0_ 4,3733E+_2 7_,0 5 =6.6685E÷_! 6.8138E÷_!

6 2 8119E+g1 1.2479E+01 3.0763E+_1 7 -2:1949E+0_ 8,559_E+0_ 8,8189E÷_ 8 2.8734E+01 -2.8216E÷01 315 4,_271E+_1 9 8 6998E÷0_ 8.ai47E+_ i.2i_3E+_i 44,_ 1_ -3:2825E-_1 6o4715E+_ 6.4798E+_ 92,9 _UN FIRST t/R TP STEAOY SIN H_ COS RESULTANT 8CPHASE 61 _4CB18 7 -2,236E+_3 I -1.7557E+_2 -9.8582E+_1 2,_1.36E+_2 2_9,3 2 5.SPbTE+¢t -7.5274E+¢1 3_6 9.3384E+01

,35:]

3 -3.H92_E÷_1 3.0641E+_1 4,3532E+01 4 1 5162E÷02 4.335eE+_2 4,59_5E+e2 70.7 5 -6:6970E+01 -1.6837E+_1 6.9_63E+_1 194.1 6 20864_E÷01 8.9633E+_ 3._Al_E+_l 17,4 7 -3.54_1E+_ 1.2513E+_1 1,3_5E+_1 1_5,8 8 2.2696E+01 -2,_2_4E+_1 3._386E+_1 318.3 9 4.5528E+_ 4.3649E+_ 43 6,3_71E+_ 1_ -8.4_e2E-_l 2.8942E+_ 3._137E+_ RUN FIRST I/R TP STEADY SCPH_SE SIN HN Ells RESULTANT 61 _4CR18 8 -2,282E+P3 1 -2.1_84E+¢2 -1._81_E+_2 2.3691E+_2 2S7,1 2 6.8196E+_1 -6.1516F_l 9.1775E+Rt 317,9 3 -3.5877E÷_I 4.92_2E+_1 6._894E+_1 126.1 4 1.3197E÷_2 4.5_7_E+_2 4,6963E+02 73,7 5 1,6733E+01 -J.6548E+St 2 3533E+el 315.3 6 3.135_E+_1 8.1949E+0_ 3:24_3E_01 14.6 7 1.2296E+_ 1.227_E+_1 1.2331E+01 84.3 8 2.5932E+_1 -8.326IF+OH 2.8189E+_1 342.8 9 -4,3651E÷_ 3,2156E+_ 5,4217E+_ 143.6 !0 -9.8329E_ -2.18_7E+_ 1,_72E+_1 192.5 RUN FIRST I/R TP STEADY HN COS SIN RESULTANT SCPHASE 61 _4CB18 9 -2,294E+_3 -1.4335E+07 I -2.1725E+_2 2.6_29E+_2 213.4 -7.1518E+_1 9.857PE+81 1.217xE+_P 324._ 5.1832E+01 3 -3._796E+01 5.90_5E+HI 121.1 4.8645E+02 4 7,_R7qE+_t 4.9150E÷_2 81.7 -4.7562E÷01 5 3.6_43E+01 5.9670E+_1 3_7.2 1.7449E+01 3.3466F+_1 3,7742E+Z1 27.5 1.5481E+_I 7 4._{_4E+_ l._9_E÷HI 75.5 8 2.1726E+_1 2,231_E+_1 13.2 -2:185_F-_1 9 -6.H363E+_H 6._4_2E÷M_ 182.1 8,68_9E+Pe 10 -2.757_E+_ 9,1_85E+_ 107.6 TABLE 7.- CONTINUED Continued

c)

RUN TP SIN

FIRST |/R STEADY HN COS RESULTANT $CPHABE 61 0_4CB53 4 -6,561E÷_2 I -6,1498E+_1 -4.723g_+_1 7,7547E+21 217,5 |,3454E+_1 "4.1122E¢_1 4,3267E+O1 288,1 -1.48_fiE+01 I 5476E+01 2,1417E+01 133 7 4 3:3565E+_2 60:3 1,9111E+_2 3,8625E+_2 I 3351E¢02 1.7O21E+_2 128,3 5 -2:5416E+_1 3,34P9E+Ht 4.1gg3E÷_l 322,8 -8.989qE+B_ -l,241qE÷9_ 9.¢752E+_ 187,9 8 138 6 -2,461nE÷_1 2.1712E+_I 3.2825E+01 27_:2 2.Ot31E-_2 -I._tg7F+_I I,HIg7E+RI -t.8646E+_H -2.3647E+_2 3._114E+0_ 231,7 RUN FIRST fIR TP STEADY HN C08 SIN RESULTANT SCPHASE 61 g_4C853 5 -6,558E+_2 1 -7.1245E+_1 -4 1561E+_1 _,2482E+_1 21_,3 2 2,_ITE+Rt -2:b268E+01 3._638E+_1 3_5.3 3 4,2222E+_ 2,5_21E+@1 2.5375E÷_1 8_,4 4 1.9991E+O2 4.1832E+_2 4,b36aE+02 64,5 5 -1,_795E+_2 1.1283E+H2 103 1 ._:2817E+_I 3,_O65E+00 427RE+el 2.4463E+H1 277:1 -l,SqlSE+_t -4.5534E+_ 1.4641E+_I 198,1 8 -4.179_E+01 3.5625E+_1 5,4qlSE+_t 13g.6 1,2277E÷_0 -8.6512E+dO 8.7379E+H_ 278,1 1.9_68E+_¢ -3.1947E+_ 3,72_5E+_ 300.8 RUN FIRST I/R TP STEADY HN COS SIN RESULTANT SCPHASE 61 _O4C853 6 -6,Sb5E+_2 1 -8.3516E+01 -5,45gRE+O1 9.QZ79E+_I 213,2 2.4649E¢01 -3,_491E+_I 3,92_8E+01 309,_ 3 -I.6634E+B_ 1.2628E+_I 97 1 251_E+_I 4 5:2099E+_2 2,2141E+_2 5,66_8E+_2 67:_ -I,2152E+02 g._741E-_l 1,2152E+_2 179,6 3.Q654E+OI -2.6433E÷_1 4,7657E+HI 326.3 -9.7_8_E÷_0 6 _047E+_ 1.1415E+_1 148,3 8 4:9g4gE+_I -fi,_q/3E+01 7.I367E+PI 135,6 -9.571qE+0_ -1.335_E+01 1,6434E+_! 234,4 -1.7984E+_0 -6,1713E+0_ 6,428oE+_ 753,8 RUN FIRST t/R TP COS SIN 3CPHASE STEADY HN RESULTANT 61 Og4CH53 7 -5.2794E+01 1,165_E+_2 -6,544E+02 1 2_h.g 2 2 646_E+01 -3._3_9E+0! 4._234E+_1 311,I 3 -5:8543E+_ 1.3391E+_t 1.4614E+01 I13,_ 4 2 38gRE+02 5.5467E+_2 h,_396E+_2 66.7 5 -I_2406E+_2 -7.gg84E+01 1,48|2E÷_2 212,7 6 -6._699E+01 3.Tt54E+_I 7.1168E+01 3_I.5 7 3,6713E+_ -3 4232E+_o 1.3268E+_ 158.8 8 -3:8921E+01 b.3927E+_t 3.7327E+_t 136,2 g -3._I9_E+e_ -7,2235E+_ 7.8291E+0_ 247 3 -3.3178E+_ zs:, 1_ 3,1119E-01 3,3324E+_0 RUN FIRST I/R TP RTEAI)Y HN CnS SIN RESULTANT SCPHASE _B4CB53 8 -6,7_3E+_2 1 -1,225_E+02 -5.1493E+01 1,3289E+02 21a2,8 2 3._197E+01 -1.7261E+01 3.47_3F+_1 33_,2 2,IB56E+@1 84._ _185E+02 5.7294E÷02 6,143gE+H2 68,8 5 6_09E+01 -8,4603E+_1 1,2857E+_2 318,8 6 9.7334E+_1 _,681_E+_1 -9,3569F+_t I_ITE+_I -1._412E+_! 1,5159E÷_1 223,4 :_:3595E+_1 1.9636E÷_1 8 4,7814E+_1 155.8 9 8,82_7E÷_ 5,9641E_ -6.4988E+0_ 312.5 Ix B,7R44E÷O_ 8,65_9E+0_ g,6316E-01 6.4 _ABLE ?.- CONTINUED c) Continued RUN FIRST 1/R TP STEADY HN COS SIN RESULTANT SCPHASE 61 _4CB53 g -6,756E+_2 I -I,27B_E+_2 -6,3_82_+_1 1,4253E+_2 206.3 2 4.2135E+_1 -I.8711E+_t 4.6104E+01 336.1 3 fi,73RfiE+_ 1.7698E+_I 1.86_SE+e1 72,_ 4 t,4_g_E+_2 6.2RO_E+_2 6.4366E+02 5 1,36gtE+_2 -1.6_29E+02 2.tRRRE_2 6 3.6475E+_I -6._2_RE÷_I 7.0388E+01 3_t,2 I -2,8_SBE+_t -2.3254E+et 3.6465E+_1 219,6 8 -3,2594E+_! -3.2029E+eQ _,285RE+Q1 185,_ 9 6.7_65E+_ -1.9_65E+0_ 6,9722E+_0 344ol |_ I.b976E+_ -9._9_4E+HO 9,2475E+_ 28_.6 RUN FIRST 1t_ TP STEADY H_ C08 SIN RESULTANT _CPHASE 61 _04FB13 4 I.,921E+_2 328 t 1.4l 16E+P,2 -8.7896E+P1 1. 6629E+H2 P 5,_)62t E+0e 1.9_47E+_1 I.q7HBE+H1 3 -_,_39RE-(4! -1.7126E+_1 1.7145E+_1 _67, 4 _._567F+_1 -2._293E+_! _ 8893E_@ t- .5 5.3_89E+_I -I.9723E+P_t 5.6634E*_)I

_._

6-3.2755E+_! -2,2932E+@t 3.gQRSE+_l 215._ 7 1, c'82_F_,_1 -1.6409E+01 t.gO55E+_ 3_3 g 3.717_E+00 -4,4926E+tat 4,5O7gE_.@ t 33_,I RUN FIRST I/R TP SlEADY SIN HN CO_ RESULTANT SCPHASE 61 0_4FR13 5 1.68_E+@2 i t.3161E+e2 -i,_4_2E+_ 1._782E+_2 8.9_51E÷_ 2.2_16E+_1 _.3749E+_1 3 -3,1465E+OA -2,7585E+01 2,7764E+_1' 263 5 4 3.5241E+_1 -_.R2_qE+01 4._6_4E+_t 33_.2 5 5,7133E+01 -1.2fiUGE+01 5,85RaE+_1 347,6 -2.6223F*_1 -2,1_83E+01 3,3773E+01 219.1 7 bo87_tE+_ -2.1157E+Bt 2.2245E+Ht 288,_ 8 t.nSSqE+Ht -1,I293F+H! 2.1724E+HI 328,7 g 2,_363E+_ -5._74tE÷F1 5,0782E+_1 _ 1.611_E+_I -I.1897E+_t 2._31E+_1 RUN FIRST 1/R TP STEADY _ COS SIN RESULTANT SCPHASE 610B4FH13 6 1,598E+_2 1 1 3483E+P2 -8.2830E+_1 _.5824E+_2 328 ? 7:2530E+_ 1.930HE+_1 2._618E+_1 3 -1,sRg1E+_ -2.8957E+_1 2 _18E+_1 266._ 4 4.4_5gE+_1 -I.1819E+01 4:581_F+_1 345, 355._ 5 _,72B_E+_1 -5.8728E+_ _,7457E+_1 6 -2,_al_E+_t -1.845_E+_1 3,2223E_1 214,O 7 7.g_gsE+_B -1.8812E+U! 2.H4_7E+_1 292.6 1.737qE+_1 -I._378E+@I 2._242E+01 329,2 9 1.8113E+P1 -6._851E+B1 6.349_E+_1 286.

326._ 1_ 2,H7_E+_t -1,3618E+_t 2,4778E÷Ol RUN FIRST t/R TP STEADY HN Crib SIN RESULTANT SCPHASE 61 B_aFBt3 l 1 457_E+@2 -7.5d3RE+01 7 1.537E+_? 1,642_E+_2 332.5 2 -4:_147E+OH 1.3957E+0_ I._7_E+01 1_8,3 3 1 6987E+_1 -4.2398E+01 4,567aE+_ 291,_ 6,4273E-_1 5,6845E+¢1 5 6 6943E+_1 7413E+_ 7,9456E÷_ -2_B817E+_1 _3319E+_J _06.

7 1.2487E+01 -1.7465E+O1 2.147_E+_1 3B5.

319._ 8 1.5437E+_1 -1.3_8qE+_1 2._239E+_I q 3.558OE+01 -5.5792E+@l 6.6172E+01 302.5 1_ 2,6814E+_t -t.0594E+H! ?,883tE+01 338,4 TABLE 7.- CONTINUED e) Continued RuN HN COS SIN SCPHkSE FIRST I/R TP STEADY RESULTANT- 61 g04FBI3 1 1.535_E+_2 -7.t5_5E÷01 t,6936E+R2 8 1,236E+02 ,35: P -2._142E+01 2._13RE+SI 2.8482E÷01 ] t.793iE+el -5.7481E+_1 6._213E*_1 287,3 a 356,2 5.5_9_E+01 -3.6784E+0_ 5.6_19E+51 13.5 5 3,8349E+_1 9.2_45E÷_ 3,9438E÷_1 162.8 6 -1.6325E÷_1 5.5623E÷_ 1.7_92E+St 318.6 7 1.1784E÷01 _4eTE+O |.5721E÷_1 933SE+0 29a.1 . 2,116gE÷el 322.9 9 4.8547E÷01 -3 6676E+_1 6.0843E+_1

:I I l

347,_ 1_ 2.4140E+01 -5 5655E+_ 2.4774E÷B1 SCPHASE RUN TP STEADY HN COS SIN RESULTANT FIRST ItR 338 3 61 g_4FBt3 9 1,175E+e2 ,5aO3E+_l 1 2e71E÷_t 1.9569E+_1 .1.5389E÷,2 -6!,248E+_1 1.656_E+_2 1.2597E+01 -6 3983E_1 6.5211E÷_1 2.4 4 5.176oE+_1 2.2_4aE÷_ 5.1816E÷51 5 2.A648E+et 1.8287E÷_1 3.3988E*_t 32.6 6 -l.gS_aE+_l -3.1154E-_1 1,95@6E+_1 18@.9 7 1._293E+_1 -1,_832E+e1 1,4942E÷el 313.5 8 4, 1759E+BH -I.8647E+_1 1.91_8E¢01 282._ 9 4,9596E+_I -4.@926E÷_1 6.43_2E+81 32@.5 1_ 2.4743E÷_1 -6._999E+_ 2.SaB4E+Rt 346,2 RUN FIRST IIR TP STEADY HN COS SIN HESIILTA,iT SCPH&SE 61 _4F818 1.9135E+_2 319.5 4 "6,383E÷_1 ! t.4556E_e2 -I.2420E+R2 5.4570E÷01 9_,I 2 1.32_6E el 5,4569E÷@1 3 :l,327_F÷et -1.6_45E+_1 2.0823E+HI 23_,4 2 8887E*_I 4 1.4566E÷@1 -2.4946E+_1 3_,3 a:89e2E+et 344.3 5 4.7_75E÷_1 -1,3242E+_1 3 8772E+_I 6 -3.2_11E÷_1 -2._972E+_1 212,7 1;5516E÷_1 7 2.7389E+@_ -l.5272E*et 28e,2 1.1352E÷_1 27,4 O 1.@_76E+01 5.2274E+_ 3.581_E+_1 9 -8,7685E-_1 -3.579qE+_I 268,_ 9.8556E+B_ 1_ 7.9194E+0_ -5.8681E+0_ 323,5 $CPHASE RESULTANT RUN FIRST t/R TP STEADY HN COS SIN 316._ 61 BB4FBI8 t 1.4PS_E+H2 -l.38eSE+_2 1,q864E+_2 5 -8,784E+01 91,9 2 -I 765PE+_0 5.3944E*01 5.3973E+01 3 -1:6612E+01 -3.598_E+_1 3.9631E+_1 245,2 316 9 4 2,9252E+@1 -2.7351E÷_1 4._47E÷_1 345:0 5 4,916PE_1 -1._188E+_1 5°_9e_E+_t 212.4 263.8 7 -2 285_E+_ 2.1_52E+_1 2.1175E+_!

6 -3!H53¢E+_t _1.9380E+@1 3.6151E÷_1 8 7 7853E+_ -9.4535E+_ 1.2247E+_! 3_9.5 267.9 g -1,5147E+0_ -4._585E÷_t _.H614E+_I 3_8.9 I_ 8.223_E+u_ -1.@2_6E÷_1 t.31H6E+01 SCPHASE RUN HN COS SIN RESULTANT FIRST ilR TP STEAOY 61 B@4F818 1 1.4889E+_2 -1.2835F+02 1.965_E÷_2 319.2 6 -9,776E+BI 95.4 2 -4.7749E+@P 5.5572Ea_1 5.0796E+_1 4.4395E+_1 25H.2 3 -1.5_3RE÷01 -4.1771F+_1 4,5727E÷_! 329,8 4 3.9532E_0! -2.2981£+_1 5.9669E+_41 349.7 5 5._704E+_1 -t._68RE+H1 3.7124E÷_1 213.4 -3.0985E+_1 -2._449E÷_1 4.6_15E-_1 -2.3143E÷_I 2.3147E÷HI 271.1 1.3364E+_1 3_3.2 8 7,3SBTE+O_ -1.1189E÷e1 5.1213E+01 285.6 9 1.3768E+_1 -4.9328E+_1 1,8979E+_1 314,6 1_ 1.3337E+01 -I.35B4E+_1 TABLE 7.- CONTINUED e) Continued RUN FIRST 1/R TP STEADY SCPHASE HN COS SIN RESULTANT 61 0_4FB18 7 -1,_932+02 1 1,6201E+02 -1.28342_02 2,_6692_02 32t,6 2 .1.49RAE+el 4,8146E+01 5._4012÷_J 107,2 3 5 3a6_E+0_ -5.337qE+01 5,36462+_! 275,7 4 5:25572_eI -I.17302+_I 5.385_E+81 347,4 5 5.86_RE+Ot -2.99822÷0_ 5,8705E+_1 357.1 -2 6O6qE+_1 -1,59_62+01 3,_538E+_1 211 7 4:B3832+0_ -2.43652+_1 _.46gRE÷_I 8 6 3963E÷_ -1.4716E_1 1.6_46E÷_I 293 5 q 2:7tg3E+Ot -4.794tE÷_t 5,51t7E+et 299,6 I@ 1.778_E+_1 -1.2983E+_1 2,2_t7E÷_I 323,9 RUN FIRST I/R TP STEADY $CPHASE HN CDS SIN RESULTANT 61 _47B18 8 -1,35QE+02 I 1 72576÷_2 -1.2994F_02 2.16022÷_2 323 0 2 -2:89!_E+01 5.1365F+_1 5._9422*_1 119 4 281 0 3 1.45_4E+e1 -7.44_72_1 7.58_72+_t 4 5.75572+_I -1._35tE÷_1 5._4812÷_!

5 4.73572+_1 -1.93632+0_ a,73972+01 357 7 202 2 b -2.15H1E+_I -8.7622E+_ 2.3218E+_1 278 5 7 3.e477E+e_ -2._297E+B1 2,8525F+_1 275 6 8 2,1240E+_@ -2.162_E÷_1 2.17322÷_1 9 3.862_E+_1 -3.27962+_; 5._672E÷_I 31q IR 1.Te79E+B1 -8,483_E_0 1,9_792+81 RUN FIRS! |/R TP STEADY 8CPMASE HN COS SI_ RESULTANT 51 0_4F818 9 -1,4462¢_2 1 1.7423E+Q2 -1.22232+Q2 2.12832÷0_ 325._ 2 -2.74132+@1 4.56732+_1 5,32682÷01 t21,_ 3 g.4_IIEeeO -7.9q69F+_1 _,_5192_01 276,7 4 5.52272_1 -4.70882÷_ 5,5423E+01 355, I 5 4 e3142+01 2.45332+@_ 4._388E_1 3.5 6 -2:197_F+_1 -1.6324E÷01 2,73732+_1 216.6 275.1 7 1 9t7qE+@_ _ 15932÷01 2 1678E_@1 .2:4192E+_e :=:133qE+_1 2:147_E÷01 263.5 q 3.7324E+_1 -3.68_0E+P1 5.24152÷01 315.4 331.2 1_ 1.60542+_1 -9.3088E÷_0 1.9341E+01 SCPHASE HN COS SIN RESULTANT RUN FIRSI t/R TP RTFADY -b,84852÷_l 9,5847E+_1 314,4 bl @¢4F853 4 g,4H3E+Bt 1 6.7QSRE+H1 1.84552+81 !,q2_02+_I 106._ 2 -5,2977E+0_ 3 3 7511E÷0W 3.81782+_ 5.3522E+_B 45, 172.)

1.376_E+_I 4 -1:3_372+et 1.836_E+00 9.3_752÷0_ 175.

5 -9,273_E÷_0 39._ 6 9,568_E+_e 7.94BOF+_B 1.2433E+_1 _.3_172+0_ 1_9.3 7 -2,75_mE÷00 7.833¢E+0_ 202.1 8 =4.4P21E+_ Io789gE+_ 4,7521E+_ 87.6 2._758E+_1 9 18.64tQE-_1 18742+_ 122,_ l_ 2o791eE_0_ 4.3725E+_0 SCPH_SE TP STEADY HN COS BIN RESULT_NI RUN FIRST t/R 313,4 6t R04F_53 1 7.34_52+_t -7.7603E+Vl 1,_682E+_2 5 8,S78E*B1 116.2 2 -8.1726E+_ 1.65812+01 1,8486E+01 259.7 -9 @724E_9 9,2219E+0_ 4 .34|42+_1 1.3962E÷et 163,9 3!874PE+_ 3 6775E+_ I.R80gE+_! 160.1 5 ._1642+01 46.1 8.3292E+00 !,1565E+_t 7 -1.7485E+_@ 1.11942+_I 1,133_E+_1 98,9 7.5928E÷_ 114.4 8 =3,1404E+_ 6.9129E+00 2,3942E+_t 88.4 9 6,6313E-_1 2 3933E+_!

4:8725E,0_ 5.8529E_ 123,6 1_ -3,2427E+eO TABLE 7.- CONTINUED e) Continued

RUN FIRST 1/R Tp STEADY HN COS SIN RESULTANT " SCPHASE

0_4FB53 ! 7.83t2E+_1 -7 QgB8E+01 1 IG4E+_2 344 61 6 8,273E+BI :B.57_3_+0_ 1i373,E÷_1 1:_185E+_1 3,g284 +_ -1 589_E+@1 1.6368E+@1 256.1 4 -1.6168E+_1 8 9_6_E-_1 1.6103E÷01 176.S 5 -1.2335E_1 3:g744E+00 1.296QE+_1 162

45:g

6 7.7775E+_0 7.7728E+00 t._gg6E÷01 7 -2.3864E+0_ 1.1409E÷01 1.1656E+_1 I_1.8 B -2.9932E+_0 7.9871E+_ 8.5295E+_ 11e.5 q -8.6141E+@ _ 2.g455E+@t 3._688E+01 105.3 1 _ -6.1_E+@_ 6.9146E+_ g.26BSE+00 131,7 RUN TP STEADy HN COS BIN RESULTANT SCPH=_E FIRST 1/R 3 4 2 bt _4FB53 1 8.4792E+01 -8 7275E+01 1.216RE+M2 7 7,827E+_1 2 -1.3347E+41 1:2842E+01 1.8522E+01 278,9 3 3 6067E+@_ -2.3566E+_1 2.3953E+_1 4 -2:_121E+_I _.020¢_E-_I 2._122E+01 179 4 162:8 5 -1.23glE+_I 3.838_E÷_ 1.2972E÷_I 6 6.1859E+0_ 6.7836F+0_ g. IBO6E+_ 47.6 7 -3.7_73E+_ 1.1558E+_1 1.2138E+_1 1_7.8 102._ -2.5_47E÷_ _:I_6E+_I 1.137_E+_1 -1.6912E+_1 _372E÷01 3.4763E+_1 119.1 In -g.1639E+_ 7.7422E÷0_ t.i997E+_l 13g,_ RUN SIN SCPHASE FIRST I/R TP SIEAI)Y HN COS RESULTANT _4FH53 61 8 7.258E+Bt I 9 2464E+_1 -g.B983E+el 1.3545E+_2 313.1 2 -2:1495E+U1 1.430_E+01 2.5817E+01 140.4 3 8 _874E÷0_ -3.76_5E+_1 3.8465E+el 282.1 4 -2:_812E+31 4.1677E-_1 2._816E÷_1 178.9 5 -_.1595E+_1 5.5238E+eR 1.2844E+_1 154.9 43.4 6 5o_494_+_ _: 7755E+0_ 6.9499E+_ 7 -3._52E+_ 1536E+_ 9.6343E+_ 10_.2 8 -4.22_6E-_2 1.6124E+_1 1.6104E+01 9_.2 g -2.4474E+_1 2.3797E+_1 3.4135E+01 135.8 1_ -1.1_1E+_1 5.3485E+_ 1.2232E+_1 154.1 SIN FIRST 1/R TP STEADY H_ COS RESULT&NT SCRM&SE 313.*a BO4FB53 t 9.4287E+_1 -t.PliSE÷_2 1.3828E+_2 9 7,283E+_1 148.5 -_.9647E+_1 _.2_2qE+01 2.3_37E+_1 278.5 .7558E+_ -0._91E÷_1 3..9117E+_I 185.6 4 -2.0515E+_I -I.gg87E+_2 2._612E÷01 140.3 5 -1._7qE+_l 7.256gE÷0_ 1.3H77E+_1 6 5 3881E+0_ 6.5869E+_ 8.5_9gE+_ 5_,7 1 -1_573qE+e_ l.B821E+_t t._35E+B! 98.3 8 1.5511E÷0_ 1.7987E+01 1.8053E+_1 85.1 9 -2 4761E+_! 2 5784E+01 3.5748E÷_1 133 8

152:3

1_ -1:1675E+01 6:1351E+0_ 1.31_9E+UI RUN TP STEADY SIN RESULTANT 8CPHASE HN COS 61 107.9 4 _,20_E+00 1 _.@_E+_H B._HgBE+H_ B._8_E+O_ 319.2 333.9 172.2 59.6 240._ 28b._ 333.1 359.2 166.3 I_ e.BROaE+eB o._a@_E+_@ 0.BeaBE+_

_)F POOR QU_ !__o

TABLE 7.- CONTINUED e) Continued RUN FIRST 1/R TP STEADY _N CO8 SIN RESULTANT SCPH_SE 61B@4FB90 115.0 4 0.0000E÷00 0,0000E÷00 0,@00_E÷0_ 06.6 _94._ _B5,_ 118,7 g _._O_E÷O0 O.RQQ_E_00 o.0_0_E+00 301,5 10 _,0000E÷Q_ 0.0000E+00 _.000_E+0_ 79.5 TP STEAnV RUN FIRST 1/k HN COS SIN RESULTANT SCPHASE 61 004FBg_ t07,4 347,8 3_8, 123.; 4 _.0000E+00 _.0_÷00 0.0000E÷00 5 ,,.,,._,,E+00 _ _'_ _ 0 _''_ _'_'_ 6 Q,_QQOE÷00 0,00QOE÷00 Q.O_@_E÷_ 359 5 7 e._BB_E÷@_ Q.e_¢_E+_Q _.@BB_E_ R 0,0000E÷0_ 0,_00E÷00 Oo0_00E+0_ tg _.OOBOE÷_ _,O0_0E÷OO 0,000_E+0_ 350.3 TP SIEADY RUN FIRST I/R HN Cn8 BIN SCPMASE RESULTANT 61 _Q4FBgO 7 o.000E_00 0.0000E÷00 1 0,_00QE+00 11a,1 2 @,00QOE+QQ o.0000E÷00 O.0000E+00 _9q.6 O._QOPE+OP 10.3 a 0,0000E÷00 0.000_E_00 112.2 5 0_0_E+_0 O._0aE÷O_ _.0000E÷00 88.6 0.0000E.00 e,00QBE+QB 330.9 7 O,0RQ_E_00 0,0_0_E÷_0 338.7 8 0,0_00E+00 0.0000E÷0_ 0,_00E÷00 74.2 g Q.O_00E+QQ _.P_OE+00 11.1 t_ 0,0000E+0_ 0,000_E¢0_ 336.9 HUN FIRST 1/R TP STEADY _N COS BIN RESULTANT _CPHASE 61 004FB90 1 0 0000E÷00 K,ROOgE+R_ 12_.4 Q.000_E÷OQ 0._000E÷0_ 332.a 347,_ O.QBQOE÷_ 4 0,00_QE+0_ _,000_E÷_0 1_5.3 48,2 0.0_00E÷QQ 6 0._000E÷0_ 0,_000E+00 28.8 7 _ 0000E÷00 O.o_g_E+gB 313,5 0._0_E÷00 114._ O._QBE+Q_ 214.5 0.0000E÷0O 0.0_00E+00 32_,2 RUN FIRST 1/R TP STEAOY HN COS _IN RESULTANT SCPHASE 81 004FBgO lib 3 I

_;_OE.O_ _._E÷_ _._E÷e_

3 0 _00oE.00 0.000_E÷00 0.0_00E+0_ 4 0:_000_÷00 0.000_E÷00 0,0000E+_ 115.0 58._ 5 0.0_00E+00 _.OPQ_E÷00 O.0O0_E+00 358.1 6 _.0000E÷0_ _.000QE÷00 O,0MQOE_00 25.6 7 0 0_00ff÷_ 0.0_00E÷00 _,0_0_E÷0_ 8 _:0000E÷HO 0.000_E÷00 _.0000E÷00 32_.R g 0,00O0E÷00 0,0@0_E÷_0 0.o000E÷0O 9o9 1_ 0,0000E÷00 0,000_E÷00 0.0@00E÷00 341.3 TAI_LE 7.- CONTINUED c) Continued RUN FIRST I/R TP STEADY HN cn$ SIN RESULTANT SCPHASE 61 _e4TB13 4 -3,_48E+_1 t 3.7362E+_I -4,4682F+_I 5.B245E+R1 309,9 -1,178qE+_t b 2957F+0_ 1.3365E+_1 151.9 g.3711E+O_ 169.2 4 6.1341E+0_ -t.O7_E+W0 6,2267E+0_ 35_,1 5 5.776lE_ -5,971_E+_ 8,3R7_E+¢@ 314.ff 8.tg23E+_ 2B7,5 7 -5,3051E-_1 -2,8944E+_ 2,94_7E+_ 25g,_ 8 2.7R_SE+O_ 1.3447E-_1 2.7838E+_ 2.8 g 3.2115E-@1 -4.JSbSE+O_ 4,)978E+_ 274,4 t_ -2.2qqTE-t_1 -1.5422E+_ t,5593E+Q_ 261.5 kUN FIRST t/R TP STEADY HN COS SIN RESULTANT SCPHASE 61 HR4TB13 5 -4,457E+_I 1 3.787_E+_! -4.3824E+_1 5,71921E+_| 31Q,8 2 -1.1_27E+_1 5.367_E+_ 1.2264E+_1 154,_ 3 -8,3_92E÷_1 -1.9933E+_ 8.544_E+_ 193.5 g.5337E+_ 346,1 4 X:?54_E+U_ -2.2890E+_ 5 7438E+_ -8o2_6_E¢_ 1,_b22E÷Pt 309,4 • 3427r+_ -4.|84|E+_ 7,5984E+_ 213.4 4,433gE+_ 254.b 3,3696E+R_ 312,3 S _:2_8_E.0_ -2.4914E+_ g - 372RE-R1 -4,5_R6E_0_ 4o5148E÷_ 267,_ 1_ -7.572gE-_1 -1.545_E+0_ 1.7213E+_ 243,9 RUN FIRST IIR TP STEAnY MN COS SIN RESULTANT $CPHASE #_4TB13 6 -5,865E+e1 ! 3.0475E+01 -4.31_tE+PI 5,6463E+_1 31_.2 2 -9.A825E+_ 2.7781E+00 1,_73E+QI 164,_ 3 -7,42ggE+@_ -3.24|4E_R R,l_62E+_ 2_3._ 4 1.341_E+_1 -7.759_F-_1 1.343BE+R1 356.7 5 8.6146E+_0 -9.5_1E+_ 1.289_)E+_1 311.9 6 -5,40RSE+O_ -4.6077E+_H 7,2_63E+_ 22_ 4 7 -1,1233E+_ -4.9277E+_ 5,_541E_ 8 I 4177E+0_ -3,3774E÷_ 3,662qE+_ 292,B 296.1 l_ 7.gBSqE-_t -2.0724E÷_ 2.2211E+_ 291.I NUN TP STEADY SIN HN COS RESULT&NT $CPMASE 7 "7,22BE+_1 l 3 576_E+_1 -3.9984E+_1 5.363tE+01 1,2532E+_1 .g 3 -3,4|9qE+_ -c:465_E_0 4,2158E÷_ 215.8 1.771_E+_1 4 1,77_BE+_I _:6371E-_1 5 g.6_8_E+_ - 0_36E+_1 1.4333E+_I 312,1 6 -3 _614E+_ -4.So43E÷B@ 5.7475E÷0_ 237,8 7 -6:6557E-Bt .4,77_4E¢0_ a.8186E+_ 262.1 6 -h,3h77E-P3 -4,_9_E+_ff 4,_Mg3E+_ 289,9 9 3.994_E+_ -5.9280E+_ 7,149_E+_P t_ 2,2813E+_ -2o5214E+_ 3,45e3E+_ 312.1 RUN FIRST IIR TP STEAOY HN COS SIN RESULTANT SCPH&SE 61 _4TB13 8 -g,840E+_1 I 3.535RE+_I -3,b34_E+_1 5.H788E+_!

3 g,_g73E-_1 -4,R736E+_R 4,g577E+BH 28_,b 4 2,1124E+_1 =2,1725E-_ 2.1124E÷HI 5 1 2799E+_1 -l.2797E+_t 1,8_g4E*_t 6 1:_5_2E-_! -3.7567E+_ 3,7582E+_ 271.6 7 -3,3536El_1 =2.7422E+00 2.7_2bE+_ _63._ R -1.7751E+_ -4,2532E+_0 4,6_8RE+0_ 247.3 g 3,843_E÷_ -b.R_61E+_ 6.3112E+_ 3_7.5 1_ 2,6R77E+_ -2,1422E+_ 3.437_E+B_ 321.4 TABLE 7.- CONCLUDED e) Concluded TP 3TEADY RUN FIRST I/R HN COS SIN RESULTANT SCPH.ASE 61 _04TB13 9 -t,091E+02 1 ,3584E+Hl -3.71eSE+el 5._047E+01 312.1 =3 9 ,5_23E+00 -2.220_E+00 9.7582E+0_ 193.2 3 4 7416E+_¢ ,6eriE-el -4.7279E+0e 265.6 ,eB4_E+_t 2.7166E+eO 2_101gE+_I 7.4 ! ,262_E+_1 -1.3696E.01 1.8627E+_l 3t2.7 ,0443E-01 -5.4388E+0_ 5.4622E+0_ 275.3 7 3.5326E+_ ,B_5mE-_2 -3o5315E+e_ 26_.8 ..2 ,9946E+0_ -3.0R21E+00 4.2974E+00 225.8 ,1595E+0_ -4.6294E+B_ e6048E+O0 304.3 _._63_E+0_ lel ,638_E+BO -l.55BlE+eO 329.4 TABLE 8.- FIXED-TIP DATA FROM LIFT-COEFFICIENT - RUN 62 DATA a) Block A data SUMmARy I TRTTNG RUN b2 wOZ _,2 WT 58 Low SPEEb CALCULATED DATA RUN TP MU' ALPHAS RPM| VTIP _l(qH) 4.4317E-0!

62 2 3,_586E-@! -5,6434E+_ 7.96P_E+_2 7._lblE*_2 8,3372E-_1 4.43_3E-0I 3 3,_567E-Ot -4,1385E+_ 7.962_F+_2 7,e161E+e2 R,3312E-9!

4.43_@E-_1 4 3,055tE-_t -3.746_E+_ 7.q6_E+R2 7._161E+_2 8.3276E-_1 CHB _TI.JN RHOlUN CTB CTR RUN TP VTUN 1,5742E.-_4 62 5 2732E+_t 2,3723E-_3 4.1_75E-_3 4.1358E-_3 2 2,t_B5E+_2 5:2615E+et _.37_E-_3 4,7753E-_3 4°7454E-H3 t,t463E-04 3 2,t_F2E*_2 t°3584E-_4 4 2,I_61E+_2 5,2532E+01 _.3687E:_3 5.7376E-_3 5.7081E-P3 _o9_¢E+@_ CT'B RUN TP CHR CY8 CYR CPB CPR 4.1628E-_3 62 2 2,693_E-_4 -8 3RI_E-@5 "7 65H_E-P5 3,_544E_4 3,Hq84E-_4 -6:_IR_F-05 -5:371PE-_5 3,B7_SE _4 3,1145F-_4 4,77t_E-03 3 2,2296E-_4 5,7342E-03 -l,6_97E-e4 -|,6252E-_4 3,6912E-_4 3,7352E-_4 4 2.43_8E-04 RUN CXB CXR CDE8 CDE_ L/_I)2B TP CTIR 6.gBgOE-02 62 2 4 1423E-03 2.5316E-04 _.3,7_E._4 7 4545E-04 8 743_E-_4 3 4:7491E-03 ?.303_E-H4 2_POE-_4 7:742_E-_4 8:9881E-B4 8,_2B3E-_ 2.3q31E-04 1:3037E-_4 g.bB88E-_4 1°_922E-_3 9,6493E-P2 4 5,7118E-_3 5 R,OH_t_E+_ DE/_D28 RUN XtQD2B W/QD2R P/QVD2B PtQVD2R TP L/QD2R 1,2516E-_2 62 2 6,g545E=02 4,_5_3E-R3 _.3287E:_3 ! 6766E-¢2 |°7_e/F-R2 3,8713E-_3 2,_187E _3 1:6885E-_2 1,7128E-_2 1,3_14E-02 3 7,g832E-_9 4 9,6116E=_? 4.H27(_E-03 _.lg37E-m3 2._331E-_2 2._573E-_2 _E+_@ 5 _._O_E+_ CRMB RUN TP DEIOD2R Y/QO2B YtOD2R CPMB CPMR 62 2 1.467qE._2 -I.3937E-83 .1°_844E-_5 .4,6397E-_5 -4.6624E-_5 1.0524E _B 3 1°51_gE-02 -I,_ll_E-03 -q.o_g_E-B4 .6,0156E-_5 .b,_214E:_5 -3.3755E-_5 4 l°838_E=P2 -2.B434E-H3 -2.734RE-R3 .3._386E-e5 -3._4_2E-_5 O,_0aE+_0 HB ROTORHP_ ROTNRHPR TB PMB RUN TP CRHR 2 -2°2685E-@5 l.HI26E+_2 t._272E+_2 1,_831E*_3 -1._149E+_2 2,9762E+_1 3 -8.9749Eo07 I.gl6qE+@2 1._315E+_2 1.239_E+_3 -1.3146E+_2 4 -3,4646E-05 I,221gE+_2 1.2364E*_2 1.488gE+_3 -6,6368E+_I 3.524qE_t 7,g667E 01 5 _°_@_E+OR RUN RMB OR VSOUND PTOTAL PSTATIC TP SFB 2.M464E+_3 62 -2.1573E+Ul =l.5625E*_t _996E+e3 2.@998E+_3 2,0467E+e3 2998E-e2 _ 71_E+02 l:099gE+e3 2 1_00E+_3 2,046gE+03 4 -4,3842E+al -7,3726E+_1 R R622E+_2 :_:7737E+_1 16813E+_ 1._989E+_3 ?._996E+_3 2,l_25E+B3 5 -l.74_hE+@_ 5,g7g7E+U_ -1 _13_E+¢_ I,IO_gE+_3 2:1025E+03 RUN CTtSR TP TSTATIC PRESSALT OENSALT RN,75 CT/SB fi.1249E-02 4,3010E+_1 @,2527E+_2 R.5547E*_l I q274E+_6 1642E-02 3588E+_! 9.2_72E+_2 lqllE+_2 1:9238E+_6 _:9174E-_2 5 8_03E-02 7:0732E-e2 0,000_E*0@ CP/SR RUN TP CH/S8 CHtSR CYfSB CY/SR CP/SB 3,8394E.¢3 62 2 3.3371F-_3 -1._86E-_3 .9.4796E._4 3°7848E-B5 1.95_7E-_3 3,8594E-03 3 2.7628E-O3 .7.°_57?F-_4 .6.655BE-04 3._48_-_3 l,42a4E:_3 4°6285E-03 4 3,_121E-B3 -2.Bg3RE-_3 .2,_I3qE-e3 4,573qE-_3 1,6832E _3 B°_E+B_ 7O ,'_,_ _" _

DF PC,"-?

TABLE 8.- CONTINUED a) Concluded CX/SR CDE/SB RUN TP CPP/$B CT'/SR CT'tSR CX158 t,7tB/E-ra3 9,2373E-e3 62 2 2 4744E-03 5,1583E-_ 5,1329E:_2 3.t37_E-_3 3 2:4712E-_3 qt22E=_9 5._49E _ 2._53_E-_3 I ,b154E-_3 2t_6F-e2 7_t_55E-_ 7,_778E-@2 2,9654E-_3 4 3._12E-_3 5 O,U_P_E+B_ XIQD2SR PIQVD2SR LIQ_2SB L/QD2SR X/gD2SH RUN TP CDE/SR 2,BB56E-_2 2,_776E-_1 8,66_5E-_I _,6178E-BI 5.2668E-_2 2,5_15E-_2 2,_924E-_1 t 1138E-_2 9,g384_-e| q.8oPaF-_t 4.7971E-_2 62 _ 1 !_834E-_2 2,7184E-_2 2,5193E-_1 4 1 3534E-_2 YIQD2SR_. L6 RUN TP " P/QVD_SR DEIOO2S_ DE/(_D_$R yIQn2sB l,P_IQE+_3 .1,727HE-_2 .t.5916E-_2 1,55_9E-_1 1.8189E-_I 62 P 2.I_75E-Qt 1,2387E+_3 -!.P536E-_ -t,tISBE-_2 3 2.1224E-_1 .3,5234E-_2 -3,3889E-P_ 1,4_8_E+e3 4 2,5494E-_I 2,_2_3E-_1 _._775E-_!

TR XR XW OE8 DER RUN TP LR t,g373E÷_2 i_ r _L_ :v,_ _,_ 2.3336E+_P 1 _321E+Q3

t 2._1@1E+_2

,233_E+03 ,g7q]E+_t :117gE+_!

2,8343E+Q2 1=4812E+_3 6.2_ggE+_I 3 3829E+_! 2,5142E+_2 4 1,4822E+R3 -7,9592E-Q1 -1,83@4E-_!

7,9592E-_| 7:959_E-_t .7,qSg2E-_l RMR QR AI-CORR RUN TP PHR -2.2305E+_ 6,7776E+_2 62 2 -I._19gE+P2 -2,3169E+_ 6,8_63E+02 5.7887E+_! ,3gaSE+_t -1,9013E*_ -t,3159E+Q2 -3,3575E+eH 8.1583E+_2 6.3_78E+_1 ._t73E÷_t .7.5673E+_1 4 -6,64_4E+_1 _.gq89E+_t _!.0881E+_t .4.9624E+_] 3.1443E-_1 -7.9667E-_1 ,74_6E+_ 5.97_7E+_ fi 1,1349E+_0 TORQUE X/LR RUN _P _t=CORR THETA,75 AIC BIS 6.SR15E-_2 6,733BE+_2 7,885gE+0_ 1,237aE_ 4._3E+_ 62 ? 3,5438E+_ 4.826qE-_2 _.2_qE+_R :1.1145E+_ d 7924E_0 6,7568E+_2 3 4,34H7E+RH 4.1733E-_2 8,1_19_H2 t,_42E+Ot -P,1344E_e_ 5i_65E+_P .4.2722E+_ -4,790,_E'_t 5 2,_519E-_1 5.3556E+_ _.5682E _1 I 1681E-P1 ALPHAS ALPHASC L/OEB ttDER RUN TP X/LR .5.b434E+_ -5,b_34E_l_ 62 2 3.3485E-_2 5,5843E+0i_ 4.737_E÷_0 .a,1385E+_ -4,13_5E+_ 3 2,5287E-_2 6,1627E+_ ,3,746eE+Ra -3,746_E+_0 4 2.2824E-02 5 -4.2722E_ TABLE 8.- CONTINUED b) Block B data RUN FIRST |/H TP STEADY MAXIMUM AZIM MINIMUM ALTERNATING

62 To_uE

2 6.7448E÷_2 7.6_13E+_2 316. _.1431E+_2 7.2QBqE+O!

3 6.7_94E÷_2 7.7067E+_2 315,_ 6,_147E+_2 8.4597E+_t 4 8.o65_E+¢2 9,Ii31E+_2 9,4657EeBI 143, 7.22H_E_02 91._ 7,6645E _1 5 0,_0@E+0_ 9,5806E._1 8,6226E.01 RIJ_ FIRST ttR TP STEADY MAXIMUM AZIM MINIMUM &LTERN&TINg 62 O_2HANG 2 _._t_O(_E+_ ;:_{_@_E+_ 19!t _.(_00_E+00 RUN FIRST I/R TP STEAOY MAXIMUM AZTM MINIMUM ALTERNATING 62 _2CB18 2 1,0770E+_3 1,47_7E+_3 183.) 7.1908E+02 3.7881E+02 3 9,9318E+_ 1,421dE+_3 183. 5.2641E+02 4.475_E+0_ 4 I._H22E+_ 1,3651E+03 lll,; 5.1234E+02 4.2639E+_2 5 1.6084E+_1 2.9152E_01 I8R, 1,6754E+_ 1.3738E_01 RU_ FIRST fIR TP STEiOY M_XIM(IM AZIM MINIMUM _L TERN_TING 62 0_2CB90 2 2.7396E+_! _:3753E+_1 4,_1893E+_ll 7432E+_t 233, 3097E,01 2. 7168E+_t 4 3.963_E+r_t =96,3899E+_1 5 -9,gggoE+(_3 999_E_03 999_E_e3 -9.q99_E+a3 RUN FIRST t/R TP STEADY MAXIMUM AZIW MTNIMt_M ALTERNATING 62 B_2CB53 269.7 _,0@_0E÷_ 0_3BE+0_ 25.9 _,_E+_ e.R_E+_O 3 O.0eO_E+O_ _iO_BE+a_ 139,5 _,000_E+BO 0,_E_0_ RUN FIRST I/R TP STEADY MAXIMUM AZI.M MINIMUM ALTERNATING 62 B_2FB18 4 3_6_E*_ 5,87_4E+02 76,_ ,8684E+_2 83,_ l 2.,0_I_E+02 .a825E+_2 2._692E+02 4 4 3530E+B2 6.215_E+_2 35_.1 g,2612E+_I 2,6445E+_2 5 -1_9792_+_! -1,8547E+_1 l_R,8 -?,I_37E+_1 |,244_E+RO RUN FIRST StR TP 5TEARY MAXIMUM _ZIH MINIHUM ALTERNATING 62 _2FB38 2 1,4_76E+_ 3.71_@E+_2 _6_.4 -2.2294E+_2 2,9697E+_?

3 1,3634E+R_ 3,80qRE+02 261.6 -?.6R2_E+M2 3.2462E+d2 4 I,323tE+OP 4.241qE+_2 ?bl.b -3.2779E+_2 3.7599E+_2 5 -1.1522E+A_ _._RO_E÷OH 343,7 -2.4964E+0_ 1.2482E+_0 RUN FIRST I/R TP STEAOY MaXIMHM AZIM MINIMUM aLTERNATING 62 _02FB9_ 4.7345E+RI 1,140_E+_2 255,2 -3,3647E+dl 7,383bE+01 3 5.1307E+R1 1.2R7RF+O?

254.4 -3,4433E+01 8.1607E+_lk ?a_, -2.3194E+_1 8.6o45E+_1 4 B.5757E+p1 1,5_IAE+_ 73.1 -1.0692E+o1 5 -1,g471E+a_. 1._384E+_1 1,_53RE+01 RUN FIRST I/R TP STEADY M_XIMIIM AZIM MINIMU_ ALTFRNATING 62 LEADLAG t,ld43E+B2 1,150_E+_2 0_, 31,_ 1,1389F+02 5,B32QE-_l 3 t,1625E+B_ 1.166_E+B2 1.15filE+_2 5.Rb_BE-01 4 1,1492E+_2 1.t54_E+_2 348, _5R,) 1,1438E+@2 5.1823E.01 5 g.3160E+RI 9,BRIBE+O!

8.7o17E÷01 4.1_g7E+O_ RUN FIRS1 fIR TP _TEADY MAXIM!IM AZIM MINIMUM ALTERNATING 62 FLAPANG 2 B,Rlb4E-flt 1,916RE_ 3 -l,7_81E+_ -8.91glE _1 175.7 .342HE+_0 7.2507F-01 4 -9,B617E-_I 8.9916E-01 175,7 .5524E+00 1.7258E,@¢ 1_9.2 !!.9806E-_1 I._574E+RB 5 -2,_853E+_! -I,991tE+_!

106,3 .1854E+_! g,716BE-OI ORIG_'AL _:::'-'. ".'.

OF POOR QU:tLII'Y

TABLE 8.- CONTINUED b) Concluded

RUN FIRST t/R TP STEADY MAXIMUM

AZIM MINIMUM ALTERNATING 62 PTCHLINK .9135E+01l 2,3821E+_2 25.6 .234_E,01 .362RE÷HI I -i.9118E+OlI 5,400qE+01 ,_I_5E+I_I 3195E+_I2 125,6 .1453E+_2 .2324E+_2 29,7 ,7144E+ISR _,7fl6I-E-PJI 5 ...3.6r_51E+l_ .. :7732E+00 RUN FIRST IIR TP STEADY MAXIMI.IM AZIM MINIMUM ALTERNATING 62 004CB18 194,6 -3,_276E+83 6,1545E+_2 -2,3374E_3 -I.79G7E+_3 I 2.3336E _3 -1.7276E+_3 194.1 -3.B688E+_3 6.6662E+02 4 -2,266_E+¢3 -1,649KE_3 2_1.3 -3,e539E+_3 7,B215E+_2 5 -1.4676E+_11 ..3.4761_E+00 15,@ -2,5491E+_1 l.10_TE+el RUN FIRST I/R TP STEADY MAXIMUM AZIM MINIMUM ALTERNATING 62 _4CB53 3 -6,8553E+_2 1.1517E+02 4 -6.6434E+¢2 1.3635E+_2 115.5 .355_E+_3 7.456BE+e2 5 -2._675E+_1 -1.7429E+01 1l_6,9 ,358_E+_1 3,e757E+e¢ RUN FIRST t/H TP STEADY MAXIMUM AZIM MINIMUM ALTERNATING 62 004FB13 2 1,5689E+_2 5,269RE+02 352.1 -1.78B2E+I_2 3.525_E+B2 3 1,4qSfiE÷_ 5,8442E+_2 351.3 -1.4563E+_2 3.65_3E+_2 3.4681E+_2 4 t.3349E+l_ 5.33eSE_2 5 -3.1632E+_m G,3263E ! 210,3 ,g_B9E+_I8 3.7958E+_ RUN FIRST I/R TP STEADY MAXIMUM kZlM MINIMUM ALTERNAI ING 62 _4FBI8 2 -9.400_E+at 2,2322E+82 352.1 -4.7167E+_2 3,4745E_82 351.2 -4,669_E+_2 3,665_E+82 -1._5t2E+¢2 2.661_E÷R2 -1,279@E+_2 2,5593E+e2 35_,4 -4,4962E+_2 3.5277E+_2 5 3,6754E-_1 3,7979E÷_ 329,_ -2,2_52E+_ 3o_16E+_H RUN FIRST I/R TP SrE_Dy MAXIMUM AZIM MINIMUM ALTERNATING 62 004FB53 8.2151E÷_1 2.28_6E+R2 33_.5:8.4378E+0!

I 7,6212E+_I 2,5198E+_2 329.7 l,_252E+e2 1 "5622E÷_2 .7725E+_2 4 6°7882E+_1 2,6410E+_2 336,9 -1._78_E÷_2 1,8599E+_2 5 -3.2992E-_1 1,4847E+_0 345,9 -1,6496E+_ 1°567|E+8_ RUN FIRST fIR TP _TEADY MAXIMIJM AZIM MINIMUM ALTERNATING 62 004FB9_ 3 _,_E+_ _o_E+_@ 71.7 _ 4 _,8_80E+¢_ _.8_E+_0 ,_E+_e ,_OE+_ 293,6 _,BOBSE+_ _,_00E+e_ RUN FIRST I/R TP STEADY MAXIMUM AZIM MINIMUM ALTERNATING 62 _4TBt3 -5,2946E+Bt _.1715E+_1 I -6.3285E+_t .3158E+_1 279.6 .3798E+_2 X.5569E+8'l 27q,6 ,64e1E+_2 .8154E+eI 28_.3 il.4137E÷B2 .1541E+eI 43.1 .3175E+e@ 1.1197E+_ B,II34E-II ,921qE+01 RUN FIRST fIR TP STEADY MAX!MUM AZI M MINIMUM ALTERNATING 62 POT1 2 7.1113E=¢1 7.1251E-_1 3 7°5721E-_1 1 5_.2 I 1522E-_3 8.1113E-_1 .5629E_ I i 43,_ 8,_883E _1 1 1522E-_3 5 .7332E _1 4.7516E-_1 48,5 _,7239E Bt t 3826E-_3 T_BLE 8.- CONTINUED c) Block C data RUN FIRST I/R TP STE&nY HN COS ST_ REStJLTANT SCPH&_E 62 TORQUE 6.745E,Q2 1 1.1O43E+0O t.g545E+_ 58,6 2 1._567E+00 -3._497E÷0_ 3.2275E+0_ 289ol 3 -5.561_E-_1 1._21qE÷_ t,34PSE+O_ 114,fi 4 -6.g763E_l -3.0244E+0_ h.g82gE+01 182.5 fi -I.0q79E÷_H 6.4905F-_I 1.2754E+_P 149°4 83°8 1,8514E-e1 1.6qq3E+00 1 7094E:O_ 1.42HGE-_l 8.1273E-_1 8:25_5E _I 80.1 1._694E÷01 1.1158F+00 I".0756E÷_I q 3.4045E-_l 8._22OE-01 g._41E-_I 67.0 I_ -1.5317E-01 -6.8836E-_2 I.bTg3E-QI 204.2 RUN FIRST I/R TP STEAnY HN COS SIN PESULIaNT SC_H_$E 62 TORNUE 6,729E+02 ! 2o2645E+_ -2.3_7_E+00 3.23_8E+0_ 314.5 249.3 2 _2.6446E+0_ -6.9_53E+00 7.4692E+HO 3 -8._R_SE-_! 1o5939E+_ 1.7132E+_0 !11.5 4 -7.676_E+_1 -l.ki474E÷_J 7.7473E+01 187.8 174.2 6 _.0294E-H1 1.gt45E+00 1.9253E+_0 83.9 7 -2.5666E-01 2,98fiZEoHt 3,g372E._!

I3_.7 8 8°5_qE+eH 4.471_E+{_0 9.6229E÷0_ 27.7 9 6.2341E-O1 1.7472F+00 !.8551E+_ 70,4 I_ -9.4217E-02 3.7_6_E-02 1.0124E-01

1_.s

RUN FIRST I/R TP STEADY STN HN COS wESULTiN1 SCPHASE 82 TOkxGUE 4 8,065E+_2 1 4.4_QQE+HO -5._QgsF+_Q 7,1672E+_ 3e8,5 2 3.39_PE+_ -I.b612E+QI 1.1143E+_1 287.8 3 1,415nE+00 1.1_4_E+01 t. IQ24E+_t 83.2 4 -7.2_81E+_1 -3.3386E÷_1 7.gasHE+_t 204.0 2_5,6 6 -4.3_46E+O0 1.I678E+H_ 4°5182E+OP 165 7 -I.1003E+00 8.995_E-_1 !.421_E+_O 140i7 _2 g -3.2737E-_1 5.8_35E-_1 6.6632E-;_1 119.4 1_ -5.a_93E-_1 -2.5_O6F-_1 5.gbosE-_I 204._ RUN FIRST I/R TP _TEAny HN COS SIN _EStlLTANT SCPHASE _2 O_2HANG 142.5 343.3

29!.9

45.R 170,I 86.6 89,4 289,9 2_0,I 153.4 _UN FIRST I/R TP HN Cn8 SIN RESULTANT 8CPHASE 62 _2HAqg 152.7 313.q 208°@ 69,6 5 P,B_QRE+BB H 000_E÷_0 0,00@PE+0@ 2_5.e 6 R,_OO_E+O(_ 0:000_E÷0_ H.OOOOE+_O 257.8 186,_ 8 _.Q_E+OO e._OOOF÷_ _,000gE+00 328.2 231.5 19 o.0000E+OH O.0000E+OB 0.000_E+0_ 300.4 TABLE 8.- CONTINUED e) Continued TP STEADY SIN

RUN FIRST IIR HN COS RESULTANT 8CPMASE

62 002HANG I _,_E_0_ O,0HO_E+_H 96,3

O._OBE+_O B,OOOBE+g_ 297,H _.gH_OE+O_ ¢.¢_g_E+BO 15_.3 3 _. _O__Fww00 4 _.000_E+R_ g.gg_gE+OR 77,_ 5 _.9_ORE+_ 1_8. _ 6 _. _aORE+_ O,00B_E+_ 2B7.6 _,oB_oE+_ 82.2 _.O_BE+RH 64.

4_,_ 0._0_E+00 @,_000E+@0

RUN FIRST I/R

TP STEADY HN COS SIN RESULTANT 8CPHASE

62 Og2CBt8

2 1,077E+03 I -I.3Hg E÷_2 5.554gE+01 1,A22gE+_2 157,a 2 3,6558E+_1 -3.2288E+_1 4,8762E÷_1 318.6 3 -2.489_E+_1 -7.8924E+00 2,_111E+_1 197,6 4 1.2147E+_2 2.3175E+02 ?,6165E+_2 62.3 5 -t.85RSE+_t -_,5_32E-_2 1,8508E+01 18g.3 6 -5 I63qE+P_ 6.4168F+0_ 8.2366E+_ 128.8 7 =8:8221E+_H -5.8_92E-_1 8,R413E+BP 1_ 3,6475E+_ -1.5562E+_ 3,g656E+O_ 336,9

RUN

FIRST t/R TP _TEADY HN COS SIN RESULTANT _CPHASE _g2CB18 3 9,932E+02 1 -1.564_E+02 7 6971E+_1 1.743gE+02 153.8 R 3.661_E+Bt -4_5123E+_1 3_9 5.81R7E+01 3 -3,0923E*01 5.642@E+PO 3.1434E+01 6754E+02 4 1.2185E+_2 2,9398E+02 65.5 5 -1.5493E+_1 1,9183E+_1 143,9 -4.5i47E-01 4.9784E+Og 4,ggBRE+O_ 95.2 7 -9.7_7_E+0_ -1.727aE+00 9.8797F+_P !o0.1 8 2,6168E+_! -2.5523E+_] 3,6554E+01 315.7 9 4.4511E+_0 -2.61BgE+O_ 5.164_E+e_ 329.5 I_ 1,9763E+_0 -2.236RE+_0 2.qB49E+_ 311.5

RUN

TP STEADY HN CnS SIN RESULTANT SCPHARE

b2

4 1,002E+03 1 -5.6194E+_l 1.391qE+_2 t,5_10E+H2 112,_ 2 2.516_E+gt -5.1310E÷_1 6.627tE+_1 292.3 3 -4.5395E*gt 3.4243E+_1 143,_ _:6863E+_1 2 R2_3E+02 9014E+02 76.4 4 6.8107E+_1 2:8529E+01 5 t,6_75E+Bt 3,2747E+01 11g.a 8 -1,0_i7E+_1 1 3_51E+01 6521E+@1 127,8 _:5273E+01 7 -I.SR56E+01 -6:4244E+_0 204.9 8 2,4_25E+_1 -1.5616E+@!

2.R654E+_l 327.0 g -1,3288E+0_ 4,1315E+0_ 4,3114E+00 10_.H I_ 7.5394E+_ 6._BSPE-_I 7,5_32E+@_ 4.6

RUN

TP STEAOY SIN HN COS RESULTANT SCPHASE 2,740E+_1 -7.435bE+0_ 7.4597E+_ 274.6 1 ._:9865E-_1 2 19_SE+RO 9.3_49E-B2 2.1948E+_B 177.8 1.2263E+Be 3 "5 8887E-_1 i.4065E+OR 11g,3 a -7:b5g6E-fft -_.1608E-O1 1.1941E+_ 230.1 9.2175E-@1 5 -6.0409E-_t l,l_25E+g_ 123.3 6.6117E-_1 6 -3,1866E°_1 7.3395E-_1 115.7 8._07E-01 7 7.3814E-_1 1._886E+00 47.3 -7.2342E-_1 8 1 gRtaE+00 I 3_11E+0_ 326.2 -1.g988E-01 4:6_q2E-n1 346,_ 9 4!4763E-_1 2.8_78E-_1 10 -4 2398E-_1 5._852E-_1 146.5 TABLE 8.- CONTINUED

c) Continued

RUN TP STEADY HN cns SIN RESULTANT SCPHkSE 62 3 4,089E+_1 1 1._297E+00 -7,5554E+QO 7,6253E÷_0 277,8 1,81_3E÷H_ 165,] -1.TAgIE÷@O _ 6676E-@1 3 3.3367E-01 :5815E-_1 4,2187E-01 37,7 -4,lfi64E-_l -5._183E+_ 5.@354E+00 265,3 4.6126E+0_ 34.5 | 363E-P 1 6.373,E-_, 2,2294E-_1 16,6 2._881E-_1 276,9 5,0245E-_1 14._

_!.,3oE-,, 86,1E-.t

9 34_E-_1 4,1295E-01 9.3137E-_1 25.3 2.6qg7E-@1 2.g_64E-01 3.O668E-_1 47.1 RUN TP STEAOY HN COS SIN RESULTANT SCPHASE b2 3,964E+_1 I 2,7617E+00 -9.2331E÷_H 9,637_E-0_ 285,7 -_,152fiE÷e_ -1,2335E+e_ °48_0E+0_ 209,8 -_,634_E+_ -1o2817E+0_ ,9294E+00 2_5,g A -6,9_8gE-_1 4,6097E_00 4,6620E+0@ 98,6 6,7789E+_0 24_,0 :3,3941E+_ -5,8_7gE÷00 I,A_R_E+00 1.926_E+e_ 2.3858E+0_ 126,2 1,3427E+_ 1.5619E+_ 2,0597E+_ 49,3 H t,Ra55E+_a 2,974_F-_!

1,_593E+_ 9,2 2,847_E-_1 _9_,1 0,78H60-02 -2.6737E-_| 1.2351E+¢_ 3.877oE-_ t.2945E+_ 162,_ RUN TP STEADY HN COS _IN RESULTANT SCPHASE _o_O_E+@_ I _._E+_ 163.1 _,H_gmE*_P _.O_E+O_ 253.7 e._aBE+Be _,_0@0E+0_ 128.1 0.0000E÷_O q B.O_BE+00 _._OE+_O 281 3 RUN TP wN COS BIN RESULTANT SCPHASE 0.OR_OE+BH 2gR.6 O,_OmaE+_O 32,7 B,_O_OE+_t_ 326 RUN FIRST |/R ,TP H_ cns SIN RESULTANT SCPHASE 62 4 _._E+_ 3 4 e,Q_mE+@_ 0.0Q00E÷00 5 0,_000E+Q0 O_BE+_O H.POggE+00 351,5 6 0,@000E+00 _:UB_@E÷Oe Q.0000E÷00 192 9 B,B_OBE+O_ O,B_OE÷@B 0.0000E+_ 225.9 _,0_00E+00 114.1 RUN TP STEADY HN COS SIN RESULTANT. SCPHASE P 4,3_7E÷_2 l 5,2502E÷_I -4.3155E+BI 6.7962E÷_1 32@.5 7.5747E+01 123 -4,171¢E+01 6.3229E+Ot _.8681E+01 -2.64_2E÷01 2,_574E÷01 18,7 4 1,9493E+_1 6°581_E+0_ 5 4,899gE÷_1 1.438_E+0| 5.1065E+gt 343,6 6 -4.7563E+_1 3.4827E+01 5,_950E+01 143.8 3.6766E+01 211,5 7 -3,13_aE+01:1.9281E+_1 3.58_9E+_1 287 8 1,1_16E÷01 3,4072E+01 1.2_06E÷0_ tO7:X 0 -3.6296E-01 t.la44E+_O 10 5,4017E+00 -7.4371E+_R q. I9iSE+_@ 306.0 "TABLE 8.- CONTINUED o) Continued RUN FIRST t/e TP STEADY RESULTANT HN C03 SIN SCPHASE b2 OH2F818 3 4,222E+02 7.927tE+_1 1 6.1199E+01 -5.B384E+_1 ?.5763E+Ot 2 -4.7297E+@1 5.9187E+01 128 9,P128E+_1 337.2 3 8.3_6E+01 -3,407aE+01 2.Tg35E+01 4 2.6746E÷_1 8.0616E+_0 16.R 5.9012E+_I 5 5.6667E÷OJ -1.6469E+_I 343.8 6.8626E+_1 6 -5.6_19E+_1 3.8778E+_1 2.9: 7 -3.653qE,01 2._984E÷_1 4.213_E+01

_.33_3E÷_1 291

2154E+_1 -3.1_27E+_1

72:1

8,_444E÷_ 1_ 5.2157E_ -7.3d21E+_ 8,9735E+_ 305.5 RUN FIRST 1/R TP STE/DY HN COS SIN RESULTANT SCPHASE 62 _02F818 4 4,353E+_2 7.7256E+¢1 333._ i3_.9 1:2983E+_2 3 284qE+02 -1,8556E+01 351,_ 4 1526E+_I 1.2568E+_1 3.3976E+01 21,9 5 6.2362E+Mt °3._11eE+01 h.9251E+Ht 334 6.7367E+Ot 6 -5.341_E+_1 ._:1_46F÷_1 7 =4,1637F+_1 1973E+_1 4,7_8_E+_1 2B7 8 5.5665E+0_ -2.S976E+d1 _.95_6E+01 9 -8.4344E÷0_ -4.6771E+00 9.6444E+O0 209.6 1_ 4.4228E+00 -1._335E+01 1,6923E÷01 285,1 RUN FIRST I/R TP STEADY HN COS SIN RESULTANT 5CPHASE 62 _2F83_ 2 t,408E+R_ 1 i 513AE+02 -1.458gE÷_2 2.1_23E+_2 316

,1.:I

2 =5:_397E÷P1 9,4477E+@1 1._708E+_2 7.5519E+_1 3 7,439_E+_I -1.2954E+_I 350,1 1.186OE+_I g, 4 1.172aE+_1 1,8525E+_ 332,_ 5 1.665_E+_I 8.8588E+0_ Io8_67E+_I _.8864E+_ 6 -6 _7E+_ 5,72_1E+_ 139, 7 3:449_E+_R 1,59MOE+_ 24,X 3.798_E,¢O 8.9474E+_ 11_,5 9 2973E+_ -2.4753E+_@ 3.3771E+_ 312.g 8 ;_!14,1E+_ 8.3783E+00 I _ 6346E-01 4.7636E+0_ 4.8244E+_ 9q,I RUN FIRST 1/R TP STEanY HN CO@ SIN RESULTANT SCPHASE 62 _o2FB38 3 1.363E+02 1 1,627_E+_2 -1.548gE÷_2 2,2464E+R2 316.4 2 -5,7_95E+_1 g.3321E+B1 t._gStE+e2 121.5 3 8 859_E+_I -2.2712E+_1 9.1457E+_1 345.6 4 t:6AO3F+Ol 3.143AE+@_ 1.7_95E÷H1 5 2.3_b_E+_1 -9,2357E+_ 2.4842E+H) 338.2 9.R2R4E÷O_ 145.

29,_ 3.47_5E÷R_ 7 3iO_E*_ 1.7_86E+_ 8 -3 37_F+_ 6,5t24E+_ 7,3330E+_ 117.4 9 t.q60_E+P_ -4.9563E+_0 5,3301E+_ 291,6 I_ 2,97_6E-@1 4.7253E+0_ 4.7347E+@_ 86,4 RUN FIRST I/R TP 5TEAOY HN CO_ SIN RESULTANT 8CPHASE 62 ¢_2FH38 4 1,323E÷R2 2.395_E+A2 318.

125,_ 2 735FE+_1 9.5414E+@1 I 167qE+U2 1 ._i7814E÷_2 -1.6099E+_2 3 1 3220E+_2 -8.6997E+_0 1:324gE+02 356,2 4 2.2_glF+_I 4.699_E+@_ ?.2586E÷_1 12,0 5 _ 2127E+_1 -1.3625E+_1 P.5985E+_t 328.4 6 -g:g_4E+O_ 8.6695E+0_ t.32e6E+¢l 139._ 7 7.378qE+00 g,gO92E-_I 7.4452E+_ 7,6 8 =1 4_52E+U_ b.3151E÷eO 6.4695E+0_ 102.5 9 6:454gE+_ 1._952E-_1 6.4559E_0_ l.Ol_7E÷e1 TABLE 8.- CONTINUED e) Continued RUN FIRST I/R TP STEADY HN cns SIN RESULTANT SCRHASE 02 002FB9_ 4,734E÷BI 1 1.9q42E+01 -4.7734E+et 5.1732E+@1 292,2 -6.6331E+B_ 1.635tE+@1 1.7645F+01 112.1 2.7386E+_ 34_.2 .Z. fi761E+_ -9.2911_-_!

265,1 6.5_51E:_1 -7 5734E+_ 5.1734E et 2:4733E+_ 2.5268E+00 101.8 fi,P785E+_ 34_.9 -2.185_E4_ 7332E+B_ 2.TBg_E+O_ 218 4 4.9877E+e_ _!!,2,,E+_e 6.0633E+Oa 155_E+_H 9.3785E+0_ q 2.4233E+_ 1.7729E+_ 3.bO26E÷_ 36.2 lot 2.56¢7E,0_ 1.7651E+0_ 3.1IetE*_ 34.6 RUN FIRST I/R TP STEADY HN COS SIN RESULTANT SCPHASE 62 O_2FBgO 3 fi.t31E+_t 1 2.b221E+_l -5.1798E+_1 5.56_5E+_1 291.3 2 -8.5e3_E+O_ 1.717PE+01 1.9166E+_1 116.3 3 3.91_4E+_ -8._StIE-Ht 3.9qTtE+_ 348._ 4 -3.5_67E-P1 -I._144E+@1 l._15_E+_l 268._ 5 4.qs_|E-_t 3.tltgE_ 3.1511E+_ 81._ 345.t 7 -2._24_E+_H -2.o331E+_ 2,8688E÷0_ 225,1 5.963_E+_ -6._543E÷_ 8.4981E+_ 314.6 3.4986E+0_ 3.175_E+_ 4.7245E+0_ 42.2 !H 2.8857£+_ 2,1745E÷_ 3,6133E+_ 37._ RUN FIRST I/R TP _TEAUV HN COS SIN RESULTANT 5CPHASE 62 _B2FBgB 6,576E+_I 1 2 _B44E+01 -6.0791E_Bt 6.4265E+_1 28B.9 ? -g:552_E÷_ 1.9543E+_1 2.1752E+_1 116._ 3 3.82_6E+¢_ -1.3824E+0_ 4._649E+_H 34_.1 4 -6.898_E÷_ -7.B_S2E+_ 1.0416E+_1 228 5 5 -7.2666E+_ 9.88_4E-81 7,3533E+_@ 1,2: 6 2.94_3E+0_ -8.15gflE-O_ 2.9414E+_ 358.4 7 -6.gI7RE÷O_ 1 3_32E+0_ 7._393E+_¢ 169.3 8 4.0q4RE+_H -4:3217E+_ 5.g536E+R_ 313.5 9 8.3575E-_1 B,fiSaSE-_! 1.1981E+_ 45.8 1_ 2.@111E÷R@ 3.7266E+0_ 4.2346E+_ 61.6 RUN FIRST I/R TP STEADY HN COS SIN RESULTANT SCPHASE LEADLAG 1.144E+_2 1 5.B91_E-_2 t 2193E-01 61.1 2 -4.2768E-_3 4 "_67fiE-_1 .92_1F-02 4:9387E-_2 95,H 3 2,Sq76E-02 5._787E-H2 5.B47JE-@2 6_.3 4 -4.597_E-_2 -b.0656E-_2 6.S4_SE-e_ 227.8 5 8.7331E-_3 -1.56_8E-_2 1,7885E-_2 299.2 6 2.137_E-_3 -5.2729E-_2 5._773E-02 272.3 7 -4,453rE-P3 1.5364E-_2 1.5997E-_2 1_6,2 8 -6,9277E-¢3 -1.5426E-H2 1,6910E-_2 245,8 9 -1.8514E-_2 -1.3318E-02 2.28a7E-_2 215.7 1o 9._@3_E-03 -1.6073E-02 1.8423E-_2 299.3 RUN FIRST IIR TP STEADY HN C05 SIN REBULTANT SCPH&SE 62 LEADLAG 1,161E+_2 1 1 2614E-_1 6.8739E-02 1.4541E-61 28 2 2 8:7785E-@3 3.343OE-_2 3.a572E-ff2 4.6h41E=_2 42,8 3 3.42_E-07 3.1713E:_2 4 -2.5821E-_2 7.2352E _3 2,6815E-@2 164 3 5 3.352RE-_2 4.9986E-_3 3.3890E-_ 6 -3.9289E-_2 1.4152E=o2 4,176_E-_2 160,2 7 -2 6143E-_2 -5.39RBE-_3 2.6694E-_2 191.7 2.6577E-@2 261.8 -3:7870E-_3 -2.63_1E_02 9 1 7233E-@2 9.324@E _3 1.9593E-_2 28,4 1_ 1:287rE-R2 -1.59_9E-_2 2,_464E-O2 3_9,@ ORIGINAL ............

OF POOR QU:;_LITY

TABLE 8.- CONTINUED e) Continued RUN FIRST I/R TP STEA_Y HN COS SIN RESULTANT SCPHASE 62 LEADLAG 4 1,149E+_2 2554E-_! -2.2512E-_3 2,2555E-_1 559.4 -_:7818E-_2 1.945_E-_2 4.253_E-_2 152.8 3.5853E-S_ 3 0 4572E-_4 3.584_E-_2 88.5 4 3:6_5_E-_2 -3._834E-_2 4.759_E-_2 319.6 747eE.b2 237.7 2._677E:V2 1.3279E _2 22_.3 7.4496E-_3 7 7 36agE-_3 1 1283E-e3 351.4 8 -9:9472F-e3 _1:284_E-_2 _.6247E-_2 232.2

I 79qE-.2 _,9596E-B2

32.3 8.2t35E-_3 24.6 RUN FIRST I/R TP STEADY HN C_S SIN RESULTANT 62 FLAPANG a.2BRtE-_t 2 6,616E-_1 t -7.8131E-81 2.4891E-81 162.3 2.9H39E-_t 288.1 -1.9515E-_1 3.4193E-82 1.9812E-Ol 170.1 a =4.756_E-_3 2.8_83E-_2 2.84B3E-_P 99.6 5 -4.232_E-_2 1.7_19E-_2 4.5_14E-_2 158.t 4.248QE-_2 324,7 6 3.467_E-_2 -2,4564E:02 7 2,661_E-_2 1.3426E @2 2,9813E'_2 25._ !.6236E-_2 R -_=q_31E-P3 !,4691E-_2 !15.2 3.083_E-_3 262,2 -4.tQgaE-@4 -_:_543E-_3 1_ -2.57|rE-P3 5961E-_3 4,42_7E-03 125.6 RIJN FIRST I/R TP STEADY NN COS SIN NESULTANT SCPHASE 62 FLAPANG t -3.47¢9E-81 -I.SR87E-Bt 3.771RE-el 2_4,9 2 7 q361_-_2 -2.6333E-_1 2.75_3E-01 286,8 3 .2:361AE-81 4.5235E-_ 2.a_a6E-01 1_9,2 4 -I.7485F-_P 4.2575r-_2 4.6_25E-_2 112.3 5 -4.867PE-_2 2,22_7E-@2 fi.3534E-o2 155,4 7.M_53E-e2 33_.9 6 6.121qE-_2 -3,4_53E-02 7 2.6925E-_2 t.!H_E-_2 _.9398E-_2 23,7 -J,tR92E-_2 1.7923E-_2 2,151eE-_2 9 -_.3301E-_3 -I.725_E-03 6,56!1E-03 195.2 2.q457£-03 273.9 |_ 2.H_3RF-R4 -2,9389E-_3 RUN FIRST t/R TP STEADY H_ COS SIN RESULTANT SCPHASE 62 FLAPANG 1.3165E+0_ 4 -q,_62E-_l I -t 2oBaE÷_ .2,1713F-_1 2 6:243_E-_2 2._442E-_1 3.P_96E-¢l 3.3137E-el 3 -3.3128E-Ht 7.491_E-_3 5.9775E-_2 4 -4.6_27E-_2 3.814PE-P2 14_.4 7.397eE-_2 5 -5 572qE-_ 4,_64_E-_P 138.9 b.8OR3E-P_ 311.

6 3i877pE-_2 -4.324OF-_2 26oX 3.4925E-B_ 7 3 1185E-_ 1.5725E-_2 8 .2.3526E-_3 1.261_E-_2 1,2828E-_2 9 .1,9O22E-_3 9.3798E-P3 9,5Rq_E-03 7.41R9E-_3 124.9 1_ -4._39OE-03 b._lB2E-_3 SCPHASE RUN FIRST 1/R rP STEADY HN COS SIN RESULTANT 62 PTCHLINK I 7.9985E÷_ 3.2_37F+_1 3.3_21E÷¢1 76._ 2 1,913E+_1 2 6.2620E+SO -3.2436E+_I 3.3_35E+01 28_.9 3 3.o37HE-B2 3.8166E_Bi 3.8166E+_1 89.9 4 -1.5293E+_1 7._772E+_0 1.6851E+_1 155.2 5 =t.2aB4E+H_ 4.196_E-_1 1.3171E+8_ 16_.4 0 -3,37_5E-_1 1.7362E+_1 _.736_E+01 _1.I 7 -7,4874E_ J,Bq73E+_I 1.3284E+_1 124.5 1.63185+01 112.4 8 o6,2|57E÷@_ 1.5_88F+01 9 8._91E+_ 3.633_E+0_ _.8131E÷_ 335,6 g.53@SE+e_ 154.8 1_ =8,6247E+_e 4.8552E+00 TABLE 8.- CONTINUED e) Continued RUN FIRST I/R TP STEADY Ht4 COS SIN RESULTANT SCPHASE 62 PTCHLINK 3 o2,912E+2t ! ;.6882E+_t .5173E+_1 41.9 2 -5.33RSE+_g o_.6lS!_E+e_ _:2698E+_1 5ggTE+gO 231.1 1.7175E+01 81.8 4 898_E+_ -3.9524E+0_ 4.qRtOE+_R 233.8 3 ii4475E+00 1.69ggE,Ot 5 : 2874E-Ot -4.9_10E+00 4.9063E+00 267.3 6 1.5337E+¢0 7.5125E+@0 7.688tE+_ 77.7 7 -4.2137E+_0 !.SBt2E+OH 4.4343E+BH 151,9 8 3.3025E-gI 3.t652E+_e 3 tS24E+e_ 84,_ 9 -2.7976E+00 !.283_E+Oe 3:e778E+O_ 155.4 i_ -2.8618E+O_ 5.4165E+_0 6.1261E+g_ 117.8 RUN FIRST |/R TP STEAOY HN CGS SIN RESULTANT SCPH_SE 62 PTCHLINK 4 -2,0tIE+Rt B7.2 2.35_7E÷0_ 4.8157E,01 4.0214E+O!

2.2576E+_g -2.4599E+_1 2_47R2E+81 275.2 68.3 _854E+el 2.9_g6E+_! 3.1867[+0| -1.9863E+_ 1.1034E+et 190.4 5 _ 3t28E+O_ -4.8469E+00 6.4878E+00 258.3 6 8 5553E+00 8.7929E+_ 1o226BE+@1 45.8 7 -1:¢397E+01 6.6666E+_R 1.2350E+_1 8 -5.9765E+OP-2.7570E+0_ 6.5818E+_ 9 I _I63E+O! 5.5287E+_0 t.156gE+01 2_.5 !0 -t:_92_E+gl t.t222E+O! t.5659E+O!

134.2 RUN FIRST t/R TP STEADY HN COS :SIt_ RESULTANT $CPHaSE 004CB18 2 "2.337E+03 0064E+_2 1.4558E+O2 223,7 2 4.4276E+0!

1938E+Bt 7.6136E+01 3e5.5 3 -4.7737E+P8 2 2229E+_1 2,2736E+_1 1e2,1 7045E+02 4 1.5156E+02 3 4.0026E+_2 67.7 5 -7.4_6qE+Rt 9elSE+01 7.6469E+01 165.6 6 2.6904E+0!

15_7E+01 3.4444E+OI 38,6 6874E+_2 9.7257E+0_ 95.1 385_E+_1 4._274E+_1 5g2.8 6.7233E _l 7 2894E+@_ 7.32_3E+O_ 84,7 t_ -t.8248E+_e 5 _!U2E+00 6,@90eE+g_ 107.4 RUN FIRST |/R TP STEADY SIN HN COS RESULTANT $CPHASE 62 0_4CB18 3 o2,334E÷g3 t -1,3798E+02 -9.3974E+01 1.6694E+02 214,3 2 4.053_E+Ot -7._112E+_1 8._984E+_1 3_._ 3 -1.8047E+Ot 3.58_4E÷_1 t2n.3 2665E+02 4 1.2623E+02 4.4494E+02 73.5 5 -7.SR71E+e! 7.72RgE+_I 169.3 _476E+01 6 2.516_E+¢1 2.7254E+_t 22.b !i 4315E+01 9743E+0_ 7 =1,63_4E+_ loOt_7E+Ol 99.3 -1.953tE+01 8 3,Og_OE+01 3.6563E+01 327,7 1 1_12E+_I 9 7.5928E+P_ 1.3376E+_I 55.4 5:7233E+e_ I_ I.gq71E+O_ 6.0617E÷0_ 7_.B RUN FTkST t/R TP STEADY SIN HN COS RESULTANT $CPHA_E 62 BO4CB|8 4 -2=266E+03 1854E+_2 l -1.6742E+02 -1 2.0512E+_2 215.3 4k55E+_l 7.7931E_ 3_4.7 -1.5819E+_I -3 460!E+@_ 1.6193E+01 192.3 4.4387E+_l -b!

6324E+02 4 -1.5272E+el 4 4.k349E+_2 q1,9 t533E+_B 5 -6.3_76E+_1 6. 6.3375E+01 174.4 6 t.7_IE+@! 1 1.9802E+_1 3_.8 152E+_I _3E+_ t.1469E+_l |06.4 7 -3.2387E+0_ 1 i 8 3.8365E+_1 -5 3Hq8E-_I 3,R36gE+_t 359.2 B715E+_ 9 -7.2004E+00 2 7 7518E+0_ 158.3 7648E-01 10 -7,955_E+_0 8: 8:_032E+_e 173.7 8O t'_L3:_ r ,.- . , , • 1o-- --

DE POOR QL_ALIT'_"

TABLE 8.- CONTINUED e) Continued RUN FIRST ttR TP STEADY HN CnS SIN RESULTANT SCPHASE 62 0_4CB53 9.03eBE+_t 2 -60881E+_2 I -6.9_74E+01 -5.8175E+01 220,i 3,8297E+_1 3_7.8 2,347qE+_1 -3._255E+el -9.4389E-_1 1.2667E+0t 2702E+_1 94.5

g:l 79e. 2

65._ 4 2.1788E+_2 4,6751F+02 5 =1.4344E+_2 2.b652E+_t 1,459_E+_2 169.5 5 4.2eZSE+Ot to_57_E+Bl 4,3383E+01 14.1 1,8567E+_1 7 -1,853_E+_1 -1.1689E+00 183.6 7,309_E+_1 8 -4,RG79E+_I b,_529E+@I 124.1 i.153_E+el 9 -2.553_E-_t -t,i527E+RI 268.7 1_ -I,13HaE+_O -4o1472E+_ 4,2985E+_ 254.8 RUN FIRST I/R TP STEADY HN COS SIN RESULTANT $CPHASE 62 0_4CB53 3 -6,855E÷_2 t -8,386_E+_1 -5.23RSE+_| 9 8878E+B! 212._ 3:8391E+et 2 2,2414E+@1 -3.I_SqE+H! 5_5.7 1,717BE+_1 89.1 3 2,5515E-_t 1.7168E+01 4 1,95_3E+_2 5.4511E+_2 5.7028E+_2 70.2 5 -1.4166E+_2 1.8097E+01 1.4282E+02 172.7 4.2378E+_1 316,1 3,_555E+01 o2,936=E+_1 1,255_E+_1 -5.8269E+_0 204.9 1,3837E+_1 147.6 8 -5,4715E+_t 3.4715E+_! 6,4799E+_1 _I_Q RUN FIRST I/R TP STEADY 5CPMASE HN COS SIN RESULTANT 62 _4C_53 4 -6,643E+B2 1 -1,0_@5E+02 -6,9610E÷_1 1 2189E+22 2_4,8 2:728tE+¢1 1.7 2 1,4353E+_1 -2.32_eE+_1 3 1.358BE+_1 -2,32_4E+_ 1,3785E+_1 35_,3 6 t896E+02 85.3 4 .5,_09E+_t 6,1687E+02 185.3 5 7,8653E+flt 7,2539E+0_ 2276E+Pi 6 5,520RE+_1 2,8381E+_1 332.8 7 -3.76_0E+_1 -4.3RISE+_ 186.5 • 7868E+0! 178.7 8 -7.7847E+01 .!,8016E+Og 9 7.1IaIE+_ 6.6627E+_ 9.7469E+_ 316.9 10 5.3184E+00 3.J957E+_ 6,2_47E÷0_ 31._ RUN FIRST t/R TP STEADY HN COS SIN WFSULTANT SCPHASE 62 BO4FBI3 2 1,569E+e2 1.4813E+_2 I 1.3_14E+_2 -7._764E+_1 33|,5 2.9677E+_1 78.1 2 6,1393E+_ 2,9_35E+01 3 9.8718E+eH -1.9417E+_1 2.1783E+01 243.1 4 3,9_27E+el -1.5313E+_i 4.1924E+R!

338.6 5 6.6525E+0! -2,5924E+_0 6._575E+_1 357.8 6 -2.9283E+_1 -2,_817E+Pt _,9707E+81 222.5 7 7,0298E+_0 -1,9434E÷_1 2.0667E+01 289.9 I 8435E+_1 529.2 8 1.5829E+_1 :9.4483E+B2 5:6416E+@!

9 1.6524E+_1 5.3942E+_I P87._ 1_ 1,9744E÷_1 -1.15_5E+_1 2.285iE+_t 329.R RUN FIRST I/R TP STEAOY HN COS SIN RESULT&NT 8CPHASE 62 OB4FBt3 1,6154E+_2 331.1 3 1,496E÷_2 1 1.413RE+_2 -7.8140E+_1 9509E+_1 89.5 -2 1._432E-_1 .1.9508E+_1 3 1.309PE+_1 3.2424E÷01 292,_ 5.1911E+_I 4 5.1441E+_1 -6.9684E+0_ 352,3 7._612E+@1 5 7._596E+_! -1.50_E+_ 358.8 8409E+_1 -2.3146E+_1 -i.6472E+_1 215.4 9.7_75E+_0 -1.71_2E÷01 299.6 _i9675E+'1 2 4859E+Rt 354.2 8 2.2388E+_! -1._8_5E+_1 5.9287E*_1 287.1 9 1.7414E+_1 -5.6672E+B!

2.5907E+_1 329.3 10 2.226qE+_1 -1.3237E÷@1 TABLE 8.- CONTINUED e) Continued RUN FIRST ltR TP SIEADY HN C08 SIN RESULTANT SCPHASE 62 0_4F813 4 1.335E¢_2 1 1 288_E+@2 -6.5838E+01 t 4465E+_ 332,9 2:9182E+01 2 -1 184qE+_ 2.915_E÷Ft 92,3 39_8E+_! -2.81_5E+_1 4.4138E+_1 32_,3 4 2|._ 719gE+_! 2.5856E+01 l 2_01E+91 5 6:1754E+01 24,4 6_33E+_1 2.5524E÷01 5493E+_1 2.|3tRE+_t 2.6353E+@1 126._ 6931E+@0 7.7983E-_1 7,7325E+_0 5._ 5085E+Bt 7.13_4E+0_ 3.SRO2E+_t 9 342_+01 -1.53_aE÷_1 3,676_E+_1 3.5718E÷_ 15.4 443RE+_1 9.4755E÷@_ RUN SCPH_SE FIRST fIR TP 3TEAOY H_ COS SIN RESULTANT 62 0_4FB18 2 -g.4HgE+_| 319,6 ! 1.4_3E+_2 -1._068E+02 I.Sb37E+H2 2 -t.9083E+0_ 5.b355E+@1 fi 6387E+_! gl*g 3 -2,_99gE+_1 -2.g169E+_l 3:5942E+_1 234.2 4 3,3216E+_1 -2,5745E+_1 4,2_25E+Rt 322,2 355.1 5 5.748OE+01 -4.92ASF+_¢ 5.7bOrE+Or 220.2 6 -3,2225E÷P! -2.7211E+_i 4.2177E+_]1 7 7._1|7E-_1 -2.16_3E+_1 ?,t6t4E+Ot 271.9 311.9 8 7,5545E+OR o_,4058E+0_ 1,13_2E÷¢1 q |,|4qlE+_t -4,238_}E÷R1 4,391HE+R| 285.2 1_ _.3_35E+_1 -1.1_69F÷01 t,71_)E+01 31g,7 SCPHASE FIRST I/R TP STEADY HN COS SIN RESULTANT _04F018 32Q.3 3 -t,_StE+_2 9.58_3E+_ 5 1_78E+01 5.2756E+_1 10d,5 I 1.5365E_2 -1i2755F+_2 1.9969E+R2 3 -4,9448E-_| -4 _333E+01 4,_336E+_1 269.3 4 a.3322E÷01 -1 8469E÷01 4.7095E+_1 336.9 5 6.099RE+_1 -6:0313E+0_ 6.12q5E+_l 354,4 213.4 273,7 l i.ala_E+_ -2 1610E+B1 2.1657E+01 -2.7qt E+@l -1!837OE÷_1 3,3425E+@1 8 1._462E+_1 -I |533E+_1 1.5571E+01 312,2 283,q g 1.1626E+01 -4.7001E÷01 4.Sa17E+01 314,7 t_ 1.3561E_01 °1.3687E+0I 1.9268E÷_1 RUN TP RESULTANT _CPH_SE FIRST I/R STEADY HN COS SIN 62 _04F018 321.1 4 -1o279E+02 I 1.47_4E+02 -1.191tE+_2 1.898_E÷_2 1St.4 2 -1.1530E+et 5.7445E+¢1 5.8593E+_1 302.8 3 2.7218E+_1 -4._269E+_1 5,0274E+01 9.9 a 7.0161E+_1 1.2t83E+_1 7.i211E÷_!

-5 5.8_36E+01 I 5_8_E+01 5,qq63E+01 6 -1 1223E+_1 9:5148E÷_0 1.4713E+01 139.7 7 7:4797E+_ -_.9151E+00 1.1637E+01 31_._ 3.1 8 2 785_E+0| 1.5265E+00 2,7900E÷01 9 2:945_Ee01 -8.8916E+0_ 3,0765E+Ul 343.2 t3.g |R 2,59_2E+01 6.4219E+_0 2.6686E+_t RUN FIRST I/R 8CPHASE TP STEADY HN COS SIN RESUL-TA-NT 62 _¢4F853 314.6 8,2}5E+01 1 7.3609E+_1 -7.46ggE+_l 1,_487E+¢2 115,1 2 -7.3122E+_ 1.5577F+_1 1,72_8E+_1 2a8 8 177:2 4 -1. 5aBqE+_l 7.559RE-01 1,55_7E+_1 172.0 5 -I.lR9gE÷01 1.5550E+0_ 1.2_IE+_l 46.2 6 8.613_E+OH B.g753E+O_ 1,244_E+_1 1_3.6 8 -3,3591E÷_ : 6 4711E+0(I 121.3 '. .., 9 6.5961E+00 2.4895E+01 2 5754E+_1 1_4,8 136._ 1_ -6o5151E+00 6,2838E+_ 9,_517E÷_ ORiGP_;.L _ .........

TABLE 8.- CONTINUED

OF, POOR QU::_LITY

e) Continued

RUNFIRST |4_

TP STEADY HN COS SIN RESULTANT $CPH_SE 62 _04F853 3 7.621E÷_1 | 7.9317E+_I -8._756E+_!

1.1319E+e2 314.5 ._658E+Pt 1.4634E+_1 1.81_4E+_1 126.1 1.4328E+01 287.2 _.2311E+,_ -1.3689E:@1 1.7515E+81 178.4 4 1.75eRE+_t 4.9161E 01 5 1.282_E+_1 3.4132E+0_ 1.3274E÷_1 165.1 6 6.7753E+_0 7.5085E÷OA t._113E+Ot 47.9 t.0684E+_1 1_3.7 7 _:53_RE÷0_ 1.0380E+_1 8 : 187_E+_9 8.6866E÷0_ Q,6431E÷OR 115.7 9 -7._416E+00 2.9155E+01 2.9993E+Bt 103.6 1_ -6.3184E+0_ 7.7415E+0_ q,Pg26E÷_H 129.2 RUN FIRST 1/R TP STEADY HN COS SIN RESULTANT SCPHASE 62 0_4F853 4 6.788E+_1 1 8 5_2qE+_l -8.8824E+01 1.2310E+02 315.

2 -t_1575E÷01 139._ 1._84E+01 1.5299E+_1 3 2.3334E+_I -3._957E+_1 3.8766E+_1 307._ 56_1E+_1 -9.92bSE+B@ 1.8491E+¢1 212,5 -4._17E+Z_ q.8784E+_ 203.9 6 7 676_E+0_ -2.2995E+0_ 343.3 7 3:5_8_E-_1 4._614E+08 4,_765E+OH 85.1 8 -t.251_E+_t 1,7187E+0_ 1.2628E+_1 172.9 o -2 1151E+_t 7.9615E+BB 2.26_E+_1 159,4 t@ -t:6o4_E+_1 8,1803E-81 1,6_61E+_1 177.1 RUN FIRST IIR TP STEADY HN C08 SIN RESULT&NT SCPHASE 62 0_4F89_ 2 _,O_E÷OB 115 " 2 _._R_E÷_ B_E+O_ 287.7 _.RBORE+OB 93.8 3.6 6 e,_OO_E+B_ 0.0BO_E+_B 4_.4 11.4 311.2 9 _._RE+_ 0.0@_OE+_O O.BRO_E+_ 12.7 341.3 RUN FIRST fIR IP STEADY HN COS SIN RESULTANT SCPHASE b2 _R4F890 3 O,@_eE+R@ 114.6 167.6 351.4 91.1 28.4 326.6 7 R,_BO_E+00 0.00_E_00 O,OO_PE+_ 335.9 8 O_BRE+_i_ _.O00_E+OR _B_RE+_O 355.5 274.3 42.4 RUN FIRST t/R TP STEADY HN C03 SIN RESULTANT SCPH_SE 62 0_4F893 ll4._ 0,0000E÷0_ 0.O0_OE+0_ 286.6 _,0_00E+¢O 217.2 0,0_00E+00 t25.2 5 _,_@_E÷R0 O.AOO_E÷00 93,4 6 B._E+0_ B._00_E+0_ 142, 7 _ O_P_E+B_ 346._ _,_00_E+_0 O.O0_RE+O_ 0,000PE+R_ 45.7 _._00HE+00 3_1,3 tO Bo_OAE+O_ 0.0ROOE÷00 _.000_E+00 269.3 ?ABLE 8.- CONCLUDED e) Concluded SIN SCPHASE TP STEADY HN COS RESULTANT RUN FIRST I/R 3Bg.3 1 3 7303E+01 -4.5625E+Pt 5.8933E÷01 b2 _4TB13 2 -5.295E+R!

2 -9:2BO2E+O_ 5,B292E*_ 1,0485E+_1 15t.3 187.4 3 -8.7489E+P_ -1.1413E+0_ 8,8231E+@_ 354.4 4 I tO37E+k_l -1.!797E+_ !,1995E+B1 318 4 5 8i_6_E+_l:t _7.152gE+_0 t,07R2E+_!

b -6 8165E+00 5,3175E+BO 8,b452E+O@ 262._ 7 -6,4331E-B1 -4,5753E+_0 4,6_3E+_0 8 1,9897E+_ -3,119_F+_ _,6996E÷OR 302.5 9 I 435qE+_P -4.53_3E+_ 4,7525E+o_ 287.6 1_ 7:727_E-01 -2,4118E+0_ 2,5325E+0_ 287,8 RUN FIHST IIR TP STEADY SIN HN cns RESULTANT SCPMASE 62 _4TB13 3 -6,329E+B! 1 3.6R_OE+OI -4.216gE÷01 5,S974E+V_l 311 161:_ 2 -1,_533E+0! 3.5237E+_ 1,11¢_7E+01 3 -5,7735E+PO -8,8538E-_| 5,R4Iv_E+OQ 188o7 4 1,3183E+0! 7.7995E-01 1,32{_6E+_} 1 3,4 5 B. g725E+P(:] -8. 7283E+0_ 1,2518E+(41 315,8 6 -4,7;_34F+0_ -4,8812E+E4_ 6,7785E+_0 226.1 7 -g,2394E-01 -4,2g6RE÷_ (A 4,,3g5,P,E+_AH 2_7,9 8 I .65_3E+Ok_ -3,2546E+R_ 3,6491E+@O 296,9 9 I 8_19E+.v-4.7977E+O_ 5,1.249E+@0 290,6 1_ 1 : 137BE+tara -2,3161E+H_ 2,5_5E+O0 296,2 RUN FIRST I/R TP STEAOY SIN HN CoS RFSULTANT SCPHASE 62 _4TBI3 4 -8,R_6E*_t -3.7543E+_1 5,1R75E+_1 1 3,5693E+01 313,5 5.8865E_0 9.734_E+_ 2 -7,7524E+00 142,8 7.8q63E-_t 3 3.2726E+@_ 3,3665E+_ 13.6 7.98f13E+_ 4 2.1563E+Bt P,2992E+B1 2a,3 5 1.3_IPE+_1 1,3853E+O1 339.9 -4,7542E_ 4.5622E _1 6 -q,687_E-_ 4,6639E-_1 IR2._ -1._58nE+_ 7 g,568_E-_1 1 915OE+_ 300.R _:3181E+0_ -1.5523E+0_ 6,1245E+0_ 345°8 3,SRB7E+_e 335.5 -1.4577E+0_ 9 3.1016E+@_ oI,b754E+00 I_ 1,4H0gE+_ 2,1839E+_ 309,9 TABLE 9.- FREE-TIP DATA FROM ADVANCE-RATIO SWEEP, RUN 38 a) Block A data StJMMARY LI_TING RUN 38 _lOZ 37 HT 32 tnw SPEED CALCULATED DaTA RUN TP MU' ALPHAS RPM| VTIP N1(9_) | 3,_529E-01-4,57gqE+_ 7.q40_E+_2 6.9985E+02 B,2167E-_1 4.3731E-_t 2 3,5712E-_I -6._lg3E+_ 7.92_F+_ 6.98_SE+B2 _.5166E-<',I 4.;_344E-_;.| 3 3.9192E-_1 -5 9975E+00 7 R_E÷B2 6.9456E+_2 3.Tw47F-(:_| 4 3,0565E-_1 -4:6454E+_ 7:o4_E+_ 6.9985E+_2 R._74E-_l 4,3_4HE-._I 2,54_ -2 6.gg_5E+_2 7.hgl_E-L't _.bV39E-_l 5 2 6,98_8E+@2 7,56ggE-_1 4.g_g3E-_tt _.qgBSE+_ 7.2585E-_1 5,3365E-_I 7 1,526BE_1 -I,2R67E+_H 7 q40_E+_2 6,gB_RE+02 6.g14gF-_1 5,_I_E-_I 9 _,0_E+0_ -5,_161E-_1 _.O_¢_E+_ _._E+_ RUN TP VTtJ_ _T_IN PHDTUN CTb CTR Chk_ I 2._993E+_2 5.1772E+_1 S__36F._3 S_4S3HF._.+_ 2;4494E+_ 6;97RSE+_t

_:_4_-_ _:_7_3E-_4

2,_745E+_2 _.2565E+_1 ?,3_85E-_3 5._96E-_3 P.g731E-_4 5.7832E:U3 R.1756E+_t _,3434E-R3 2,tOrTE+P2 5.4761E-_._3 2.t73_E-_4 5,5461E:_3 3.612QE+Q1 1.7468E+_ 2.3674E-03 5.5_1_F-_3 1.4532E-_4 5.7580E_3 6 1,4_O3F+_2 p,3_4_F-_3 5.6_77E _3 5.a33PF-_3 1,32_SE+b1 1._493E+_ _o398aE-_3

_._9_E-_ 71_6E-_3 8.71b_E-_5

6.8968E+_I 5.7pTQE+;_ _,4_84F-_3 5._t63F-_3 ,7797E-._3 ?.749g_-_5 _,O_E+_(_ 2.4136E-_3 _._E+_ RUN TP CHR CYB CYR CPB CPR CT'h -1._PIE-_4 -t.@7t_E-_4 3.2264E-e4 5.522oE-e3 2 -7.g362E-_5 -7.o653F-_5 4.1359F-t:}d 5._77PF-_3 3 4.7585E-_4 4 5412E-_4 4,5_4bE-':14 5.7_2hF-_:4 -6.1657E-_5 -5;7157E_5 5.5_55E-_3 .1959E-_4 -5 -1,25_gE-_4 1,t47qE _4 ,9752F-_4 8349E-(_4 _.H725E-;;;_ 5.757_E-{',_ 1.26QIE-Q4 -7.5336E-B5 -_.9949F-¢5 5_32E-a4 2,RI88E-C_4 5.6,_74E-_3 3!2436E-_)4 t,OT_SE-Q4 -t,247IE-_4 -1._t75F-_4 2 7262E-_4 3,351_E-_5 -6.848]E-_5 -7.147_E-_5 3,3t_aE-_4 5,_16_E-_3 g _,_E+@_ RUN TP CT'P CXR £XR COEH L t q02'_ 38 1 g 444gF-_q ?

5,687_E-@3" j,IQ57E-Q4 i:7_84F-Q4 8:P685E-%4 6.992_E-_2 I,_3_E-_.} 5.9131E-_?

5.8275E-_3 _._RS_Eo_4 1.3377F-_}4 8 5_12E-_ 5.484_E-_3 _. 3256_-_4 !._496F-_4 8:2868E-_4 9.ag2oE-_4 g.323hE-_2 5 5937E-_3 1 5287E.v,4 g.2_41E-_5 9 63_1E-_4 1.4_I3F-Q1 5:4343E-_3 t:_OlgE-_ _.6362E->5 1:|46@E-_3 _. _1E-_I 5 7116E-_3 4,3_58E-_5 _.!21+_F._5 I 743_E-_3 1.77_1F-,_3 3.91hSE-v_1 5:7798E-_3 3.4qblE-;_h -?.7_93F-_6 3:P_d7E-_3 3.3PP7F-,_3 RUN TP L/OC,2R X/QO2F_ x/On2R P/OVD2_ P/OVD2R OE/,_D2_ 38 1 9 2e32E-_2 t.78_gE-e2 I. 3_92E-,_2 2 7:PO51E-_+2 3" g _-t5_E-(]3 1 'A 4_'r - P, "_ t.411OE-_2 1.4264E-¢2 5.959_F-_2 J.I849E-92 3. t=;54E-vJ3 1 367°F-_;_3 _.1902F-_'2 _, aC3 1 F-_,J 3 9175E-(_3 211116F-_3 9.22_4F-_2 3,qI !AIE-_3 _ I )._PgE -:,_3 1.7843E-_2 t , 3_33E-'.'_ 1.3bt4E-_t P 75!_E-,142 .3 7193E-_33 _3 24V:_F-_,3 2.7159E-_!2 2,3_ _qE-',;2 2,m_t7E-el 4,_77_E-_2 4.27,47F-(_2..

3 852_E-_1 I 2135E-_I 2.91 75E-_3 43{_+fiF -[_3 I .17_TE-,A1 1.2o49E:_1 R 8:978OE-et 5:1574E-_1 5.1143E _I 5•43RgE-_4 -4•_87E-V}4 5, l_8_F-_l

TABLE 9.- CONTINUED

a) Continued TP DEIt_D2R Yt_2R Y/GI)2R CPM_ C P',d4 C V _ ;-3 1 1.5916E-_2 -1,823hF-_3 -1 8;A61F-_;3 2,1883K-e5 P..367gE-_,_f, 2 1,216_E-_2 -9,774_E-_4

4,1_e4E-e5 "2"

4,1849E-F_b 3 1,0594E-_2 -bo3H4_E-_4 • _447E-_4 3.8_33E-_5 3,8470f- -_!)5 -I g3PPE-_3 2,35_2E-_5 -2.4152E-05 5 527_E-_2 -3,_443E-_3 -2,7812E-_6 I, ba47E-..16 -I, 79_.4E-_5 -7.4262£-_6 -5. v_6:_3E-_(6 7 I 1992E-,ii -8.4!14E-_3 -8 2113E-_._3 6.49_6E-_6 -I t]H_E-_P -4.5o9g_-_ -3.e28_i-vn 2,5_39E-,_5 _._E+_ RUN TP CRMR POTORHP_ T_ _MF_ 3B I -2.2124E-_5 1,_5}5E+_2 !.4140E+_3 4.7173F+,-,_ 5. 350_E+ _I 2 -9,_833E-95 1.4329F+_;3 8.7v175F+v_1 3 -1,2484E-_6 1,4213E+B2 1,434_F+?_ 1,4333E+_3 7.36F_bE+V, I 4 -2,4725E-_ I 3543F+{_2 1.4167E+(<3 5.P7; I_E+'_!

1 4319E+_1 5 -2._66fiF-_5 l._658E+_3 -6. ,,;4 ia,_F + ,<'_,; 3.749QE+_'_ 6 -3._317E-_ 8,47_bE+_1 R.5955F+_I !.45_IE+_3 -1 ,6164_:+.:1 2.31 _1F+t_ t 0.!34_F+el 1.518_E+03 I , 4_q4¢+(,iI 2,27_5F+_ 1 7 -1,3195E_5 2.58_8E e5 1,_glSE+a2 1._67E+_P 1.5192E+_3 -1, f._(_47._" + '._ _ 7. ! 828E +';'_,,_ -1.3256F+_1 1,3277E+'_c: RUN TP SFB VSOUNi) q_ PIOTaL PSTATIC I -2,7714E+_1 -4,5461E+I91 6.0552E+_P 1.111_£+_3 ?. 126bF+:3 P -2.;_%23F+_1 -1,86.1/E+01 1.1124E+_3 _.hq4_E+_2 2. l 26_E+'.,3 3 -I,52_1E+',_1 -6,f7H2F-_;!

_732_+C2 1.113_E+_3 4 -_.g691F4._1 -5,]g_BF+v_,1 127_F+_!3 .97a_)E+(_? 1,1133E+u3 2.:748E+_J 5 -3,227QE+_! -3,ge61E+81 !574E+_P !.1122£+_3 2.12_ 1E+t'3 _:6226F+"2 6 -1,94U2£+01 4,51 36E +P_,;_ 1.1117F+_3 2. 1286E+_:3 2, 1 v. 4 __..F" + _).t 7 -3,2695E+_]1 -2,6493F+_l F.gg_gE+_2 1.1113E+P3 P. I 15eE+_3 ),!11_E_3 7.978:F+!_p 2, 1293F+.'_3 ;q. _ 93_-E+ >3 1,111dE+_3 2.1297F+,L,3 2.1297v +(_3 RUN TP T,_T/_ TIC PRFSSALT I / S __ C'r/SP _.75 86_3E+_6 _.132_F+P2 6.8 _ 3r,_E- 72 h,7_h5F-gP 2 5.5393E+{_1 1:84""E+_6 9417E+{_2 7.51.9_F+OP 3 5.5q6 IE+_,'_I 1.RI94E+_6 7,17._PE-_2 7 ,2'._79F-_2 4 5. o252E+¢,I 5.46eSF+H2 _24_E+_ ti. _8 1 !,'_E-.; 2 5 _.5212E+_t I 5631F+_ 7. I[ 439F'-_-:_ t.Q_67E-i_2 6 5.4723E+_I |.4059E+_ -_:_31E+_I I._Q24E÷_6 6.g575E-;_2 7 5,439',9E+(,_ ! 5,_e31F+'4_: -?,_F+_P 1.9i_946+_h 7._51E-;- 2 5,4147E+01 -9.65|6E+8_ -4.31_8E+_2 7.17_E-_,_2 9 5.45_5E+_I -_.7563F+_?

RUN TP CHISR CH/GR £Y/SB CY/SR CPIS_ CI_ISP 3_ I 2.5961E-w_3 3,66_JSF-:_3 -1.34P6E-_3 -l,3297E-¢i3 4.,!521E-'_3 2 3,4433E-.%3 .5. 2022E-;_3 -O.eaR5E-t_ -9.8826E-@4 _.JIgSE-_3 5.1 _ 4E-{_3 -?,64qTF-(;(4 -7,MO|4E-_4 4 2.6963E _3 g652E-03 4 :_)244F-_3 4 :'_736E-:33 -1,4387E-_3 -1,4258E-_3 3 3,oe,TE:_3 i! q:, 39F-(;', 3,5173[:-_3 3,563qF-';_3 6 1,1_8aE-_3 J, 5634E-t_3 -q,346gE-_4 -8,6785E-_4 3,2u;49F-_ 3,249_F-_3 7 I._813E-_3 1,3782_-03 3,3_24E-v.3 3.4 t.'. 67 F-_._ 3 8 3,4118E-V.4 a, 1575f--q_. 496_F-_4 -_,8675E-_4 4. | ;';72F-: 3 4. ! 414E-:'I d,, F_ ?'? :Ot_ +V ,., Z • ";, !F_ *'_, E ÷ v,: _ v RUN TP CPP/_ CT'/5_ CT'ISR CXIS8 [XlS,_ rl E/_F 1. 554t, E-_3 2,5 2_E _3 851BE-{i2 6,7757E-_2 2,88a2E-83 1, _22_;.F-e2 3, 1 _}38F-03 2,1196E-_5 7,0437E-I_2 7,_56RE:_ 3,g64gE-_3 3 3,6_46F-_3 7,1744E-02 7,23_1E 0_ 3_SP85E-03 1 6597E-_.3 ].. :,547E-09 ! :55_SF- _3 1.(_P_IF-,,2 " 1 . ] 41gE-_3 ! . lqaC)E-_:2 6 1,9773F-_3 6.g57_E-_2 6,74P3F-_ 1,3547E-_'3 8._335E- _,4 1 , 4243_ -02 7 l,g297E-_3 7,2_47E-vL_ 7,_'_63E-_2 5,367_E-_4 2.162_E-_2

8 2,0158E-_3 7, _164F-_2 7.171_F-@_ 4,3375E-@5 -3"3e_4E-_s 4.!_3E-_2

CIRIU _'i'_

OF """_' r u v c_

TABLE 9.- CONTINUED a) Concluded x/oo2s_ ' X/OD2SB / 4,86_5E-O2 2.61gSE-_2 _8 1 1..171_E-_2 ].1547F+_ 1,1418E+_ 2 1 ,2249E-H2 8,675_F-_ 1 8.6O11E-_1 4.8M31E-02 2.61_4E-_2 ,7518E-_I' ; 3 I _2854F-_2 7L3364E-_:_1 ...7_3933E-_1 3 9149E-@2 1 6071E-_)2 4 : 851 _E-02 2:6_66F-_2 2.2137E_T- 4.6145E-f_2 2,7792E-_2 3,3696E-01 5 1,2887E._2 1.738_E+_0 t.68q_E+_ 3,_630E-_2 5,8_27E-_1 _ 6 I.4gsgE _2 2,5882E+_ ?,5_83E+_ 5,03ggE-02 k 7 2,2_61E-_2 4_8592E+0O A,Z793F+_ 3,6198E _2 I 7748E-_2 !,4Q4gE+_ _ -h:2217E-_3 : .......... K--_4,1224E-_2 '],!2fHE+_l- 1,114_E+_1 6.7381E-_3 6.3453E+_ .....

_,_F+_ __UNTP .... PL_.VI)28.R __ OE/.(_D2SB YIOn2$R Y/QO2Sfi L_ 38 1 2,2367E'BI -2,2625E-C_2 -2 24_gE-_2 1,4144E+_3 1,7236E-_1 .q747E_PI 2 1.7697E-_1 -1.2127E-_ 1,4323E+_3 3 1.484|E-_I -7., 8224E-P..3 2515E-P3 1,4332E+_3 ..... 4 " 2,24_E-_1 1.7286E-_1 l.qS_E-Ol -2.418gE-P..2 -2.3973F-_J2 1,4165F+_,3 5 3,4142E-Pt 2.9_8 IE-_I 3,1363E-_1 -3,7771E._2 -3,4862E-02 1.4_5_E+:3 6 5.88_7E-_1 5.2O87F-_I 5.576aE-_1 -3,4772E-_2 -3,2P_6E-_2 1,45_C._E+_3 -!._!_E-_!

g- 6;3987E+_ t:519_F,_3 -I,3775F-_I 0,000_F+00 0,0_0_E+00 0,@_0_E+00 -1.3268E+_11 DIIkl TD LO An tJr[_ T_ 38 1 1,3987E÷_3 5.g53_E+_l _.P_)glE+Ot 2.1113E+02 2,al_gF+_ 1.3968F+:_3 2 t.435_E+f_3 8,0626F+_1 4.31_2F+_1 2, {;Sb I E+OP.

1.4316E+_3 3 I 4443E+03 7,647gF+_1 3.3|5_E+_1 2o IE}7P,E+O_ 2.5_77E+_ 1.439qE+_'3 ....... 4 1_4008E+_3 5.gX_-6E+_ 1 3,!91qE+_I _, 1 lOSE+H2 2,4248E+_2 1.3gB_E+_3 5 1,4434E+03 3,9435E+_1 _,375JF+_1 2,4853E+O2 _.6803E+_2 1,4427F+_3 6 1,4053E+_3 2,8237E+_1 1,7161E+01 2,9687E+02 3.1242F+_2 1,4_5_E+_3 7 1 4932E+O3 1.13_9E+R1 5.545_E+0_ 4. 557.3E+02 4 6485E+_2 1.4929E+_3 ........ 8 t:5_qTE+_3 g,1317E-el -7,P765E-_l 8.59_1E+_.2 R:678RF+_ 1,5!:97E+_3 g -1,3268E+_1 1,_4g_E+_O 1,249RF+_ -1. 2498E+Pr._ -1.2498E+_ -1.3256E+_1 RUN TP PMR H_, SFR RHR AI-CO_ I 5 }_43E+O!

7 9695E+01 -2,744gE+B1 -4,76glE+OI -4,7|glF+_ 38 2 8:88/_E+0!

1:076_E+0_ -P.eO96E+B1 8:782gE+_2 -I ,9289F+_J -5.9R84E,_ 3 B ¢251E+RI.

I,J7g4E+B2 -I.4)66F+R} 9 5639E+i_ .-7 _53hE+0_ .... 4 5:4572F+_1 -5.3150E+PI 5 3,5722E+e0 -4,'_g75F+_': 5.P9716+_I :_.Q622E+P!

6 -I.I_14E+_1 3,25_6E+dl ,8_8gF+01 -6,598gE-o2 7 1 7122E+_1 -2,g_35E+_l _.i:_421E+_2 -2.3272E+P: 70_7F+_1 -3.1_29E+_)) ............... 8-O:6589E+_ 8_7527E+00 -1.R668F+R] 5.673gE+_J 7,3394E+(_2 -2.28_1E+_ 9 1,3277E+B_ -I .g817E+@B -3,1467F-_1 -1.3659E+0_ 1,218aE+_

THETA.75 i AIC ! _ RUN _TP BI-CORR

BIS

: i TOROHF X/Lb I 38 I -2.3623E+BB -3.946gE+{_ 9848_+_2 9:463gF+_ . 3871E+_ 2 -1,9_2_E+_) 8:7188E+_2 -5.2921F+00 3 -1.5726E+_ 1.0454E+_!

-3 3964E+_ -6,5994E+_ q,4929E+H2 5,3363E-_2 ............. 4 -2;3952E+_H 7 78a_E+_ :_i5_31E+_u 7.747gE+_ -3,8629E+00 4.1937E-_2 5 -2.5889E+_ 5612E+0O 7._45E+_0 -3,2878E+e_ 2,6541E-_2 -3 _]3qF+OR -2,402RE+B_ 5.04H4[+_2 1,gd73F-_P 6:2,4787E+_ 6,2236E+_ -3:8166E+_ -1 , 3867E+OO 5,ggw4F+_2 7,d493F-03 7 .3,3276E+_ 8,6205E+0_ 7q57E +R_ 8 3.3186E+H_ 7.6145E+H_ 7.2R56E+_:_2 6,_107E-_4 -I ,3435F+B_ 9 -1,871_E+00 4.8712E+_ I .8@3_E 01 8.022{:1E-_1 -9.4197F-_2 .... L/DEB. ._ L/OFR ALPHAS ALPHa5( 6,6gg2E+00 -4,5799E+0_ 38 I 2.2944E_02 :4,5799E+_ 2 3,0_36E 02 6.01g3E+_ 3 2,2955E-_2 -5,gg/5E+_ -5,gg75E+_._ 6.8661E÷_0 _i 7822E+OO7610F+O_ O,8_21F+RO _ 6248F+_ 4 2,2786E-_2 6,6019E+00 7777E+_ -4,6454E+0_ _, -4,6454E+_ 5 1,6454E-_2 5,9784E+0_ 5 3855F+_ff -2.966_E+O0 -_,g66_E+';_ 6 1.221PE-_2 4.B845E+_H -2o_)283E+0. >, -2.f_2M3E+:_;, _.2122E+_ 7 3,7135E-_3 3.3313E+0_ -1,2867E+_ -1,2867E+_._;_ "-8-_4;6_74E-_4 I.7586E+B_ l,7395F+eO -3,0533E-if] -3,0533E-_I 1,_616E+_I 9 -9,4197E-_2 1.06!6E+01 -5.o161E-_] -5._161F-_t _TABLE 9.- CONTINUED b) Block B data AZIM MINIMUM ALTEPNAT_NG 'RUN FIRST t/R TP STEADY MAXIMUM 229.2 _.465_E+_2 6.1_E÷_I 1 6,0613E+_2 7,6952E_22 38 TOR(_UE 25_.5 7.6_45E+_2 8.7375E+_I 2 8.b6_OE+_2 9.a12_E÷02 342.3 7.9423E+_:2 1.5176F+_2 3 9.5749E+_2 1.¢977E+_3 232.3 b.4_B_E+_2 5.9_17E+_1 4 6.9862E+92 7,6683E+@2 36.7 5.5874E+H2 5.7_75E+P1 5 6.1393E+_ 6.74_9E+02 5._394E+_1 36.8 5.1_46E+_2 6 5.6315E÷_2 6.1124E+02 3@8.3 5.5_RgE+_2 4.5795F+_I 7 5,9917F_2 6.42aAE_2 6.4420E÷_2 7._41_E+01 8.2 8 7.1299E+_2 7.RS_4E+_P 1.9161F-_] 8.6226E-Ol 0 9.58_6E-_1 1,9161E÷0_ 97,9 AZIM ALTERNATING TP STEAOY MAXIMUM MI_,,I MU _ RUN FIRST I/R 1 33AE+_2 65.2 2.3531E+_2 38 @_3FRt3 1 3.9345E+_ 5 82_7E+B2

l:g 59E÷

2 3.8297E+_2 5:6866E+_2 22,4 1.8947E+_2 _644E+_2 2.7232E*_2 3 3.8_4E_2 6.51_E_2 114.8 b5.5 I._948E+('2 4 3.7663F+_2 5.6744E+_2 1.8173E+_2 5 3.9_8E+_P 6.2694E+_2 32_.9 2.43d_F+_ 2_1.J 1.6374E_2 2.35A6E÷_2 6 4.!271E+_2 b.3547E+_2 329.7 1.7155E+_2 2.5_13E_'2 7 4.243_E+e2 6.71_E+_2 11R.3 2.5135E÷_2 8 4,1186E+_2 5.5766E+_2 ._._497E+'_2 2_6.5 ..347E-_1 9 2.9262E÷B_ 6.8278E+0_ ALTFRNATING AZIM _INIMUM TP STEADY MAXIMII_ RUN FIRST I/R -3.a81_F+_2 2.1_6_E+,_2 t -I,213_E+_P 7.32_E+el 257.6 38 _3F846 25_.a 2.674_E+_2 2 -1.257_E+_2 1.8191E+_2 256.9 -3.9793E+_2 3.158_E÷02 3 -1_296_E+_2 2.338_E÷_2 -3.3995E+_2 ?._464E÷M_ a -1,_189F+_2 6.9327E+_1 25_.9 -3.2462E_2 1.955_E+_2 5 -1.1959E+_P 6.6533E+_1 3_7.5 -3._719F+_2 1,R745E+_2 308.2 b -1.2012E+_2 6.771AE+_1 222.5 -3._82_E+_2 1.7_7_E+_2 7 -1,224_E+_2 4.935_E+_1 265.4 -2.4531E_2 114961E+_2 8 -1.2361E+_2 5.3921E+_1 238.2 5._78PE-V1 1.312_!E+_"2 q 1.8623E+_ 3.132_E÷_0 ALTE_AT!NG AZI _ _INIMUN RUN FIRST }/R TP STEADY _XIMU_ -2._352E+_2 38 RR3FBq_ 1 -7,8772F+_1 1._794E+_1 27A.9 -2._556E_2 1.O_b4E+i_2 278.9 2 -8,SaISE+_l 1.1553E+_2 271.1 -3.5417E+i_2 2.h_2GF+_2 .] -9.6125E+_I 1.8241E÷_2 28o.3 -2.¢!277F+,_2 1._477E+_2 4 -7.6722E+_1 6.7838E+_ -2.633PE+J_ 5 -8,_61hE+_l 9.4417E+_1 286.R -p.33Q4E+v_ 1._56_E÷i'2 -7.5219E+91 1.3_2HF+02 I._+_2 72.4 -2.6!1HE+_2 7 -B.5194E+_I 1.0173E+_2 -3.5587F+_2 8 -9.229_E+_1 2.72_5E+92 65.P 254.1 -2.6234E+_l 1.073x_+P!_ -2.4_63E_1 -2.2A87E+_I Al TE_TIr_G AZT_ TP STFAOY _AX T _!_1_ RUN FIRST I/R 4,6493F+_"2 1491E+_3 38 _3C818 1 -1,611_E+33 -1.2192E+_3 2 7:; 6o42_7E+#!2 2 -l.6_52F*ff3 -1._878E+_3 1.I:_ASE+_3 2_7,1 -_.7984E*23 3 -1.575(_F*_3 -5.8_77E+02 4.3R43F+{_2 1_.3 -2.1_13E+¢_3 4 -1.661BE+p3 -1.3_44E+_3 -?.111!F+_3 171,0 5 -1,6317F+_3 -1.1570E+_3 4.h38oE+{_2 165.2 h -1._22_E+_3 -!,11_oF+03 4.2753E+_2 165.2 7 -1.5932E+_3 -I.1454E+_3 -2.2_52E+_3 S.?380E+(_2 165.2 8 -1.6176F+_3 -1.2374E+_3 J.7_62E+_1 7F,_ -1.5584E+'_1 0 3,11_E+_ 1,g74_E+_1 ALTE_ATING AZl M minIMUm4 TP STEADY MAXIMUM RUN FIRST II_ h.7141F-_t 271.7 .5._474E+_"1 38 _3C89_ I -4.9842E+_I -4.q131E+81 ".2g3gE-Vl 236._ -5._553E+'1 2 -_.9684F÷_I -4.8804E+PI v.a73_E-w 1 271.(_ -5.C632F+_1 3 -4,9_FSE+_l -4.8_57E+_1 -4.9842E+_1 -4 921_E+_1 h.52g3E-_t :_316Eevt 5 -4.9842E+_I -4:921_F+81 -5._395E*_1 5.5292E-_1 286,7 6 -4.9921F+_I -4 9289E+_1 5.5292E-01 -5._237E+_1 7 -4.9842Een1 -4:9!31F+_1 293.8 /.AgSgE-_l 270.5 8 -4 9684E+_! -4 88_5E+91 5.5292E-_t 252_E+_1 1_.5 -5:2_54E+_1 -5:1422E+_1

ORiCL_,!r:,L .,,,_:,. iS

POOR QUALITY

TABLE 9.- CONTINUED

b) Continued , RUN FIRST |/R ...... Tg .... STEADY M.AXIMIIM AZIM _INIHUM ALTERNATING 38 9_3HANG 136 -I,1181E+_] 4-733_E+_0 2 -7,5879E_ ,0_98E+0_ 5;8191E÷_ 129i_ -1.26aBE+el 7,126_E+_ 3 -8,3577E÷QR ,28!6E-Q1 128 7 -1,438_F+_I I -6,7345E+_ !I,7135E+_0 4 -6.5446E+QQ ,6313E*R_ 136,g -l.C_91_F÷_l 136, _ - I, _669E+_ 1 15_ 8 -1,_i775E+_1 4,3435E+_ ; 4,2254F+_4 158 i 14_6E+,_I 7 -5,0_2PF+R_ :_:974gE+e_ 8 =7,6188E÷_ 7154E+_ 5.6522F+_6 _ -9,ggqeE+_3 q -9,g9g_E÷@3 -9,999_E÷03 -9g.B -9.999_E÷_3 I ALIE_NATI_G !

TP " STEADY MAXIHIJ_ AZIM _INIMUM -RUN FIRST 1/1_ I H65_E+_2 I 3.6443E+_2 5.7963E+_2 67,5 2,_264E+_2 38 _4FB _.3 1:_222F+_2 2 3,7P24Ee_P 5;245_E+H2 6_ _ 6_:_9F+_2 3 3,5443E+_2 6,tSg6E÷_2 6_:_ .:O6t7E*ut 2 eS.t7E+_2 4 3,5541E+_ 5,6t22E+O_ 68,3 1,9_2_E+_2 I 9148E+_2 5 3,9626E+_2 6.1072E+!_2 334,9 2,2776E+32 2:2_8_E+_2 6 3,Q7RAF+_9 6._IRF+_P 327 9 1.785_E÷_2 3._74oF÷..i2 3.3334E+_2 8 3,9552E÷_2 8,3872F+@2 I18._ 1,72_4F+_2 9 -2.1946E+_ 1.2193E-_1 135._ -4,877,_E*_4_ ALTERNATING RUN FIRST t/R TP STEA!)Y MAXIMUM AZIM HINIMUM 38 eQ4FBt 8 1 5,88_6E+_ 2.2714E+02 67,5 o1.6_74E÷_;_2 1,0394E+_2 2,_:233E+¢2 2 6,3584F+01 2;567qE+R2 238,6 -1.47_7E+;.2 3,1247E+_2 3 6,_74.6E+_1 3,7_81E_2 237,7 -2.4013E+_ 1.9994F+_2 4 5,_68_E+_t 2,P175E+_2 68.3 -1.7813E+_:_2 5 7,4488E+_1 3,_OI_E+P2 327,7 ] _;_/1E+_'_ 7,3998E+_1 3,I_7PF+_P 327,8 :_366_E+,.J2 2.27_9E+_,2 7- 7.g266E÷_! 3,44|4E÷_2 327.8 -P,J.-!_48E+n2 2,773JE+_2 8 8°44JJE+RJ 4,0824E+_2 117, e475E+_2 9 -I.I_26E+Re 8,5759E-_1 127,_ :_:43:_3E*e_ 144_E+_,..

RUN FIRST t/R TP STEADY M_XIMIIM AZIM _T;qIMt_ ALTERNATING 38 _4FB38 2,52_7E+_2 1 1 }961E+_? 3,1661E+_2 334.8 -1._914E+_2 2 1:,257E+_2 3,5_82E+o2 252,8 -1,7162E+_2 2,6522E+_2 3 1,_R71E+R? 4.4325E+02 244,8 -2.4363E+_2 3.4344E+e2 4 1.°1809E+_2 3.1482E+_2 335.! -1.8721E+P2 2,Sl_lE+e2 5 1,2471E÷_2 3.3_41E+_2 32_,5 -1,2761E+_2 2,SP_IE+_2 6 t.2333E+fiP 3,3123E+_2 313,5 -I,18_9E+_;2 7 1,2678E+_ 3,_971E+_2 313.5 -6,6771E+PI 8 | ,438gE+_2 3.6379E+t}2 246.5 -1.5451F+_1 I,RgosE+_2 2o4142_÷_ ALTER_ATTNG TP STEADY MAXIMUM AZIM _INI_U_ /RUN FIRST t/R / 2.1767E+_2 38 _R4FB46 1 I 3568F+B2 3.328@E+02 32B.5 -1._253E+_2 2,2933E+_ 2 1:2834E+_2 3.4829E+P2 252.7 -1._37E+_?

2.6734E+;_2 3 1,2665F+@2 3,98_1E+_2 244,7 -1,3667E+_2 2,3t31E÷_2 4 1,3131E+_2 3,15_4E+_2 335,1 -1,4759E÷_2 1.9995E+u2 5 1,3350E+_2 3.2258E+_2 313,3 :_,732_E+01 2,_863E÷02 6 1,3638E+_2 3,3955E+_ 225,_ -, 7717E+_)1 1 7831E+_2 7 1,3777E+_2 3.1881E+_2 225,0 o3 7816E+_1 t:73B_E÷_2 8 1,5752E+@2 3.473gE+_2 225,_ -l:g651E-_t 4.3672F+_ g 1,9R51E-_l 4.5_57E+_ 291.2 -4,1687E+{_ ALTEFNATING TP STEADY M_XIMLIM AZIM MINIMLJH _RUN FIRST !/R 1°8658E+02 38 _4FB53 -6._297E÷,I _.56_E_1 32_. 4 :_.7'47E÷_2 2.1707EeO2 2 -7,15_6E+_I 1.5379E÷@2 259,8 8_335E+02 2,6315E+e2.

3 -7=7819E+01 2,_a4E÷_2 258,9 _:3 _585E÷_2 1._535E+02 .... t,_ITBE+O_ 32B,7 -2oOSggE+_?

4 -6,7639E+_1 1.0705E+_2 1,Sg26E+_)2 5 -6,8626E+_1 3_6,2 -2.7146E+_ 1,7206E÷_2 6 -6.3278E+_1 1742E+_2 306,3 -2.267_E+_2 1,9275F+_2.

045eE 225,0 -2,81_HE+_2 7:6_t"56E+el 1.]: ÷B2 t,5531E+e2 " ....... _4,213__1 3445E+_2 26_,7 -1.7617E+_2 i,Ig31E+_ 9 -2,4686E-_t I;_697E+00 116,5 -1.3166E+_ TABLE 9.- CONTINUED

POOR QUALITY

i ........ , ......

"',,, b) Continued

i

RUN FIRST I/R TP STEADY _AXIMLIM AZIM _IW!MUM ALTFRNATI,_;G ..]8 PI_4F BOP.

I 0.o_0_E+_ _._E+e_ 7.6 14,7 7,6 43,5 25_,_ 129,!

34q,d RUN FIRST I/R TP STEADY MAXTMUM AZIM _INI_UM ALTE_T TF_r; 38 Q_4CB I 341,7 29R.g 341.5 132,5 _77 334.8 W. ':; _.", _, P F +drl 1B_,6 RUN FIRST _/R TP STEAOY MAXIM_i_ AZIM AL_EP._'AT I '.'l; 38 004C890 238.3 327.4 {I. ['* >_{AF+VJd 45,5 356,4 277.5 _,_..jk!;+ iE4._" ."

17.6 230.t _,:: ,_ ._ _ _.: _" +,/,, _ 1_.4 3e1.8 ".) ° ,;_ ( _;"I: +H9 JRUN FIRST I/R TP STEAny MAX_M!!H AZIM _'INIMUM AL TEPh^T It'._G 38 _4PANG 74.3 45._ 46,5 38.6 6 B. @O_E_._A B.OBRBE+00 341._ i._. . "_'a v_._ E • _'!a 167,6 327,5 _2_,7 RUN-FIR3/ _/R - - TP STFADY " MAXTH!_M AZTM 38 PTCHLINK I -5.B164E+P1 -2.44_BF_01 67,1 ? -5.7596E+01 -2.6528E+@1 45 -1.1_37E+OP 4.1O21E+_1 3 -5.TRBOE+_t 8,3699E_0 -1.2768E+_2 6.8C._23E+(i 1 4 -5.tq2_E+_t -2.al17E+_1 -8.9374E_i:,1 5 -5,2gISE+_! -_,17_5E+_1 60._ -7.9443E+,,_I 2,8_89E4.'._ !

-5,2489E+at -2,0712E_1 87 5 -7.4_+,_I .6 ._ 7 :._E 4._._ 1 7 -5,31O9E+_1 -l,844_E+{}t -_,2t39E+_1 3 1 _eE*_;1 8 -5.7313E+_! -I.q_I_F+el -_.8664E+_1 3:48P TEnOr 10.8 _. 1279E+@0 RUN FIRSI 1/R TP STEADY MAXIM_IM AZIM MINI_U_ ALTERNATING 38 LEADLAG 154,3 97,2 225,2 4 _:P_00F+R_ 0.0000E+00 0,0_0_F+0_ 219,1 5 0.0_E+00 o._0_E+00 1R2,8 97,3 7 0,0_0_E+_ 0,0_0E+00 104.4 233,_ 153.5 9O TABLE 9.- CONTINUED b) Concluded STEADY TP HAXTHtlH #ZT_ _INIMUM ALTErNaTING , RO-Jq--F IR ST- I-/R .....

t -2.5128E+_ , ...... 3"8 FEAPANG ........ 3.2_8qE+_0 138.2 5.7597E-_t 2 5_61E+_0 3.1347E÷_ 145.3 6.q433E-_t I:;461E+_ 3.4011E+_t_ 208.7 1 127E+_ 8.4423E-_1 2i5899E+0_ 4 2 5_93E+_ 3. 1314E÷_1_ 153,6 5.7_7_-_1 5 2.Sq66E+_8 3.2965E+_JP 24.1 6 2.5899E+_ 3.3_.6qE+_ 24.q 1.8_2gE+_ 7 2.731_4E+_9 3. 2999E÷()_ 24.4 2.16_7E+r_ 5.6961F-_I B 2 6537E+_ 3,6545E+_W 312,9 1.13_3E+_ _ -1,2682E+_1 312,4 -i 71gE+_1 t._57F-P2

OF POOR QUAL[IY

TABLE 9.- CONTINUED e) Block C data HN COS SIN _ES[,LTANI SCPHA3E 1 t.71Q6E-02 -3.43e6E+_ 3.43_6E+_e 270.3 2 -8.g23SE-_I 4._87aF-_I 9.stS_E-_)1 155.4 3 1.1565F-_)1 1.259qE+V(,' 5.32_E+v}l IQA.9 1.247JE+_i_: 5.4 6 I _41RE+_v, I._654E-_I 7 3:SRI4E÷_ 1 .o837E-_1 3.5_64E +_ 3._ 8 1.6657E+_! 1.6581E_;_ 1.674_E+H' 5.7 O -1._367E÷_0 -7.PR59E-_t 1.25_7E+_:_ _ 214.4 I_ -9.0411E-_1 7.a301E-,_t 1.2172E+4_ !42,4

RUN Tp

SIN RFSill TA_T SCP_&SE ?

1 1.6RtPE+H_ 3o610_E+_ _97,7 2 -1.98@9F+_ 8.7aS/E+_' 29S,2 1o_7_E+_!

-7.8159E+_I 7.8_E+_1 277.3 4.3_52E÷_e 5_3_0_E+_ e 55.7 5.564hF+_,_4 l_;?.g 7 4.227_E+_v 1.22a2F+v;_ _ 4.4:_,:_7E+_:'_ 16,2 _.l_57_F÷:_ o 1.3a26E+_ -1,98_E+Ew 1 _ -1.7933E+_ 2.Tq_ZE+_t_ t29._ -[p STEA,f)y SIh _,575k+_2 -3.483_ 2 -2.3_81E+_:.),_ -2.137OE+_ 3 7.778_E+_ -I.?_51E+_I 1.4blPE+_:! 3_2.4 4 2.7148E+ml 1._12_F÷_2- 2_1,1 5 4.502_F+_ !.72_tE+9:_ 7 2.64_PE_9_ -1.3522E+')'_ P;95_ak+;4_ 332,9 @,!637E÷FO G.7567E_! 21.2 4.31_+_i,,_" 31_._ 1 9 -!.028fiE+_ _.6a_:_£+,).:_. 122.4 FIRSt tlR TP wN CoS SIN RESULTA'_T SCPHASF TOR(;LIF_ I 6.6q61E-_t -3.6166E+_ 3.h7_E+v_ i} 2_.5 ? 7.6597E-_) 4.4912F-_*t 8.d793E-_,_ 3_ .4 5._992E+_;I 717.6 5 9,_676F-_2 -4,85_3E-_ !

4pO_O_F-'_1 2el 5 7 _.1749E-@_ 6.7991E-{_I 6;aaStE-_t _3.1 _.3783F+_I 9.6328E+,_ q 1._156£-_1 1.6_17_o_1 2.(_/fi1E-'_l • 5a.1 PUN FIRST I/_ TP _ COS SIN RESULtAnT SCP_A_E TQROUE 1 l.@14SE+Pa -4.0235F+_C _ d.1493E+_ 2R4.t 2 1.1845E÷_ 9.3912E-_1 1.5116F+_;+ 38.4 3 3.15hOE-Or 3,4089E+_ 3.4235E+_ 8a.7 4 -P.5867E+B! 4.0881E÷Pt 4._9_9E+¢1 123.3 2.7615E-_1 -2.0012E+_I 1.16_E+_ _ -2.O_b3E+_ _jP522E+_, _ 294.,_ 7 -9.9q_4E-_t -2.299_E+_ 2.5_74E÷[_:.:_ Pa6,5 8 7,1q67E+_ -9.826_E+_@ 1.218_F+_! 3_6.2 9 -t.B725E+_ 4,397@E-_1 1.9234E+_ 166,8 5.t26_F-::_} 257.3

DE POOR

QUALITY

TABLE 9.- CONTINUED e) Block C data HN COS SIN RESOLTA'_T SCPHASE

"RUN FIRST t/R TP STEADY

5.2697E+v}'/i 313 t 1 3,5gg4E÷_.o, -3,,8489E+O(A

..... 38. ToRoUE ..... 6 5.631E÷_2

1,3837E+f,_ 3o2826E-_I 1.4221E÷_ 13i3 2.1389E÷(J _ 3. 2646E÷(_J 3.9_W29E÷_ 56 8 4.2/_QE,_}t 141.6 4 -3.3477E÷01 2.652r4E+o 1 5 -8.6,_39E _1 4,0574E-_1.

6 -t.235QE÷!_C4 4.4261E-_I 1.2723E+_: _ 21_,6 7 -Q.7079E-{,)t -8.110_E'-_'_] 7.ai25E+,',,: t _.4 1.O24'_E+_ ' 4- 17_._ g -I. 9_8RE_;: 2,4136F-_.; 1 b.9527E-_2 213._ 1_ -5.7767E _,12 -3.86q2E-_2 f_ESUL TA_',T SCP_A_._ _.RUN FIRST [IR TP STEADY NN COS SIN '_. 362',4, E ÷._ _, 3_;2.0 7 5.g92E÷(_2 I 2. g I _6E÷;_'._ -4 .St_,_E+_ _^ 3B TORQUE 1,4771')E_" '.,' 3._ ,P,, F;._qI E ÷',';, 4_).4 4 -2.3718E+{4_ #" 2:4952E÷_;1 _,4.r-e:7_: 127.5 e .'Sq57F-,,' I I10.3 2. v:7 ;_,;_E+_,q ! 91.:,'. 7 7 -1,9491E÷O_ -6.97_47.F -:.'? 1 1.5764E+,;k i_5._ ,R 1. 532_1E+'>_ 1 3.67a_E +_,; I o_lqSE+_. _ 23h.7 -t._Sa1E+_ -I.(_2E+.":_' 2.242,',_F-, ! 3u, 7.4 I'4 1. 3633E-_I - 1.78VW'E-_-,1 _ES;II.,TA__I $CPhASE SIN RUN FIRST.t./R TP STEADY HN COS t i_8 ToROUE B 7,13_E+_2 2 I. 1Pg3E+_v; 1.4988E+F_ |._6476+_: 53,5 3 -7. 224¢4E-!,) 1 9.7,T)42F- ;-'; !

4 2.59B(-SE÷V) 1 4.222gE+C, 1 5 - 1. P 326E +_,._;,_ 1, ,"i 676 E ÷ w'-_,'; 1.6Vh_E+_ 131.3 2 13_9F+_ 353.4 7 2. 1168E÷BF_ -2,448_E-OI 2_44§3E+,_1, 37.1 8 1.953_E+_ 1 1,4779E÷_1 4.3254E÷_ 68.5 q 1. 587_E+¢'!_ 4._236E÷?_ _IN C08 81N ....RUN_FIRSF I/R TP $I_ADY I -3.3_27E+R1. 2.3754E+Ut 38 Rg3FH13 1 3.935E÷_2 2 1.152RE+_! 3.¢g54_+_1 4.1401E+:_1 _e5.3 I._,944E+e1 -4.Be22E+_!

_._675E+:_I 31t.3 a ?.6193E+_I -2.gS_F÷:t _°5144E÷:t 230.7 5 -2.7Ra3E+el -4.7598E+_'1 _.8!63E+, t 21.2 6 5.4233E+_'1 2.1_]_E+_,1 2.)_)E÷:I 112.4 7 -_._t,/BE*;_ 2.15_TE+v _i 4.64J7[÷,;] 147.9 -;.9353E_¢I 2.4657E÷_;] g -9.2_2BE÷P_ -1.1766E+_1 1.493aE+:1 232.e 1_ -2.8568E÷0_ -5.7712E-.'1 P.gI45E÷ _ 191.4 RUN FIRST I/R TP STEAOY H_4 COS 51N 38 ee3FB13 ? 3.R3!AE+_2 I -2.3227E+_1 2.e18fiE+'1 2 t.8717E+_I 4.352_E+_;1 a.7374E+.!t 66./ 3 3.7_6E÷klt 2 441_E+E1 4.4333E+:_1 33.4 1.3_46E÷_1 2:142_E÷¢_1 ?.550_E÷ _1 b6.O 5 -6.9_87F+#_ 3 39_1E-P_I 6 9.3_46E+H1 3:_182E+_1 7 -O.77_OE+J_) 3.4729E+,tl :_.5tS,F+p, 1 I_AI.:_ 3._3E_Jl 153._ 9 -/.87_QE+ea -I.21_6E+V,I 1 .4439P+ _I _37._

C-

TABLE 9.- CONTINUED e) Continued _FS'tl TA;T _CPHASE .RUN FIRST t/R TP STEADY H_ COS SIN .... 38 _3FRt3 I g.q17_E+_ -I.39_7E+_;I 4.5773E+,_1 7_.9 2 1,4@64E+0! 4.325_F+_| 3 2.91t_E+_1 4.79_FE+_I 75E+v_] _6,7 4 1,.261qE+W;_ 2.%q39E+_;l 41E+_:_1 142,9 5 -6,_q2E+_I 4,544fiE+v!| 1.5653E+_2 35g.5 6 !.5652E+_2 -1,441_E+_ 7 I 6442E+_1 4 88_4E+_'_I 5.14qgE+_1 71.4 8 -1:9535E+_1 4:3_17E+;_I 4.7245E+{_1 114.4 g -3.66gfiE+_ -g. O45aE+,,_ (_.7617E+" _ 247.g 1_ -I.B464E+_*t l.Sgg7E+v, 3 1,8_61_+ !1 174.t _'v_!.l T:,:'T :_CP,-IA_E TP STEAOY HN COS SIN RUN FIRST I/R _ 38 O_3FBI3 I -3.3196E+_1 1.9896E+_ t 3."1:i2E+_;1 149.1 4 3.766E+B2 3.297WE+_'l e,O.4 3.68q_RE+v_l 294.5 3 _.5273E+_1 -3.35_'5E+,,1 P. 4885E+_"1 -2. k_6,R. 3E +:;_ I "t, p467E._ ,_I 37.'_, ;: _. 374,,_E+,_ 1 2_ _.7 5 -8.7124E+Ct;] -5.3_29E+,-1 '._. 3_7 FiF +!' 1 "it .7 h 4.5177E+_cl 2.7857E+_ 1 7 -3.t208E+_ 1.783tE+',_1 4. 8836E+._I 171.4 -4.82RIE+O! 7. 343gE+")_'_ q -3.3447E+t_ -1,376_E+._1 6.29R2E+(_;:_ I _.'_.2 I0 -8,1914E+_'_ -t,327_E +_'," RUN FIRST I/R TP STEADY HN COS SI_.

38 QQ3FBt3 5 3,981E+_2 2 -3.3881E+_0 2.5215E+_:1 >,5_4tE+_1 07.7 -2.1435E+_1 -3.7224E+_! 4.2q55E+,_l 2_.1 2.3_41E+_1 P7_.5 5 -I.lg36E+;'_'_ -1.5_67E+_1 1.5713E+_1 _e5.6 r).P_figF+&:,] q6,4 O -7._374E+_;i 6.2565_+_1 7 1.4564E+_ 2._3_1E+_1 _,7880E-01 3.1_24E+_,1 3,1_37E+_!1 _.4 3.203_E+_1 _3.6 g _:6054F+_0 3.2722E+t_1 8.3'qPE+_ 23.5 1_ 6216E+_ 3.3_98E+_ __F.(3i_l T_,_ T ,',[.'PtIA,_E RUN FIRST I/R TP STEADY. HN COS SIN 3B OP3FB13 6 4.127E+_2 P -8,7576E+¢H 1,_28E+_1 2.E:'43E**"t 115._ J -t.4694E+_t -7,688_F+_:_1 7._273E+_:1 25q.2 3 121bE+_1 3_6 4 t,87_tE+_t -2.4gg?E+_I 5 9.Sqg2E-_l -3.653tE+_1 3,654aF+!:.1 271.6 _.3_21E+_ ! 72.1 6 1.9333F+_1 5.9982E+_1 7 -8.2317E-_1 2.1_72F+_1 _.l_8_F+, 1 _2.2 8 -2.3_23E+PI 1.4251E+_ p.3R56E+v! 176,5 9 2.2495E+_1 4.3831E+_1 2,321tE+ t 03.4 IG -1,371RE+_0 2,3171E+_1 RUN FIRST I/R TP STEADY HN C08 SIN ,_E_LII, TA_,:T SCPHASE 38 0_3FB13 7 4,243E+_2 I -5.586_E+01 2.SaS_E+'_l 1:_2_7E+:'1 139.6 P -1.4694E+_1 1.2493E+_1 3 -5.fiq33E+_ -9.227tE+_I 9.244E, E+_ 26A.5 -1.2953E+_il 1,9186E+_! 317,5 4 I 41.54F+_1 5 -9_7827E+H_ -3.1815E+_1 3.3285E+_:;1 252._ 6,15fiSE+_t 6.1559E+_1 _0.4 6 6,8048E-_I 7 2.7527E*8_ 3,_26nE+_t 3,_393E+_1 8_.a 5.4579E+_1 144.8 8 -4,4620E÷_1 3.1431E+Ot 9 4.4343F+_0 5.753_E+_1 5.77H6F+!:_l 85,6 t_ -1,4326E+_1 3.6248E+_1 113.3 3.3297E÷w!

TABLE 9.- CONTINUED

OF POOR QUALITY

e) Cont inued HN cn5 SIN ,__RUN FIRST t/R TP .... STEADY RESLILTANT.SC_PHA_E 38 (_t_3FB t 3 8 4.tlgE+02 1 -7 237RE+@1 2.269eE+_e 7._4_56÷_1 178,2 2 -l:q_B4E+@I 8.5922E+_ 2._Q29E+_! 155._ ?.6_27E+_ i4.g 3 2.5737E+_I 6.825RE÷00 4 -2.1418E+_1 2.597qE+_1 3.3660E+_I 129.5 5 5 BBIaE+_ 4,15_E+_1 4,2_13E+_t 82._ 8 -!:5533E+_t -7._g87E+_l 7.2667_+_1 257.7 7 -t.2823E+B!

_:3588E +01 8 -1.02@qE+02 4597E+et 1,_313E+_2 171.9 9 2.7533E+_1 2,_311E+_! 3.4_17F+_1 37,7 I_ -1.7620E+_1 2.bI2_E+@1 3.1519E+_I 124._ _CPHA_E RUN FIPST I/R Tp STEADY cn$ HN Sir,; RES!_LTAX_T 38 _3FB48 I -I,2!3E+'_2 I 6,_Oq_E+_t -1.7193E+_2 I._243E+_2 2BO,5 2 -1.755_E÷_1 3.B555E+_l 4.23_3E+_I 1_4.5 3 2.44IIE+_il -3.441qE+_t _o2197E+_I 3W5.3 4 1.8385E+_0 -I.@519E+_1 I._67_E+41 279.9 2_4 7 -7.2_73E-_!

-4.St65E+t_ 7 -].53qPE+_B 4.530PE+;_ 322. _ 8 1,5143E+_| -1.1819E+_I 1,021_:_E+;11 9 -5.813iE-_t B.42h7E+_ _.4467E+_: 93.9 .3.5_47E+_ 3J3,2 1_ 2,452_E+_ TP RTEADY PHASE RUN FIRST IIR HN COS $I N P_SULTA_T _C 38 @_3F_46 -1.257E+_P 1 7.372_E+H1 -I,8957E+_!2 2.:34;_E+_2 ?-ql .3 2 -I,9121E*_! 7.P791E+<_t I _:+ 3. h 3 7.77_AE+_1 2,a_t_E+_l o.16aSE*_11 17.7 4 3,6417E+_ -8.7725E+@_ 9.4984E+_ _P2 [5 5 9.6131E-_1 -7.33_2E-_I 322,7 6 -4,77_7E+_ -5.9_12E÷@_ 231 ._ 7 -7._38E+U_ -I.t_3E+P1 1.3;,_54E+oI 237.a 8 6,9721E+_ -i,2_67E+_I 131.'7 I_ 3.13+_oE+_- _.3139E-_+2 1.5 RUN FIPST t/R SCPHASE TP STEADY HN COS SI_ RFSULTA,'=T 38 ¢_3FB46 204 4 3 -I,296E+B_ t 9.575aE+et -2.1131E÷a2 2.32F_r_E +.:,92 115:5 32.5 3 7,769_E÷_.41 4, OS_:_E+_= [ 9.2122E+:1 26_._ 32.4 5 3 4aP_,E+_'++_ 2 1_25E+!_: 4.c47b2E*,::J 6-5;3941E+e_) -,,'.41_7E+_;_Q 8.3_27E++;I_ 22g.0 7 -1.{_@89E÷_]1 -1.2@3!_E+:-_1 1.57r_:E+#l -6._57.2E-_1 -t.81WgE÷gt 1.8122E+;_I 207._ 126._ q -2,7187E+_ 3,6393E+_ "_ 4. 5427E4"_ 322.9 I_ 3,60 !.2F +.:_._ _ -2,7Q22E++_'; 4.62_F.+vJ_ i SCPMA_E RUN FIRST I/R COS TP STEADY H:4 RE_tJI. TA_T

38 B_3FB46 2 2.2

6.qfS_E+_1 -1,6_5E+_2 4 -1.219E+P2 I 1.8261E÷92 -2.2394E+_ 3,4675E+_I a. IP7ME+el 122.9 2,517_E+_1 -2.92_2E+0! 3 3.dhQ2E*_! 31_,7 4 !.17d1F+;_l 282._ 2.6_1_E+_+_ -1.1449E+_1 3,55_7F-_1 -2,3566E+_ 5 2.3833F+_:_ 27_.6 -5._16E+_ -6.32ao_+_e 227.2 -4 75a4E-_2 7 6.6562E+_+ 26_.6 1_6_7_E+_! o.g622E+_ 1.7PQSE+_l 34_,5 1_3.2 -1._712E+_ 4.5785E+6_ 327.6 1,7_6RE+_ -I.3_49E+_9 2.14_SE+e_

TABLE 9.- CONTINUED

c) Continued RUN FIRST I/R TP STEADY HN CoS SIN PESULTA_T SCPHASE 38 0_.3.FR46 .......... 5. -1,_.197E+_2 1 2,4135E+BI -_ ,4736E+I_2 4933E+_2 _7g_3 2 -2._33!E+;_1 3. 656qE+V, 1 3 -2o71_1E+01 -l.9459E+OI 3.3363E+_1 215.7 4 1. 4591E+0(_ 8.4547E-@1 1.6864E+_ 3_.1 7,7859E+0_ 159o3 5 -7'28_'SE+PI_ 2°7542E+_:_ 6 4,5521 E,w_@ 3. 9564E+'v;_ 6._311E+_ 319°_ 7 -2,3683E+P_@ -4.4920E+c= _, R 1.279PE+_ -1.3532E+Ot 1.35q3E+_tl _75,_ 1.4832E+_I 252.a 9 -4°473(_E+Ov) -l.ataPE+__l 1 ;'_ -9.365_E-_1 -5,29_E+_ _. 5.3729E+_ 26_.;._ RUN FIRST ttR TP STEkDY HN COS SIN RESULTA_T SCPH&$E 38 0_3FR46 6 'l.2@tE+H2 t 1 4142E+_1 -1,1645E+_2 1.1731E+(_2 276.9 2 -3:_17_E+_1 2°3t78E+_)l 3°9552E÷(11 144._ 3 -_.5715E+_! -7,1363F+_1 7.5654F+_1 ?5{_._ 4 1._,9_aE-_I -2.9625E-_2 1.1370E-_I 3a4.9 3.1581E+_ 165,7 6 7 717aE-_1 -3.8833E+_ 3.g5Q3E+_ - _1.2 7.424AE+_ 271,5 7 _!0_37E-01 -7,4_17E+_ 8 7 6_25E+_0 -1.7t_SE+_ 7.87_7E+_ 347.4 9 -|,_761E+_1 -2._741E+_-I 2.3366E+_I _42._ 9.63_4E+_ 26e.3 "RUN FIRST |/R Tp STEADY .HN COS SI_ RESUI.TANT SCPHASE 38 _03FB46 7 -I.224F+R2 1 -I,8556E+DI -8°3941E+91 8.5968E-01 257.5 2 -4.SaelE_Ol 2.018_E+01 5.2_9E+P1 157.5 3 -2.1965E+PI -8.3222E+_1 B.6_!72E+__I 255.2 4 -1.3_99E+_ 5,645qF+_ 5 -4.8566E+_ 2,8_74E+_ 5 3,5576E*P[_ -2.4527E+9_ 4.3211E+:! '_ 325,4 7 3,4537F-_1 -9.512tE+ge g,5184E+_.._ _72.1 1,467_E+_I -1.5_43E+_1 _.I_4E+_I 314.3 9 -3,14_6E+_9 -2,8529E+_1 1_ 7,3719E*_ -I.5233E+HI 1,6923E+_1 295._ RUN FIRSY t/R TP $1EADY HN COS SI_ 38 B_3FF46 1 -4.5127E+_1 -5.476_E+_1 7._qSaE+_1 23_.5 P -5.8554F*_1 9.7529E+¢ TM 3 2.567qE_1 7.q75_r+t_ _ 2._[_cE+41 17.3 4 -I,9_12E+_ 1,_76_E+_1 1. _65E+_ 1. qS,_ 5 -4,3384E+'_ 1.OlT_C+_l 1., lC_7E +_._. _ 113.1 h -5.8_PRE+_c" 9.3165E-_ _ I, .29-:'3E + : 1 2P,8.3 3.R_a3F+_I -1.1789E+_1 9 -1.7331E+_I -1.52_2E+_1 _. 3_54E+,_1 221.3 _ 4.7735F+_ -l.Sq89E_l I .66,_hE+d I 2a6.6 RUN FIRST t/R Tp STEADY p_! COS S_N PE$_H_ T _'_ T SCPHA,qE 38 O_}3FRg_ J -7.877E+_:_! b. 73aoE+'_l 259.!

2 -1,3957E+_1 -6,,_25_F+¢;<_ 1.SP_3E+'_ 2_(!:3.4 3 4,16_lE-_I 2,237_E+9! _.2374E+Jt 8_.9 4 -1.3_81E+_! g.634gE+_.d .6246E* _! l_t3._ 5 -2._46E+_ 1._95E+_1 I .4264E+2,1 9_.8 6 -1.3536E+_1 9.P_B@E-_l 1.35_,6E+nt 176.2 7 -2o4583E+P_ 4.73_2E+ _:_{_ 8 -P.75_3E+_t 8.6135E*_ 9 -I._787E+_,I -2._616E+_1 ). 42fidE+v'l 2.1_ ° _ I_ -1.!255E+_ -5,9573E+_ _ 6. _ _ 7FZ+','_; 259.3

ORIG_N_,J. T:''I_ '_"

TABLE 9.- CONTINUED OF POOR QUALITY

e) Continued HN COS SiN RUN FIRST I/R TP RESULTANT SCPHASE --'38 _3FB9_ - 2 I -7,9741E+00 -6.6771E+_J1 6.7245E+_] 2_3.2 ....

2 -2.6465E+01 -1.291BE+_1 2.g45;)E+_t 2P6._ 3 2.5513E÷_I 2,7856E+_1 3.7774E+=_I 47.5 4 -1,6364E+01 4.6720E+_ 1.7_1_E÷:!

104.1 5 -2. 3696E+_1 2.4609E+_1 196,4 6 -5,3338E+B1 -3,3261E+_ 5.3442E+_1 183,6 7 -1.1q67E+Ol 5.Bg5gE+_ 1,334_E+_!

153.8 8 -I.1B@5E+O1 2.57_0E+_1 2.R282E+_l 114.7 9 -5. 5045E+U)_ 3.9927E+_ 7.637PE+,_ !48.5 !,A -],8494E+_ 2,1535E+_@ 131_.7 -RUNFIRST I/R TP STEADY HN COS S1N _ESULTANT SCPHASF 38 ¢03FB90 3 -9,612E+_I 1 3.9793E+_ -7,4413E+_t 7,4519E+_1 _73. i 2 -4o0123E+01 -l.6955E+01 4°355BE+_1 2_2.q 3 3.6944E+_1 3 8252E+_1 5,31_E÷_1 4 -9,2384E+_ 9_4857E+_ I,3_41E+_I 134.?

5 -1,9539E+_1 -2.4132E+_I 3olK_51_÷_1 231._ 6 -8,_33_E+_1 2,3497E+_1 B.37_4E+¢l I_3.7 7 -1.7474E+01 -8.3851E-;_t 1.7_94E+_! I_2.7 3,IH?7E+'_I q_,5 8 -2,91_3F-_1 3 1826E+_I !36._ I13,4 " RUN FIRST I/R '_ TP " STEADY HN COS SIN RERULTA_T SCPF_RE R_3FB9_ 4 -7.b72E+@t 1 -4,_564E+_ -5,61_1E+_I 265,9 2 -1,17_3E+_1 -1 _b16E+_1 I,5733E+L_t 221.w 2.1_OgE+_l

e5,9

3 1.5785E+_ 2i1842E+_1 4 -t°5_g2E+_I 7 2908F+_ 1._?b1E+/1 154,2 5 -1.2A37F÷BB 1,_247E÷_1 96,i_ 5 -1,4544E+_1 -3,5455E-_1 1.454_E÷_I 181.4 7 4.9761E-_1 3.404PE+HO 3.44_1E+_ 81.7 -3.!_lE+_I 7.2462E-_! 17_.7 g -3,4398E+_ -2.2545E+_1 2_1.3 I_ -1,7111E+_ -7,tP46E+_? 25_,5 RUN FIRST 1/R TP STEADY HN COS SIN HES,JLT_NT SC_HASE .... 38 _3FBgO 5 -8,_62E+Bt 1 -1.1676E+_! -4.4_3gE+_1 4,h334E+_l 255.4 -9,6157E+_ 1.7743E+_ 169.5 3 -l.Bq35E+_l 2.3395E+_1 129. _ 4 -1,313_E+01 1.3542E+_1 5 t,_Bg3E+01 t,_g4gE+_l 354.2 i! 313PE+_ 1123E+_ 6 7.Bg41E+_ 7542E+_1 2.b651E+_l 286._ 7 -6,7102E÷_ l,5335E+et 1°673qE+@} 113,_ 8 -1.8_27E+_1 2.5546E+_1 3.1263E+_1 125.2 9 -5°Bq58E+_F 2.2527E+_1 2.32_6E+_1 104.7 1_ 7._985E+0_ -3.b37_E+_ 7°q7fiqE+_;_ 332.9 --_UN-FIRST I/R ..... TP " STEADY SCPHASE HN COS SIN RESULTANT 38 _3FB90 6 -7,522E+01 I -_,3350E-_I -3.8_02E+01 3,_3E+_1 269,6 2 2.5_29E+OD 6 7694E+00 7.2173E+u_ 6g,7 3 -3,217_E+_1 6:7674E+_0 3,_74E+_:_ 16_.1 234.4 5 1,405RE+01 -1.1123E+_1 1,7925E+,_1 321.7 -g.3_23E+_B -2.172_E+;_1 2.3h44E+O_ 246,7 7 -t,3164E÷01 2,35_E÷_1 2.6936E+_1 119.3 8 -2,44_9E+01 1.1836E+_1 2.7127E+_1 154.1 g 2.174AE+_I 1,8577E+_1 2.86_2E+_1 4_.5 10 1,175qE÷01 -g,9927E+_O 1,5431E+01 319,6 TABLE 9.- COk_INUED e) Continued RUN FIRST 1/R TP STEADY HN COS SIN RESULTAP_T RCPHASE ----_E _Q3FBgv_ .....

1 I,_875E+0! -3,I-553E+_I 3.3375E+_1 28g._ .....

_ 3,3164E+_ 1.75a_F+_1 1.7851E+_1 79.3 3 -4,1_94E+01 -3,3394E+_ 4.2_27E+_1 184.6 4 -2,6_45E+_ -2,9745E+_1 2,9_59E+01 265_ 5 2.6575E+_1 -2.B305E+_I 3,8_25_+_I 31_._ 2.1974E+_1 279._

6 _:6_15E+_ -2.1_67E+_1

7 - 4P65E+_I 3.1197E+_1 3.4221E+_I 114.3 • _ -4,39B7E+_I 2,6731E÷_1 5,1404E+H1 14B,7 4_3_E+_1 81,2- _'3P27E+_l 337.9 225ME+_1 4.9695E+0_ !: --_RUN- FIRST fIR " TP STEADY HN COS SIN RESULT A._,_T SCP,_ASE .3B PeSFR9_ 8 -9,73BE+_I I 2.3524E+_1 -1.6H22E+Pt 2.8462E+_I 325.7 2,1421E+_;,1 125,6 2 _,2464E+_I 1.7421E+_1 3 .3182E÷_1 5o5727E+_ 4,354_E÷_I 172,6 4 -4.2938E+_ -4.2663E+01 4._79E+_1 264,3 5 2.3492E+et -7.4694E+_1 7._3_IE+_I 2_7,5 6 4,1406E+_I 2.4_B6E+_I 7 -I,554_E+31 5.1544E+tl -8.5527F+_1 5.7@_4_E+_'1 1._1E+:12 14_,3 9 1,5_25E+_1 2,6271F+_,1 3,_66qF+ _I 5_,9 . ._.-_ii .L]I_IT-I . ...... i.............

RUN FIRST fIR TP STEADY HN COS SIN RESULT Ai_._T SCPF_ASE 1 -t.lglTE+R2. 1,1422E+_2 ! 38 0_3CB18 t -1,612E+_3 I.bS_6E+_2 16o.2 2 2,6217E+_1 -2.4_8_E*_:1 3.55_E+_1 317.4 3 -lo_85E+_1 fi.7_36E+_l 5 3.39B8E+_l 6.2433E+_1 7.1;_44E÷_t b1.5 6 -5.334_E÷_1 -2 4_07E*_I 5._527E+_1 2_4.3 1,7_7E÷_1 229,9 8 -7.4147E+_1 -1 9932E+01 7,678;_E+_1 195,_ 7 -t.148_E+et -1!351_E÷_1 1,0265E+el 2 97_E+_C} 1._68_E+_1 16°2 1[) 3.6B67E+B_ -I,_104E+HI I._7_F+_)I _d9.6 RUN FIRST 1/R TP SIFADy HN CO3 SIN 6'. E,_t)L T A r._T ,SCP_A,SE 38 @B3CBI8 2 -I.6B5E+_3 !

-1.Y636E+_2 1 7477E+F)2 2._459E÷¢2 121.3 2 2._77E+Bt -8:1986E+_1 -1.2706E_2 3 1_42E÷_1 1.3_82E÷_2 lbb.3 4 -4.5098E+_1 4:2768E+_2 2,5411E_1 5 0837E+_)_ 2°59t5F+_I 1!°3 6 -8._826E+_1 -5:49_6F+_1 9.771_F+_)1 _14.2 2.7O41E_v1 255ol 6._v;_3E+H1 237,7 _3.2613E+01 _ 1553F+_1 -7.2_29E+_ !i6996E+_,1 1,2231E+_ 9033E+_1 1 9_72E+_1 93.7 1,8965E÷_1 -1,46@3E+_1 2:394_E+_1 322,4 RUN FIRST ]/R TP STEADY HN COS SIN RESIJLTA_T SCPH_SE 38 BB3CBtR .............. 3 _l,_7_.E+e3 .... I -4.6591E+_I 1.4944E+02 1,_653E+_2 1_7.3 5.4592E+_1 -t,27_2E+a2 1,3825E+_2 293,3 -1.4929E+02 2.6161E+_!

1.5157E+_2 17_,I 7,459aE+_2 95,7 -7,4633E+_! ,7.422_E+B2 I.Sq46E+B2 4.3529E+_1 1.6529E+_2 344.7 -1.294_E+_2 -2.595_E÷_t 1.2324E+_2 1o2.2 -1,524_E+01 -3.456_E+H!

3.7772F+_! 246.2 R -5,3_59E+t)I -2.475hE+_1 5 9276_+k_ 2_!4.7 q -1,4748E+_1 3.9443E+_! a:21t_'E+_t !I{_,5.

! ka 1,6643E+_I -2,6705E+_1 3.1457E+_1 3_1.9

OF POOR QUALITY

TABLE 9- CONTINUED e) Continued RUN FIRST 1/R TP STEADY HN COS

SIN RESULTANT SCPNASE

38 0_3CB18 4 -t.662E+_3 I -I.38_3E+Q2 9.1967E+91 t.658bE+v_ 146.3 2 ?.P971E+_% -2.533_E+P_ 3_9._ 3 -2.6887E+_I 4.3585E+_!

5.121!E÷_t 121.7

2.I_43E+_2 2._8_4E+02

2.96_5E+_2 4_,7 5 _. 7374E+BI 8,1273E+_1 8.5759E+_1 71.4 6 -3._683E+Bt -1.7882E+_1 3.5514E+01 21_.2 -6.6_2_E+_ 6._697E+_ 2H2._ - _31qF+01 -5,5P2_F+at 227._ 3.529_E+_ 44.4 _Q B.2P43E+_g -2.@545E+a_ B.477_E+;_6 346._ RUN FIRST I/R ]P STFAOY

HN CoS

SIN RESULTANT SCPHASE !38 ¢_3CB18 5 -1.632F+_3 1 -1.218qE+Q2 7.22M4E+_!t I. 4167E+I;_2 149.4 2 3.765_E+Q1 -I.3B67E+_*l 4.'_13"E+oI 339._ 3 5.gR33E÷_l 9.6 4 1.5765E+a2 -I.S98_E+L_2 2.4_23E+ -12 -_ ..... 2_,! I _''_ 7 6 -2.33_7E+_ -2.6931E+_ol 2.7_31E+_I _5. I 7 6.7676E-02 5. 4745E+_10 5. 4749E+',]_ '39.3 -4._Sa_E+Q1 3,72_1E+k_l 5. 5298E_-E_ I 137.6 9 5.5_23E+iie -2. ?.6ti_E+':i i P-.33= i IE+_i 283.7 1_, -P.4513E+_ -3.9309F+_ 1. _,l_;iE+ _1 2 92.5 RUN FIRST 1/R TP STEADY HN COS S_h WE_OLTaNT SC P,"!ASE 38 _@3CBIB -1.623E+_3 1 -1.2qI,_BF+_P 6.7 _5_E+_;I I °4546E+_2 15_.6 2 2._897E+_1 5. 5850E +_)(') 2.9344E÷_,1 3 5. R652E+_l b.673_E+_l _._B48E÷_l 4a.7 4 1.B616E+_)2 -t. 1336E+i,_2 2.17_){':E+;}2 328.7 5 -1.5 7 I 7E+;'_" 1 2.C_ I 5_'E+_1 3.3117E-_?_ (_ -R.3677E+_:._ -4.723_,!15+141 4.3:-_5.1E+,_1 258.a 7 9. 982_E-f_ 1 -4. 522_E+,_'_ a._3t 7E+_,:,f _82.4 I9_.7 9 3.576qE*_(_ -1.9519E+_1 1.9_4aE+_l 28_,4 27_.5 RUN ¢IRST I/R TP STEADY H_ COS SI_ RFStil TA;_T .':;C p_-! A _ E 38 _3C_tB 7 -t.593F+93 1 -7.6293£*_1 7.6519E+_1 1,_5E+C_2 t34.9 4,3 53,_ a 1.3_9_E+_2 -1.1183E+_2 1.7526E_2 32_,3 5 -4.3675E+_P 3.39g2E+_1 3.a272E+_1 97.3 6 4,_54ffE+_ -4,5125F+_1 4,5386E+_1 276.1 7 5.gPeoE+_ -9.44}_E+_ 1.1140F+_1 3_'2.1 B -5.996_E+_I -3._343E_t 6._29F_!

2_:8.3 9 4.71H5E+_ -1.274BE+_1 1._5_3E+_1 20_.3 19 8.R6_SE+_ -2,2277E+_1 2.3975E+_'I 291.7 RU_ FIRST 1/R TP STEAnY HN COS SIN RESULTANT SCPH_SE 38 _3C61_ @ -J.61_E+@3 1 -Q._6RIE+_I 1.2177E+_2 I.b_73E+_2 129.J 2 6.7432E+@1 -1._l_7E+_l 6.@185E+JI

351.5

3 -q.5ataE+_;_ 8.141RE+_ I._543E+_l t39.5 -1.2197E+_2-2,4692E+_2 2. 154_E+_P 243.7 5 -5.8625E+el -1.98_0E+01 6.1801E+_1 i98,7 6 1.582.2E+01 6,1914E+_1 6,3_4E+_1 75.7 13,8 7 8°9448E+_0 2,1913E+_ 9,2_93F+P;_ 8 -5.3735E+_! 7._453E+_1 8.R6_6E+_l 232,7 9 -1.571_E+_1 -2.5741E+_1 3.=_157E+_1 736o_ 1_ _.9_g3E+e_ -2.327_E+_I 2.3782E+{_1 2_1.9 TABLE 9.- CONTINUED o) Continued --TF---_TE_D_ ...... _N ......COS- ................... 3_ ........

i_rON FIIT_T 17R .....

6 @ISsE-el 285'_

38 _3CB9_ I -4.g84E*¢| t t.5592E'_t -5.8133E-Pt 2 -5 3883E-_2 5°SB26E-_2

7:9774E- 2 132.5

3 2:t4ggE-_2 -5o895tE-_2 6.2749E-e2 _9_._ 7.3782E-_2 282,2 4 1,5502E-_2 -7.2123E-_2 3,780RE-_2 358.4 5 3°7883E-P2 -1._71_F-_3 5.7323E-_2 261,9 -8,_;fi84E_3 -5.67fi4E-?2 1.975_E-_2 ..... _6.3 1.33_3E-_ 2_@.I 8 6,5B_BE-B3 -t.1699E-@2 2.7138E-_2 2._ 9 2,7122E-_2 9.5e_4F-_4 t.BQ26E-_2 34q.1 I_ 1.77B_E-_2 -3.4142E-#3 HN COS SIN RESUL TA,.=T SCPHASE RUN FIPST I/R TP STEADY 7.74%4E-81 282.3 -38 B_3CB90 1 t.A4qOE-O! -7.563fiE-_1 9.B44¢E-_2 it3.1 2 -3°8669E-@2 9°_527E-e2 z.695_E-_2 268.1 3 -1.5767E-_3 -4.6931E-_2 8.32_2E-_2 _71,1 4 1,6428E-_3 -8.3186E-_2 6.3236_-_ 21.8 5 5,_734E-_ 2,3434_-_?

6 !,353aE-82 -4.743_E-{_2 4.932oE-_2 2_5,q 7 -7,5261E-_4 1o7_89E-_3 1.0223E-_3 113,_ 8 1.q_54E-_3 -3.8428E-_2 g 4 _402E-_3 -6.2461E-[_3 7.TBIIE-_3 3_6,6 1_ 2:3894E-_2 2.228_E-_3 2,309_E-_2 5.3 RUN FIRST I/R TP STEADY HN COS SIN _E'SUI 1 ANT .'3C PHASE 38 _,_3CBq_ 3 -4,Q61E+_I 1 I.eP83E-_I -8.66@2E-Vt 8.851_E-:I 281.9 2 -2.1974E-P2 1.1165E-_1 1.138:"£-:I I._1,1 3 -2.3_51E-03 -5.4942E-_2 5.499¢E-_ 267.6 4 -1,6_21E-_2 -8.8697F-_2 9,_132E-_2 259.8 5 6.2826E-e2 -3.4927E-_3 6.29_3E-_2 356._ 6 -1.84_E-_2 -9.732_E-c_? @.Oe_6E-_2 25g.3 7 2.3_7_E-_2 I._349E-_2 2.52_5E-_2 24.2 8 t._6@_E-e3 -2.5731F-_2 2.57Q_E-_2 27a. I q 6.305OE-_3 -1.58_6E-_2 1.7_51E-_2 292.,_ 1_ 3.6438E-_3 -1.7476E-02 1.7852E-_2 2_1o_ RUNFIRST t/R TP STEADY HN COS SIN RESULTANT SCPHASE 4 -4.984E+_I 1 I.92QQE-Qt -5._6E-_I 5.92_9E-_1 2BR,9 2 -6._251E-Q2 3.157aE-_2 6._:23f-C:_2 15P,3 3 3._199E-_3 -7._32_E-_2 7.P393E-_2 272.5 4 7.9175E-_3 -8,4494E-_2 _.4864E-:2 275.4 _,5_27E-w2 349.2 5 2.4587E-'32 -4.673_E-_ 6 7,_727E-_3 -4.5331E-P2 4.5895E-_2 279._ 7 -6,9343E-_3 1,4_R2E-_2 1,58_4E-£2 116._ 8 2._61fiE-_2 -3._37E-_2 3.6431E-_2 3_4.5 9 8.}216E-_3 -2°2586E-P3 B._298E-_3 344.5 I _ 8.171_E-_3 5._8_E-_3 0,5_43E-_3 31.5 RUN FIRST I/R TP STEADY HN COS SIN RESULTANT SCPHASE 38 BQ3CBgB 5 -4,g84E÷_I I 1.4735E-_1 -4,6567E-_t 4.8843E-_1 287.6 9.7391E-P2 159.1 2 -9°eg93E-_2 3.471fiE-_2 5._E-_2 283.3 3 t,1716E-e2 -4.943_E-02 3.36!6F-_2 3_3.4 4 !,8523E-_2 -2.8_52E-_2 fi 2.9685E-_2 -1.6672E-_3 2.9732E-_2 356,_ 3.7_d_E-:_2 312.9 6 2.5226E-02 -2.712qE-_2 3.2512E-_2 22_o_ 7 -2.48_6E-_2 -2._922E-_2 2.41_3E-_2 227,4 8 -1.6321E-_2 -1.7737E-_2 1.777_E-_F 312.3 9 _.lq63E-_2 -1.314BE:_2

. 93 E 3 3981E-@3 -1 5.6285E-_3 343.6

A,%r%

OF POOR QUALITY

TABLE 9.- CONTINUED o) Continued RESULTA'_T SCP_AS_ ...RUN FIRST I/R TP STEADY HN COS SIN ].8355E-_1 I " 2 9 1 _ 9 38 _O__C_g_ . 6 -41gg__F.+.el .... 1 1,4322E,_1 _e_,_5581E,01 1.bS_3E-_) 173o4 ':: - ............. ---- ...... " .... 2 -1.6394E-O1 1.8931E-02 4._2BSE-¢2 273,1 ! 3 2.168RE-_3 -4.gtAAE-02 7._796E-_2 35_.2 25.1 3.9291E-_2 .......................................... 5 3,5574E B2 1,6682E 22 5.6526E-_:_2 29_.2 6 2.497_E-02 -5._711E-('_ 3._844E-_2 271.9 7 I,R312E-_3 -3.R827E-_2 P8_.6 3.54!3E-_2 R 7.7439E-_3 -3.4556E-¢_2 2.6_4RE-,2 21_,9.

.2._R67E-e2 -I,3684E-P2 t.6_48E-_2 52.4 10 9,7071E-_3 1.2711E-_2 6CPMASE RESULTANT HN COS SIN I 3._93_E-_I 285,5 38 B_3CB9_ 7 -4.g84E+_I .8,2455E-B2 -2.9811E-g!

1H_.Q 2 2.2421F-_1 2.2419E-_1 -3.5536E-_3 3 4 83_E-_12 3_9.o.

3ogq77E-_2 -3 7_58E-a_ l:146gE'e1 16.5 ............ 1o_994E-_1 3_264_E-_2 2q°7 5 8.1_76E-_2 4.6201E-_2 9.3316E-_2 aol,_ 4.87_5E-_2 • i¸ .2.5646E-_2 -4.IAHSE_2 253._ 7 7.8195E-_2 2,_23E-_2 -7.5_2gE _2 5o557aE-_'_ 2_6,3 -3o5633E-_3 -5.5459E-_2 2.233_E-_2 193,2 10 g.2755E-_3 SCPHASE :; RUN FIRST 1/R TP STEADY HN COS SIN NE_UL.TANT i : i " 2A t

__L_S.e_.Scag_ ....... 8-4_,968_+et

2.9895E_01 I_:8_63E--_2 -2og31tE-t_l 353_E-_1 -3.287_E-_2 3.3693E _1 5,_541E-_2 3 4.8622E-_2 1.3796E-_2 ?.2575E-_1 le,1 4 2.14_6E-_1 7._112E-_2 5 1.7291E-_1 9.4917E-_2 I°g725E-_I 5._728E-_ 6 -5.5442E_2 1.2_13E-_2 24304 7 -5._62_E _2 -t._B88E-_t 1,12_7E-_1 1.1767E-_I 278.9 R t=824gE-_2 _1.1624E-_1 22_,9 9 -| O692E-O2 9,2733E-_3 1°41_3E-_2 66.3 2.7359E-_2 SCPHASE .... R UNFTRST t/R TP STEADY HN COS SIm RE_bLT_NT 38 003HANG 1 -6_734E+e_ I II.3757E+00 4.4714E+_Q 4,6782E+_ 1_7.1 2.7814E-P1 -5.3578E-_1 6._368E-_1 297.4 1P6,2 3 -Io477RE-01 5o_g45E-_1 5o3_43E-_1 4 -3,_029E-_2 4,2154E-_1 4.23_7E .... I 94,g 5 -_.9465E-Ol 6.47_5E-_2 3,_16qE-_1 6 -1.2_3aE-_1 2.86_RE-_1 3.1_3hE-_1 112._ 7 8,837_E-_2 -2.6675E-_:;2 Q.23_E-_2 3_3.2 q -1,3334E _I -g.4045E-_ 1,b317E-_1 215.2 I_ =t.2891E-_1 -3._92_E-A2 1.3256E-._1 193.5 wF_t!l TA%T RUN FIRST 1/R TP STEAr)Y ).( 'q COS Sl_ SCP_SE b.6_97E÷_ 1_4.4

...... 3e__3HA_.G -1.4143E+_ 5,5111E+_'_

2 -5._346E-_2 -8.291_E-_I _.3121E-nt 266._ -4°345_E-_2 2.7958E-_I 2.8294E-_ Q_.R -4.694_E-02 5.1045E-e! b.1261E-;_l 95,3 -3.6_09E-01 -3.B122E-_2 3.621_E-._1 186.:l_ -2.5915E-_t 4.52b_E-_t 5.2154E-_| 119o_ -3.6955E-_2 -1.287qE-_t 1.3399E-,_I -g.t546E-_2 t.g773E-_,l 2,17_E-_1 114._ Q -5.731qE-_2 -1,7672E-_2 5.9982E-_2 197.1 -6,4927E-_2 -2,3135F-_2 6._g25E-_2 |g9,6

OF POOR QUALITY

TABLE 9.- CONTINUED e) Continued

RUN TP STEADY

HN C05 81N RESULTANT _CPHASE 3 -8.357E+_ 1 -1.415oE+_ 6,3_6_E+0_ _.4_3_'E+_ 256,5 3 6.464_F-P2 2.4_2_E-v_ P.h64xF-vl 75,a 94.5 195.3 89.2 239,5" 7 -1._386E-_1 -2.445_E-_I P.a36_T-_.t -2,_665E-_.2 1,1826E-_I 1.2169E-_} I_.5 1h5,5 TP STEAOY RUN _:_ COS SI_ PESULTANT SCPHA_E 38 4 -6.545E+_ l -l.579RF+_q 4.349PE÷_ 4._7_E+_ 2 3.7O6_E-V}! -4.522_E-_ fi.g_43E-_1 -!.7_3R_-Vl 4.o922E-::I 5.2H4/E-_l.

4 -7.2660E-_2 _.5_62E-_I a,5h_E-,:1 99.2 5 -_.a_l_E-_t a.531QE-_2 2oR_72E-_I 171,,_ 6 -1.7aq1¢-_1 ?,7i_87_-,_1 3.2353E-, 1 123,1 7 6,45_8E-_2 5.4377E-_2 _,_309E-,_2 117.4 9 -8.1_65E-_2 -5.4565F-'_ O._216E-_2 213,7 213,6 RUN TP STEA!)Y _ COS sin SCPHASE PE S!/I, TA;.!T 5 -6.4_tE+P_ i -I.3116E+_ 3.6762E+6_ 3.P_31F+(_ 328,5 3 -5.832_E-OP 5.1_61_-_:I 5oi3_3E-_1 g6.5 153,2 5 -?,5457F-_ -2.265PE-_:2 2.555_E-c_ l_5,t -2.7_57E-_1 2.4636E-_2 2.71_0E- _ t7_°8 7 2._375E-{_1 9.2393E-_,2 2.4]_!E-_l 2P,5 _5.a 9 -3.399qE-_2 5._321E-_ 6.234_E-_2 122,g RUN IP STEAOY _ COS SI_ NES{_I TA_T SCO_,SC 1 -1.21 _t6F_:"_' 2,8463F÷C'_ 3._9_2E+ _.''_ 113.2 P l,_25aE+_ _') -O,92RSE-:_2 1 .1;'9c-E+ '"_ 355.5 3 -2,7142E-01 5.1422F-_:;I 5._! a6E-t_ I 1!7,_ a -a.6qaSE-aI -4.6722E-;_2 a.7177E-v_,l I_5.7 5 -4,232fiE-_!1 -2,0832E-v_! a.7_74E-_/!l 136.5 51.3 7 2.264oE-_1 2. _.26eE--_ I 3. _22(;;E-_" I -2.8346E-_2 2.U)lg2E-_'t 2._:_3OC'E-_ l 359._ P64,5 RUN FIRBT I/_ TP STEAOY RESULTAi!T SCPHA3E _ COS SIN 1 -7.b63oE-;_t 2,2352E+';_ _ ?,3_ _WF+,,:, 3, I 3 -b, t,.293E-_ t 4. (:"95'?E-_' 1 6.45')t -F-;_ 1 4 -9,1"_32E-!_1 -3,b736F-_'l o._1_;SE-c_!

213,o 5 -6,2!*62E-F';I -4.1714E-_'I 7.477_E-."1 7 3. _66_E-¢_1 4,_7b IE-:A 1 5.76_:_IE-.Jl 57.a -3, a354E-._2 4. 423_E-;_1 4,4371E-_1 94,4 O A. ! 237E-_,2 4.9251F-_2 6._P_3_F .... ;) 5",° 1,.t 3.477_E-72 -l.3al_E-(_l 1,4241E--'t 2_.I 1 O2 ORIGINA! _'- ....

- r,-t'L. I "_'

POOR QUALITY

TABLE 9.- CONTINUED o) Continued . RUN FIRST +i+]R .......... TP ........... 8TFADY-- HN ' COS ....

SIN RESULTA_T SCPHASE '+ ....... 38 _+3HANG . " 8 "7,619E++m I -3, I._'_3F.-_.I 1.9398E+_ 1.9_53E÷_ 99,2 2 2 2858E+00 2.2gg_E÷7_a 6.1

! 3 -5; t(_4tE-et

1734E-_t 5.2372E-+_1 t++.g 4 =1,5412E+(l_ -7.4807E-_I 1,7132E++++ 2+5.9 5 -l.2565E+_ -7._187E-_1 1,4392E+_,_ 200°2 6 3. 0721E-k)i -2.47_2E-_I 3,g421E-_I 321.2 7 3.5536E-01 7.3gF4E-_t B.2_67E-{:t oa.3 8 -7,56@1E-_2 1.0199E+_ 1._227E+_ ',+ 04.2 9 8.7352E-a2 1,4282E-_1 1.6741E-_1 58,5 10 5,3526E-02 -1,6677E-_1 1.7515E-_1 267,_ IRUN FIRST I/R TP STEAbY RY_..il TA+'+I" SCP+_ASE 38 _a4FB13 I 3.644E+_?

1 -t.234OE+_t 2._816E+_'_ Io259hE+_+i lh_._ 2 -4,4587E+_ 2.985+_E+_I 3,_il_IE+;:il 9o.5 3 -9,9694E+Oa -7,118_E+_I 4 2,5622E+_1 -2 994/E+(')I 5 -8,1717E+B_ -3:7374F+_!I 3.b257F+_+i 257,7 6 4.tS_7E+_t i.8275E+_vl 4.1547E+_I _.5 7 -1.3367E+_g t.5272E+v_l 1,5331E+U+l _5."+ B -3.|57!E+_I 2.1352E+_1 i_.8114E+..)! t45,_ 9 -1.3_14F+_I 12,534_F÷k_l P.BAB7F+v, 1 24P=8 -8",7795E-_1 RUN FIRST t/R TP STEADY HN COS SIN +_F_,II TA'_I SCPHA_E 004FR13 P 3.Z2?E+m2 + -I 12_1. E+_1 4:7867F+_ 4,_697E-@_1 -1.54_7F+.)1 1.5403E+_1 271,5 -9,81!_E+!_,: ?,_.lt2E+t,1 33b,_ 6.445_E+0_ t.112tE+t't 1.2_5_F_;:iI 59,9 8 6291E+_I 2.9624E++_t 9,1234E+_1 1_.9 4.2445E+eI 4.3633E+_1 77,) ._:6686E+_0 ,2547E+B1 2.39_AE+_I g -I,7887E+_u -2.030]E+_1 -8.3918E+_ -2,_898E-_1 8.3944E+_ii_ 1_1,4 ;RUN FIRST I/R TP STEADY HN COS SIN RER!'t t ,_ ,'_T SCP_IASE OB4FB13 3 5.1946E+O_ "|.g234E-_1 2 8.279AE+0_ 4.334_E+_I 4,_4.127E+_1 79,2 3 -1,7458E+_I -4.2161E+_0 1.796_E+_1 lq3,6 4. 2.3247E+B1 -2.7326F+_'1 3._77E+_)1- 31_.4 -2,76_3E+BI 7 25_t_F+_:l 7.7677E+_wl, 11_._ 6 t,397qF+_2 -2:55)P_E+_,I 7 1.826_E+Ol 6.egS1E+_t 6,Jb2BE+ol 73.3 3,9178E+_1- 1_7.4 8 -1.1742E+_] ):7327E+@I g -3,0477E+_I - 6847E+_ 3,_SOSE+_I i_5,_ I) -I,7741E+01 2,38_4E+_ '!,79_1E+_1 172,3 RUN FIRST |/R TP STEADY HN COS SIN --- 38 004FB13 4 3,554E+_2 ! -9,7686E+eB 3 _86+F+_!_ I._.4_SF+v+l 1.58,7 2 -I.177_E+_1 2:g2m6F+t}l 7.795BE+91 266,4 4 2,g3_lE+_l -2o345PF+C'1 3.7hpgF+;_l 3P1,3 5 4.Q557E-_I -3.3641E+_;1 3.3_5E+31 27_._ 6 3,8140E+_! 2.439_F+¢_1 1.2,)6_E+:_I 99,5 6 -3,gq5RE+_t -9,_377E-_ 3.995_E+_I !_1,3 g 3.5931E+HO -1.a674E+_I 1.51B7E+_l. 283._ IB -9,sg_3E÷BB -1,42_7E+_ 9,6q5_F+_ 1_8,4 TABLE 9.- CONTINUED e) Continued TP ...... STEADY SCpHASE RUN-F I RST-- I/R HN COS Sin. PFSI_LTA,4T 38 I_04FB 13 5 3.96._E+ :_2 I -2.2g27E+00 -t.4169E+_t I._35_tF,;_I 94o_ 2 -I ,2468E+HO 1.7618E+::Jl 1.7662E+_,Jl 3 .-1.5_27E+@1 -b.6941F_.dl O.Sb_7E+_1 257,3 3_8.1 4 7.1733E+_0 -9.!491F.+_.k l.laP_E+_l 5 -2.3_E+_0 -3.2@5_E+_ l 3.214!_E+61 265.9 6 -b._gI_E+O_ 2.{_161E+_.I 2._7_4E+_I 1_4.2 _3.q 7 :_. 5g2_lE +0:_ 2.4351E+_1 2.44R_E+v_I g5.5 8 -3, P}650E +lL_) 4. v_2HSE+U_ | 4.O3g4E_l 134o5 9 -I .226_E+01 1.2455E+._I 1.74_9F+:_I 64_d 1_ 8.8_15E+_ ._ 1.833qE+_}1 2 ._'342E+,_1 SCPHASE TP STEAOY HN COS SIN PFS!II Ta_T RUN F'IRST ltR ..

" 38 eOaFB13. 6 3,978E,_P I -I,4_15E+BI -9,8333E+@_ 1.77_2E+_1 213._ 2 -1.687_E+_I 1.3128F+_1 2.1376F+_I 142.1 262.7 3 -1.1357E+_1 -8.8351F+_! 8.O_78F+_1 331.2 5 -t.Q346E+{_O -2,28A2F+:t 2._9.2_F+_I 265,2 6 I,783RE+_I 4.7477F+ _I 5°!.)7|5E÷_1 6g.4 7 8.5407E-_1 3.2622E+_1 3._633E+_1 88,5 8 -1.7877E+at 2.2393F+_1 2,8654E+_1 126.6 9 3.99_2E+_1 3.8733E+_1 5,56_9E+_1 44.1 I_ _.5437E+00 2.1436E+01 2._587E+_1 _3.2 ._._.UN FIRST I/R. ...

HN COS SIN TP :.- STEADY P,ESULTA,_T SCP,ASE 38 0_4FB13 7 4._38E+02 1 -4.2774E+01 6.523]E+0_ 4.3_6BF+_1 171.3 ? -2.1335E+01 5 4631E+0_ 2.2023E+_1 271: 3 2.8513E+_0 -8:516_E+_!1 _.52PBE+_l 4 2,g623E-_1 5,4346F+v_ 5.44P_F+_ 66.9 5 6.7728E+0_ -1.9317F+_'_! ?.C_AT_.E+_I 2_0.3 6 1.415qE+01 7.7353E+_1 7.Sn39E+!;_l 79.6 7 -6.8232E+_ 4 23_6E+¢I 4 _72F+'_1 99,2 8 -3.62e7E+et 2:6767E+gl 4:5_27E+_1 143.5 9 3.2743E+_1 9 79_3E+_1 1._323E_2 71.5 10 -2.9772E+0_ 3:6832E+@1 3.695PE+_;I g4.6 RUN FIRST 11R Tp STEADY HN C05 SIN REgUt TA_T 3CPHABE ..... 38 @B4F_13 8 3,g55E+02 I -5.9493E+_l -2 3733E+_I 6 _52E+.._t 2 -4.6317E+_1 177.1 2!376AF+00 4:6378E+_1 3 4.7g_4F÷01 1 6_07E+_i 5._5_8F+_ll 18.5 4 4.7!76E+0_ 2.5655F+_1 2.b_85E+_l 79.n 5 -3,4747E+01 195,6 2:_I5_E+PI g._gbSF+_l 6 9.6_9_F+H1 11.7 7 -I,lg54E+_1 4.4_1E+_1 4.55g_F+_I 8 -8.2296E+_1 2.3883F+_1 _.5691E+_1 103.8 q 6,247gE+01 2 4455F+_1 6.7_95E+_1 21,4 1_ -1._954E+01 2:7115F+01 2,924_E+_1 I12._ RUN FIRST 1/R TP STEADY HN COS SIN RESULTA_II SCPHASE 38 H04FB|8 t 5.881E+_1 1 1.2510E+01 -5.SB73E+_! 6._1_9E+_1 2h2._ 2 -5,3653F+0_ 4.133_F+01 _.lh_E+_t 97._ 3 -I.5137E+_1 -9.2_gtF+dl 9.3327E+:_1 P6v_.7 4 2.5503F+01 -3.636@F+_1 _.r:1_t2E+_l 3_5._ 5 -7,51R6E+00 -_.6284F+_1 3.7_5_E+_I _5e.3 6 4._171E+01 2.9514F+_ a._?79E+_1 4.2 7 -1.4839E+00 1.5515_÷_I 1.5586E+;_I 95.5 8 -t.B326E+_I 1.9_21F+_1 _.('_13E+_1 133.o -1.gSB2F+_t 2.1_i_/E+_l 247.3 tB -6,6654E+_ 8,1_62E-_1 6.7145E_i_ 173.1 101l

OF POOR QUALITY

TABLE 9.- CONTIhrUED

a) Continued

L TP

RUN FIRST I/R STEADY wN COS

SIN RESULTANT SCPH_SE 38 0_4FB18 2 6,358E+@1 1 2,_12QE+01 -7.5818E¢el 7.84a2E+_! 284.9 2 -9.6157E-_1 5,9795E¢_1 5.o8_3E+_;1 90.g 3 a.232_E-_t -2.1633E+_I 2.1637E+_1 271.1 4 2.9181E+_1 -!.873_E+_i 3._7_6+_1 327.3 5 1.14e_E+_I 2._>_43E+_I 66,1 !

_:696fiE+01 6 8.stePE,_l _141.E+@1 9.311fiE+_1 ....... 18._--- 7 9.8527F+_0 3.8471E+Zt 3.q713E+_i 75.6 8 -1.!165E+_1 2._0_F+_1 115.!

_:3813E+_1 g 2.1388E+_ - 4748E+01 1,49_3E+_I _78.3 1_ -7._fi01E+_ 1.b522E+_ 7.2411E+_V, !66.8 RUN FTRST !/R TP STEADY HN COS SIN RESULTA_T SCPHASE ....

38 _B4FBI8 3 6.t7fiE+@1 q.486aE+_t 293°3 I .3.7569E+_1 -8 71B/E+Ot 2 5.4447E+_ 6_9_25E+_1 6.q_3qF+_l 94.5 3 -1.45_BE+@1 -6o7996E-_]2 1. aS_E+_31 18_,3 d 2._41HF+_1 -3.6_QRF+_I .,_TP_E+_I 3_6._ 5 -8.9_51F +_; 7.435_E+t_I I .ha 17F+,_2 347.2 b._fig_E+_l 71.3 3._4OE_1 95.7 q -2.4745£+PI -I.g363E+_ 2.4821E+01 "184.5 10 -1._RbdE+@I 1.1661E+_ 1._O?6E+_l 173.g RUN FIRST I/R TP STEAOY w_ Co5 SIN _ESULTAt_T QCPHASE _8 @(_4FBJ8 4 fi.2hBE+_l 1 1.7432E+_1 -5.817aE_Z1 2 -1.281fiE+_1 3,qgSaE+e1 3 -7.549gE+Oe -9,739eE+01 9.7582E+_I 265.5 4 2.7114E+01 -2,84@5E+@_ 3,O26PE÷_I J13.7 5 1.276_E-_1 -3.4544F+_1 ).4_44F+;_1 17_.2 6 3.9468_+01 2°5421E+_1 4.6O4bE_@1 32.8 7 -1._1_E*_ !=2_6!E+_!

1-?7RIF+_ ! g_.5 q -2.936_E+_1 4.6117E+_ 2_7_E+,_I 171.1 q 4.712_E+_ -1.172qE+_l _ -5.8759E+_'_ -_.8117E-_I 5.9153E+_O l_6.b RUN FIRST !IR TP STEADY HN COB SIN RESULTANT SCPHASE 38 _4F_18 5 7._4QE+_1 1 1.@O47E+B1 -5.5191E+{_1 5.b266E+_I P_t._ 2 -1. I_31E+(_l 2.535RE+_'1 2.765aE+41 113.5 3 -2.87_!E+_I -9._TqFE+Ol q.5223E+:_l 252.5 a 6.9287E*_ -I.3263E+Pl 1.4955E+51 297.5 6 -1.3758E+01 2._47_]E+B1 2.8_7_E+C1 119.3 7 -I.614_E+_ 1,6403E+_I _.EdR2E+_1 qSo6 5._R93E+_ 2.75_6E÷_1 2.7973E+_! 79.5 9 -3._P33E+_ 1.2723E+_1 1.3_7_F+f_l 1_3.4 1 _ 6._578E+_ 1.521_E+_1 1.6372E+_1 68.3 _tJN FIRST 1/R TP STEAnY HN CnS SIN RESULTANT $CPNASE 38 0_4F818 6 7,4_E+_1 4.5348E+_I _b7,5 I _ q_75E+_ -4.53_6E+01 2 -=_4015E+01 1.3955F+_1 2.8557E+_1 15_.7 3 =2.2491E+_1 -1.PB_6E+_2 1.1_57_+_,_ 258.3 a 5.8826E+H_ -5.74_5E+_ R.2194E+_) 315.7 5 -6._82gE+_H -1.9657E+_1 2._69_E+_I P51.7 6 _,6!75E+_1 4.722"E+_1 4.o914E+_ 71.1 7 2.487_E+0_ 2.8523E+¢1 2.8631E+_1 85._ 8 -1.]2_5E+81 2.e182E+_l 2.3_84E+_1 !19.0 9 3 5529E+01 3.0_5E+_1 4,65_aE+_1 4d., 1 _ 4_7984F+O_ 1.4085E+_1 1.5735E+_1 72._ TABLE 9.- CONTINUED e) Continued RUN FIRST I/R TP STEADY w_ COS SIN RESULTANT SCPHASE x 3.92@7E+_1 221. _ .... "38 _i_4F818 7 7.g27E+01 t -2.9246E+_1 -2.6113E+01 3.1567E+_ 17_°5 2 -3.113QE_I 5.2318E_Q_ 1._6_3E+P2 266.5 3 -6.4143E+_ -I.Q584E+_2 5.249aE+_ 107.8 4 -1.6_7_E+ Q_ 4.9978.E+_:_P 1._E+_1 271.9 5 6.1 _A_QE-_t -1.8674E_t 7.47_3E+Vt 7_.2 6 I .523RE+_1 7.321aE+C_t 7 -I.5247E+_Q • 4.162qF+_1 4.|657E+_!1 g2.1 -2.3474E+_! 2.451_E+_t 3.393_E+_l 133._ g 3.2294E+01 8._7_9E+_1 8.7_5E+_1 68.2 2.81fi_E+_l 93._ 1_ -t._661E÷_g 2.8Qg6E+_t HN COS SI_ ,_E_;UI TAroT SCPF_ASE RUN FIRST I/R TP _TEADY -4._777F+_I h.47_hE+_l 22_.2 3B QQ4F_18 8 P.441E+_I 1 -4.Q516E+_l 2 -5 7225E+_1 5.7311E+_! 176._ 3.1495E+(*G_ 3 5:7_49E+P1 5.81_3E+ffl 11.3 I._42gE+t_1 4 2.3R_?E+_l 75.8 5._6_7F+_ 2.3151E+_I 5 4.6166E+_I 193._ -4,4qSoE+_l -I._356F+_I 6 9._74_E+_1 7,4 9.7925E+_1 1.266_E_P_ 7 4.373_E+,_1 1_7,_ -1.3PSBE÷_t 4.1679E+v_t 3.2335E+_1 -6.3_RAE÷ql q 5.6734E+'_1 1.935_F+_1 |.677_E+_I 111.5 RESI..H_ T A P_T SCPHASE RUN FIRST IIR TP STEADY _N COS SI_ 38 Q@4FH3_ 1 !.I9_E+Q2 ! 5.4_72E+Vl -1.4347E+_2 2 4.HO_6E÷i)I Iko.7 -1._4_gE+_I 4.6113E+_I 9.9_33E+,_I 265.1 1,62_E÷_1 -2.b_73E+'_1 5 l._hE+_l 249.4 3.3_91E+_t' 19_.4 7 -3.3332E+_ -6.129RE-_1 8 7._91E+_ -4,66_3E+_ q 1._562E÷_ 6.4971E÷_ ,_ 2.9332E+_ _ 3_b.5 1.7_37E+_ -2.387_E÷_ PESt_LT_T _CpH^sE TP STEADY NN COS SIN RUN FIRST }/R 1.7641E.+_ 292.3 38 _W4FB38 2 1.126E+_2 | 6.696_E+BI -1.6321E+_2 _.517_E+_I I_3.q 2 -2.e48|E+HI 8.2679E+_I 2.68ggF+_1 32_,3 3 2._69fiE+0t -1.7184E+_1 4 I.aQQ2E+01 -1.24_6E+_1 1.2522E+_t A_._ 5 9.5_36E÷_ 8.1533E+_ 2.3671E+':_I 7.3 6 2,3431E+_1 2.gRR6E_ 4.77_E+_ 134,1 7 -3.324fiE+_ 3._248E+ _'_ 5.775_E+_ 345.1 8 5,5_0gE+_ -_.4BbSE+_ 9 -].7246E+_0 5,2657E+_@ 1.331qE+_ 3_4.5 1_ 7.5a52E-_! -I.Pg76E+_,_ RESULTANT 9CPPASE RUN FIRST 1/R TP STEADY HN C08 SIN 2._57_E+_2 296,_ 3B _4FB38 3 1._87E÷_2 1._7_2E+_2 111.7 2 -3.9499E+_1 9.9463E÷_I 1.2323E+_I 37,8 3 9.7433E÷@Q- 7.5451E+V_@} 2.1!437E+_1 287.3 4 6,3887E+_0 -2,_462E_1 5 9,954PE+_ 3,¢271E+_1 5.11_5E+_! 332,1 4.b!S2E+@l -2.3937E+_; a.16_7E+_ 181.5 7 -4.1594E+_ -t._,645E-el 7._1oE+'_;" 29d,4 8 3,3552E+_ -6,2139E +_,{_ 7.5413E+_( _ _,2 4.5P]6E+_ 35_.i ORIGHN,,_,L ._-._ ....

OF Poor qu, UTy

TABLE 9.- CONTINUED e) Continued TP, STEADY HN COS SIN RESULTANT SCPHA_E 38 004FB38 4 1.JSIE+_2 ! 6,2_51E+_1 -1,3935F+_2 1.fi25_E+{;2 294.-_ 12_;.7 269,_ 4 ,:6623E+_1 -2,0987E÷_}l ?.6773E+_1 3H8.4 5 -3,5Q4qE÷_ -I.bO21E+01 1.6419E+f)l 257,4 6 7.5534E÷0_ 2.849gE÷_ 8._732E+_ P_.7 I 7 -2,4O67E+0_ -2,8_bRE÷_ 3,6967E÷_ 229,4 8.8631E+_ -2,_460E-_2 _.Rb32E+._v. 359.0 q -4.2Rg7E+_ 3.2418F+_ 5.3769E+[i_ 142.0 1_ 2._344E+_ -5.6353E-_1 2,8899E÷_ 346._ RUN FIRST 1/R TP STEADY HN C05 SIN RESUL. TA_4T SCPHA_E

]3S _4FB38

5 1,247E+_2 I 2,7_06E÷0! -1,2374E+_2 1,2665E÷_2 282 2 -2,4553F+B1 3.6522E÷:_!

3 -3,_9_9E+_1 -9.273_E+_1 25I._ -5,1315E-_1 -_,9297E+E:_" 7.Q46_E+_; 266.3 5 -g 7531E+_ -9.3234E÷_:4 1.34g3E+:-_! 223 6 -7:8784E+_ 7.1383_+_ 1,_631E+_1 7 -l.613gE+_ -I.2_ItF+_ 2.0_l_E+_ 216.7 8 -5.9_24E-et -8.3342E+H_ _.355tE+_ 265,9 7._78_E+_ 1.3_12E+_'1 SCPrlaSE STEAOY HN cns SIN RESiJLTAt.;T RUN FIRST |/R TP 38 B_4FB38 6 1,233E+_2 1 8.8394E+OB -g.oBI2E÷k_I 9.6418E+Vt 275.3 t55.4 -4,5843E+_t 2 IBlqF+_t 5o_!432E+_;,] 255.2 -2,g254E+_ -I:|ll_4E+_P I,_4_3E+C12 4 -3.2626E+P_ 2.v_25_E+;;_') ._._30gE+_,' 14_,2 2_2._ -6.76_RE+_ -2._513F÷_ 7.3373E+i:_ _ 7v).7 6 4,gO_RE+_ I .4213E+_1 1,5_64E+_-1 7 3,7466E-_1 -1,36_AE+v'_ 1.41g _E+_; 2_5,3 323,5 9 -1.1596E+_1 -I.257_E+el 1.71_2E+_1 227,3 IH 3.2R2_E-_1 -8.4927E+_0 _.499_E+_ 272°2 SCP_SE RUN FIRST I/R TP 31EADY Hrl COS 81N NI_SIJI TAr, T t -2,8"177E+#_1 -6,7863E+(._! 7,3441E+'_71 247,5 ?. -5.4 ;]_}4E+I:_ t 1,544_E+vJ 1 5. _1 _7F+_,'| 164,_ 264.5 4 -2.3783E+_ 9 4984E+_ 9.7917E+0,'_} ,5 -6,447qE+0_] -2:3346E÷_t;} 6._57bE+_,_-'_ tgq.q 6 7 2524E_0_ 1.966_E+_1 2, _g63E+_'_ 1. 69,_ 26.7 7 3." 6_ 15E+_>iH 1,8198E+ _._'4 4 o _'_ 53 £:E +_.;'.._ 8 9.6642E+_¢ -6.929gE+_ _ I. _ _92E+-_I 324.4 _54°g 9 -9.2145E+L_'_ -3.4121E+_1 3.5343E÷'_;1 2_'._ la 2. O,t 96E+_ -l,4g_gE+_! 1,5262E+_1 SCPHASE HN COS SIN RESUI. IANT RUN FIRST I/R TP STEADY x • 38 R_4FB38 8 I -6._515E+_1 -4.7925E+_1 7.7194E_'.ll 1.439E÷B2 17v.._ 3 6. 3918E+_1 1 ,_W_63E+_ 1 6,47;_E_+_1 l_5.7 103.9 5-2.6q73E+_l 7.8(_09E + v_i,} 2.8_78E+_'1 351.5 6 3.Se74E+_l, -5,7145E+_'_ 3.RSHIE+(hl 227.2 7 -4.1466E÷k10 -4.4708E+_,._ 6.___977E+,-,_1 15.1 8 1.6948E+el 4.5581E+,,_ 1.7551E+_1 q -1.6447F+@1 -7,(_65E+_;_ t.IFT_E+:_!

\ lv) 9_,Ig7gE+;'t_ -1,764gE+_11 1.99_2E÷_;'1 297.5 TABf-E 9.- CONTINUED o) Continued 8IN 'RI_FIRST " I/R Tl:W- _TE_.DY HN COS RESULTANT 8CPHA..RE 38 _I_4F846 1 5 1434E+01 -1,24_4ECB2 1,342BE+B2 29P.5 1 I ,357E÷B2 2 -2_2_71E+PI 3.0484E+B1 3.7635E+_1 " 125.9 3 -2.73aSF +@_ -6.83_5E+P1 6.836PE+_1 267.7 1.1324E+v1 3_I._ 4 5.8313E+@_ -9.7_77E+_ 5 t.8B26E+O_ -3.bg34E+_ 6 -6.3563E +¢_ -I.8123E+P_ 6,bIt5E+t_; ' 195o9.

7 -1.5771E+_ -3.6686E+_H 3.9937E+_ 246.7 1.58_oE+_I 327.3 8 1.33BlE+O1 -8_5397E+e@ I._81E_I 62,6 q 4.8)42E+00 3944E+_ 2.4874E+ge 315.2 1_ %.764qE+B_ -1.752gE+_ TP kTEADY SIN RFSbL_A_;T $CPhASE RUN FIRST 11_ HN COS -t.437qE+_2 t.sa!gE+_2 2gl.2 !"38 _g4FB46 1 F.SB7_E+_l 2 t,_B3E+B2 7._1_E+_I 113.4 2 -2.7_27E+_1 6.4245E+_1 -9.6595E+_ 2,8146E+_1 33q.9 3 2.6436E+_1 -5.8662E+_ 8.7629E+_ 318.!_ 4 6.5_96E+P_ -I.239_F+_,_ 7.A573E+_ _ 35_.4 5 7.3a3_E+_ 6._317E+_ 226.7 6 -4.1333E+_ 7 -5o562_E+R_ -I._@?E+_! t.laabE+_ 2_.9 1.3112E+_I 3_.5 8 8,1_35E+_V 5.3884E+_0 6.1allE+_ 118,7 -2.945qE+_ 3.5501E+0_ 27_.5 -3.5481E+_ 1_ 2.707_E-_I HN COS PESL_Lr_'_T SCPHASE TP _TEA!)Y ROaN FIRST [/R 1.7945F+_ 2q4.5 38 _14FR46 3 1.766E+_?

8.g469V*E_1 121,3 2 -4.6441E+_I 1.9_55E+:_I 23.6 3 1,8g_7E+@l -I.354qE+_I 1.35_7E_I _74.3 4 I._I4qE+_ 1.9812E+_ 6.gh87E_ 16.5 5 6.681_E+_ -5.193_E+_ 8,)29qE÷_ 21g.7 6 -6.95_IE÷_ -1.525AE+_1 t.7.ldlE+_l 2_.).5 7 -7.5931E*_:_ 1.9641E+'_! 2_2.3 -I,9194E+_t 4.1691E+_ I._556E+,_) 34c.7 g I._385E+_1 -1.6425_+Pk_ 3,6366E+_)_ 333.2 I_ 3.24b_E_ RESULTa_)T SCP_$F HN COS SIN RUN FIRST fIR TP STEADY 1.3153E+22 2q=.5 38 _4F_46 a 1.313E.+P2 ) 5.6902E+B! -1.185gE+_;2 3.7_21E+_I 13a.3 ?-2.6272E+_I 2.692_E*_1 6.R38RE*;>1 271.a I._:2_9E+_I 3,_,7 5 869oE+_ -1.2964E_P_ 3.1132E÷_(I 337,2 6 6.3_35E-_1 -3.9293F+_ 7 I.gg2BF-_I -5.7_27E+_ 1.674_E+_1 353,5 7o122_E+_ 12R.I 9 -4.391oE+_ 5.O_7_E+_ 2.4979E+_ 34d.9 !_ 2.45_OE+O_Y -4.82_9E-_,I PERliLTA_T SCPti_SF RUN fIRST IIR TP STEADY H_ COS SI_ 1.V978E+_2 2_4._ I 2.8285E+01 -|.06B7E*_2 38 f_4Fg46 3._449E+_hl 131.4 6.264_E+_I 24q.4 3 -2.2B35E+@1 -5.8641E_1 I._7gSE*_ 122.6 4 -5.816_E-_1 9._941F-_)I 5._'571E+_ !55,4 5 -4.bq65E+_ 2.1_SaE+_)_ 1.5178E+_ 16.6 6 1.4543E+_ 4.3447_-(;!I 5.4)5_F+_ _295.7 7 2.3446E+_ -4.8819E +|'i_ !.52_9E+_1 2e_.7_ B -8.e71_E-_2 -1.5219E+_1 7.468JE+_ 28!.B 1.5333E+_ -7.3_9_E_9_ I._158E+_1 245.2 1_ -4.6_9_E+_ -I._125E+@1

_o8

OF PO0_ Q_L;iLI'fY

COWFINUED TABLE 9.-

Continued

c)

COS SI N RFSt.JLTANT SCPhASE HN _qTN--I_ I-R ST--I/R .... - ....... T P ..... -S T E A D Y 1 217,2 I.B7@7E+BI =8 4212F+_1 8.489aE+_1 38 _4FB46 • 6 1,364E+ia2 2 156,1 3 252,8 -2.3868E+_1 -7 7325E+_! 8,_925E+_I -4,1365E+_1. Ii829AF+01 4,5231E+_1 4 126,6 -3,9626E+B@ 5 3443E+eO 6,6531E+B0 5 11_=5 -t.754gE+ee 4 6951E÷_a 5._124E+_ 3.687_E-_1 -2:4592E+_0 2.4966E+_ P78.5 272°d 4.253gE-el 5437E+_H q.5532E+_ 6.5642E+_ _?:12H6E+_t 1,29_7E+_1 3_,4 222.3 9 ,2.17_5E+_1 -1o930_E+_1 2,8673E+t_t 242,2 -3,6876E+0_ -6,9889E+_H 7,9_21E+_ SCPHASE COS SIN RESULTANT HN RUN FIRST I/R TP STEADY i _48.3 ....... 38_4FR46 ..... 7- 1.378E+@2 1 -2 3_7¢E+B1 -5.8_6PF+01 6.2475E+_1 163.'_ 2 -4:976_E+BI t.52{_E+et 5.P_38F+e!

263.8 3 -8.|R51E÷OH -7.582_E+el 7._25!E+_1 4 94,9 -7,048_E-_I 8,25RtE+_O _.2881E+_ 137.5 5 .3,41 ,-_,_ .............

293._ 6 2.8068E+_ -6.5767F+_@ 7.1664E+_ _:1181E+_ -I,3756E+_I 1.5056E+_1 318,4 --i " 9 777._ 2.0398E+00 -1.6_23E+_1 1.674_E+_1 1H ) SCPHASE : COS SIN RE3ULTANT --RUN FIRST I/R : TP ..... STEADY HN I -4.5727E+01 -4.2_87E+01 6.2147E+_I 222,6 38 0_4FB46 8 1,575E÷02 172 1 .5,6q75E+01 7,9_73E+_ 5 7524E+_1 5,@62qE+_t 4.8524E+_ 5_k:861E+Bl 102.3 4 -3,_425E+_ I.3991E+R1 I,43|8E_1 122.7 5 -6,81_4E+_ l,_622E+kil 1.261_E+_1 781.2 280.7 7 3.432_E+Oe -I.8182E+_I 1.85_3E+_1 344.9 3,205_E+0i -8°666_E+_ 3,32_iE+_!

197.5 g -2,9958E+_l -9,4595E+_ 3,1416E+_1 1_ 6._77gE+_@ -1.1347E+01 1.287_E+_1 298,2 SCPI-_AAE HN COS SIN RESULTANT RUN FIRST fIR TP STEADY 292.6 1 5.4167E+01 -I,3_BE+_P 1.4_3E+_2 ----38 004FB53 ..... I -6,830E+_1 -3.264_E+_1 2,7333E+_1 4,258_F+_1 14_.1 2_7._ 3 -2o3366E+_ -6._754F+_1 6._799E+_1 133,7 4 -2.4748E+_ 2 5881E+_ 3.58_gF+_ 52,2 177.9 6 -1.2_1E+01 4.4|69E-_| t°2_9E+J1 2_9,9 32R,1 55.7 9 7,5303E+00 1.I_21F+_I 1.334_E+et 349,_ 1_ 3.4276E+_ -6.67_E-_1 3,4glOE+_ SCPHASE -_UN-FIRST- fir TP " STEADY HN COS SIN RESULTANT 291,7 38 OB4FB53 2 -7,151E+Bt -4 01_4E+_1 6,2926_+_1 7,461gE+Pt 3:1571E+et -3,6917E+9_ 3.178_E+,_1 4 3 3333E+00 -3.7124E+_0 a,gBg?F+_ 5 3:_2RE+0_ -4.3555E+ea 5.29_3E+_ 3e4,6 6 -2,_667E+_1 -1._39_E+O1 2.3131F+_1 ?_6,7 253.1 7 -4.4698E+_0 -1°466RE+_1 " 1.5334E+_1 294.5 8 7,131_E+0_ -I,563gE+_1 1.718_}E+_1 9 -1,861qE-@1 =.7425E+_ 4.7461E+_ 92.P _L_ 1.278_E+_ -_,_PSE+_ 3,_O_E+ _ TABLE 9.- CONTINUED e) Continued .... RUN FIRST I/R TP STEADY H,"$ COS SIN RESULTANT $CPHASE 38 ._B4FB53 3 -7.702E+01 1 7.6455E+R! -1.6B56E+G2 1.8509E÷_2 294.4 2 -6.2_3_E+_1 7.5229F+_ _.7597E+_I 129.5 3 2.6_17e+_1 1.7o_2E+_1 3.2293E+_I 33.9 1.535JE+_1 27_._ 5 2.9827[+_ -t.2oigE+_l _._P59E+i_I 283.,_ 6 -4._alSE÷Ol 5.a526E+_ a._783E+_l 172.3 2.]g35E+_,I 251.5 2.1_25E+_I _68.5 9 1.534aE+_1-2.8227E+_ !.5696E+_I 349.6 I_ ?.6564E+_n -3.7972E+_4 HUN FIRsr 1/R TP STEADY )YEStlL TA_'_ T 5CPHASE 38 _I_dFB_3 " 4 -6.764E+_I I 6._841E+Bt -1.2433F+_2 1.3842F÷¢2 296.1 2 -3.7545E÷gl 2.1_55F+_I 4.3443E+_! 149._ 3 2.404_E+!_ -6._44E+Ol _.E;_g_E+_I 272.4 4 -4.1o13EeC_ 7.3572E-_1 _._553E+_ 17"._ _ 5 3.3_35E+_ 9.224_E+_ 9._252F+k,_ _ 69.9 5.I_5E+_ 275.3 8 1.719RE+_1 -3.6299E-_t 9 -7.622_E-e1 8.!]14E+0_ t_.1471E+!_ q5.4 I_ 3.7835E+0_ 4._415E-_I 3._143F+_0 7.3 kdN FIPST !/P TP ST_AQY HN _OS kESIlI TA_T SCPHASE 38 0_,4F _3 1.t( 97E+92 285.7 5 -6.80]E+Pl -3.9317E+_I 2.5_95E+_1 3 -2.1260E+_1 -4.726_E+_t 5.I@_7E+K1 245.P 4 -2._86E-_1 7.6a59E+_ 7.6511E+P_ 92.1 -7._17_E-_1 9.7835E+l:_e 9.8_7E_e 94.1 6 3.8S6RE+_ -2.4fi62E+;_ 4.57PETE+ _ 327._ 7 3.364_E+_ -6.5_66E*V{_ 7,324_F+_* 297.3 g 1.$97_E÷,_ -4.4616E+P_ 4.7J9_E÷_i 289.7 h.a2_E+ _ 224._ RUN FIRST I/R TP _TEADY wN COS SIr_ RESdLTA'4T 5CPHASE 38 Q_4FR53 5 -6.32BE÷_1 ! 8.1530E+_(* -8.1q03E+_1 P.230HE+!_1 275.7 5.425C_E+F1 156._ 3 -P.33_3E+_l -b.abSJE+Ol 6.a_35F+_i_1 25_.t 4 -3,_395E+_ 8.13_5E+_ 5 3,396oE+_ 9.74_3F+_P 6 -l.629_E+Oe -1.5_7_F+{+t _.515_E+_1 263.8 7 -I.2936E+_ -1.6776E+_ 1.6825E+_I 265.6 3.1336E+_ -1.3182E+_I 1.3549E+_I 283.4 q -_.1377F+_1 -1.8_2E+'_1 2,7O48F+!_1 22',_.!

1;_ -4.4165E÷_ -6.3134F+_ _ 7.7_i48E+_ 235,_ _ RUN FIRST 1/_ TP STEAbY HN COS PESULTANT FCPNA_E 38 _4Fn53 7 -6.I_6E+_I I -1.894aE+_I -5.958eF+@I 6.2529E+_1 252.4 2 -5.669_E+_1 1.7549F+_I 5._344E+_1 162.H 3 -9._56_E+0_ -b.9515E+_l 4 3.514_E÷_ 1.0816F+_1 1.1373E+_il 72. _' 5 2.5741E-_I 8.35_9_+_¢ -2.Pa14E+_O -2.a131E+_1 2.429RE+01 263.3 2.2755E+_=1 277._ 1._971E+_1 -1.5979E+_I 2.v581E+_! 3_9.t 9 -I.836_E+Pt -4,3167E+_1 4.69@qE+_I 2_7._ I_; -6,629_E-_2 -1._583F+_1 I._583E+_! 2_0.6

OF POOR _:_

Q " _LI ry

TABLE 9.- CONTINUED e) Continued

RUN

FIRST I/R . TP .... $TEA_y HN COS SI_ RE3ULTA_T $C P__A_E- 38 004FB53 B -4,213E+_1 1 -4.8243E+01 -2.960BE+01 5.660_+_1 2 -6,3135E÷01 g.2625E+_O _.3811E+{_1

3 4.8041E+01 7.2113E-O1 4.8047E+¢_I

I..4ROSE4RO 1.435FE+_1 1.4424E+_!1 84,.4 5 q.I_SgE+_O 1.3052E+_1 I.Sg28E+_,l 55. "_ 6 -2._646E+_1 -1.0_3E+01 2.d462F+t_1 7 6.6823E+_ -2.6473E+_1 2.73_3E+_1 2_4.2 3,16R_E+01 -1.7_97E+_t 3.6_3E+_I 331.6 9 -3.0261E+01 -6o7583E+_ 3.1_6E+01 Ig_.6 1_ 2.7024E+00 -3,062_E+0_ 4-_841.E+O@ 311.4 ....RUN FIRSI I/R TP STEADY HN COS SIN RESOI.TA_!T SCP_ARE 38 QO4FBgO I O.BHOE+OB 132.5 358.1 138.3 46.7 338._ 17._ 767.1 7!.1 RUN FIRST I/R TP STEADY HN COS SIN RESULTANT SCPHASE 38 HH4FB9_ 113.4 184.5 95.1 I_7.5 g7.9 74,6 1i2,7 34,: 9 0._0_E+0_ O._E+_@ _._,_v,_E+_," 1 _ 0.000_E+_ Oo_BRE+_ _._E+_ 37..._ RUN FIRST I/R TP STEADY H_ COS SIN RES_LTANT SCPH4,qE 004FB90 3 O,QOOE+O_ I _o_BE+_ 0.000_E÷_ H._0_E+_ 33.g 96 1 219:_ 14_.8 321.7 8 0.0000E+OP 0.00OPE+_ 0,000:_E+_0 1_6 7 79.8 I _ 0.0000E÷_0 0.000_E_@O 0,_0_E+_ 25,_ RUN FIRST 1/R TP STEADY HN COS SIN RFRULTA_T SCPHaSF ..... 38 004FBge 325.2 2 O.BBOBE+@O 0.0o00E+00 _.B_B_E+_v 6n.5 3 O.BRROE+HO 0.0O0_E+0_ 0.000E_E÷_) 141.9 4 0.0000E+00 0.0000E÷0@ _._00_E+0_ 1qi 256._ 45.3 9,9 345.6 !4 O.POOQE+00 Q,eOOOE+OO 0.00_oE+0O 91.6 • TABLE 9.- CONTINUED o) Conblnued RUN FIRSTJ_ ....

' ' _ . . . . . . . . . . . . . . STEADY HN COS SIN RESULTANT SCPNA,_E 274,G 139.8 _35 28_.7 295.1 9 _.oB_E+o_ _._OBE+_ _.O_@BE+_ 5_.9 t_ _._E+_ 0,0_0_E+_ _._E+ _,_ 262._ RUN FIRST IIR fP SIN HN COS RESULTANT SCP_ASE 38 0_4FB90 6 330.9 7.P 238.3 163.2 _._ 19_;. 1 2;_2. _ I_5.3 / RUN FIRST IIR TP STEAD_ HN CO8 SIN RESULTAh_T 8CPHASE 38 _H4FBgB O.B_E+_ 17_.8 3 _.F_O@E+00 0.0PBOE+BP 5 _._E+_ _._O¢_E+_F _ 6 _._E+_ _,_E+_' _. P_:gE+_(:_ 58.1 _._E+_ 298.3 8 a.e_aF+Ba 8.0_OeE+_ _._E+_ 262.5 RUN FIRSI _IR TP _TEAOY H_ COS SIN RESULIANT SCP_ASE 38 _04FB9_ I _.PB_E+_ @._@_E+;_' 2 O.BQQ_E+00 O.HO_QE+_ 4 Q,BQ_@E+_@ 0,000QE+_ 5 _.00O_E+0_ 0.0_O_E*P_ RUN F IPST I/R f_ STEAOY HN COS SIN RESULTANT 8CPHA$E 38 0_4C_18 r,_. _ 4e.>E +,; i_ 254._7 4 0.000_E+00 0.0_0_E+_ 5 O.0_E+00 0.o00_E+_0 _. _C"_E + _,_' 29.5 6 H._000E+Ho 0.O0O0E+_o 7 o,_0_E+00 0.0000E+P_ _.PfiNhE+dW 210.2 v,. ,*,4:4_ E +,,}_ 125,9

ORIGirqAL

OF POOR

TABLE 9.- CONTINUED o) Continued RUN FIRST t/R TP STEADY HN COS SIN RESULTANT $CPHASE

_3_B_..+.004C8!.8. • _. _+ .... _._ _8_.,.00.0.E+_0.. 1 e_eE+ee e_OeE+eO +

e ¢_eE+_B I.58_3 _:r_E+_ 289.2 3 0.0_0_E÷00 O.0mOOF÷_ _._O_@E÷_:K 182._ _._E+_ 322.9 5 B.O_OBE+O_ 0_0_0BE+0;_ 0.0_00E+0_ 0.000oE÷00 +h++E+++ 8.g O:B_O(_E+BB 148.1 0.0O0_E+_0 264.4 _._{_E+_e 22R.5 _.RUN F.IRST+ I/R _" T p .STEADy+ HN COS SIN RESULTANT SCPHASE 38 004CRt8 3 _,000E÷0_ O.0PmPE+O_ 46.

_.O_JH_E+_O 136.6 _,, c+,,* prig _. ..... ,,, _ .... .2 _.+:mC+E++!] _g2.4 0._++_E+++0 14.5 RUN FIRST t/R TP SIEADY HN COS SIN RE÷ULTA,_T SCPHASE + 38 (_4CB_18 4 (_,_mE÷Bv_ 1 _._P_E+OH _._O_E+_ _. ,-__',_ C._ i_ E + _ _ 191o2 3 B.R_E÷BB O.B_eaE÷_ 4 0.0000E÷00 O.0_B_E+_ _o?',_oE÷i,::o 342. _} 5 g. OBOgE+00 _. H,}OOE+_@ 277.

+ O.B_BBE+00 _.0_0_F+0+ 1_ 0._00E+o_ 0.000@E+O_ P, ,_ _)_ r'+E + +_,+ 21.4 RUN FIRST |IR TP STEADY HN COS SIN RESbLTA_T SCP_ASE 38 OH4CB18 5 _._gw_E+_H I O.000_E÷eO 0.00_E+_ 3 O.B_O_E+O_ O.eOOOE+_ B._)_:,_v_E+,,)_ 2,3.6 _,_{+_E+<:_ _ 359.!

5 0.0000E÷00 0.0_0_E÷_ 6 0,0000E+00 0._00F÷00 0._0_E+_ 158.4 7 0.0000E+00 O.Oa_OE+O_ m._E+00 164,I R 0.0_0E+00 0.000OE÷_O 9 0.000_E÷00 0.0eO_E+_ RUN+F+IRST+IIR .... TP -,STEADY HN COS SIN RESULTANT 8CPHASE 38 001C818 6 O.OOOE+Om I _.O_00E+OO _.0O0OE÷00 2 (_.g_e_E+00 O.00_OE÷BO 3 O._00E+BB 0.o_0PE+00 H._E+t:O 244.1 5 O.o000F+0O 0.0_F+_O 6 000000E+t_H 0.000_E÷_0 7 O.w_OoE+00 0.000_._E+_0 0.OOO_E+0_ 76.

8 O.0_00E+0O 0.@00_E+00 0.0000E+00 289.4 9 0.0000E+00 0.o_0mE÷00 I_ 0,o_00E+00 _,00_E+OO

TABLE 9.- CONTINUED

e) Continued

_'UN FIRST 1/R TP STEADY HN COS SI_ _ESULTA_T SCPHASE ,_,I_00E+0_ ....... 1=

_,O_E+_ .... _._+_

0. (4HB_E+O_ 104.1 i _. v)_E+O_ t06.0 _._E+_ Ft _. _'3 ,_F _ _ 197.,'5 _. _ _,,E +_v} " g-_, 3- .....

RUN _IRST fIR TP " STEADY HN CO_ SIN RE3ULT_,_T SCPMA_ 38 0_4CB!8 _ _,_0_E+0_4 I _.000QE÷00 0.00_E+0{_ _._!_E+_ 44.5 _.qBWBE+PB Q,90Q_F+_ _._':_E+_'!_ _14,3 4 0.0000E+_0 0.00_E+_0 _._E÷_ 3_3.9 5 0,0O_0E+00 0._@_E+O_ 6 0.0HO_E+O_ 0.0_00E+_ _._E+_ 253.4 _, O_'m_E +!_ _ _4,._ ......

[...

RUN FIRST I/R TP STEADy HN C03 SIN RESULTANT 3CPHASE 3 _._E+_ _._F+_ _, _!_,'_E +_ -_ I I !

0. _30_E+_qO _57,4 8 0.0_0BE÷00 0._E+0_ _.v'i_A !E+v;_ 5.I

_ffh FibS T t/P _ TP ...... RYEAbY

_'_ COS SI_ PEISULTA;.T SCPMASE - 3B O_4CqgO 2 _._0_E+P_ _._F+_;_ 204 _._ _,, ........ E+_ 261:4 _o_F +_ H7.3 P-_E +_'_ _92.3 _._(_E+_ _4._ I_ 0._00eE+O0 e.Q_E+_ P,O_O_E+_ 247,5 RUN FIRST I/R TP H_ COS SIN _FSUL TA_'_T SCPHASE 38 _4c8g_ 3 1 _._BE+_O O._h_E+O@ P.?{'OJE+_ 178.4 'x._OuE+_ _ 342_4 6 _.@00BE+O_ O.BBB_E÷@_ E.a_aeE+_t_ 2_t.5 _.__¢E+_¢ 334.7 _._3_F+_ 315.7 1_ O,QQ_@E+Q_ O.0_OQE+_P ORIC-_,CM :: .....

OF PO0;_ _;;i_,',o'J

TABLE 9.- CONTINUED

c) Contlnued RUN=FIRST I/R TP STEADY RES|ILTANT SCPHASE --'58 -_04C800 ......... -- .... 4 - O,_R_E +g_ O._OPE+0_ 22q.5 0,0_0_F+_0 317.3 _,_B_E+B_ 209,5 O,_0OE+Oe 794.0 .... TP ......... $TEADY HN -RUN'- F_R-S T'I/R ....... COS SIN RESt.ILT&NT _CPHASE 38 004CB90 0. (_E+_ 165,0 g. OOO_E+go :>}. _,;:i_E+t}_-} 111.3 B,0000E+B_ 5 _._E+_ v_. _,,., 0 _, E +{:i_a 2. [;- 4.3 0,_O_E+OB o. BH_F+_O 0.00_0E+0_ O,00¢@E+00 8 " 0.0000E+00 0.0_0_F+00 g _g_gOE+00 0. P_.)O _wE +_ 326,,9 0,_00OE÷OO RUN FIRST 1/R i TP STEAOY HN COS SIN RESULTANT RCPhA._E T3B-OO4CBgO ....... 6 g,OOmE+00 I g OgeOE+O0 00_E+B_ e._O_E+_ 92 3 0,0_00E+_0 a._E+_ 119,4 4 0,0000E+00 O.¢O_E+_0 154.7 5 _._0ooE+00 6 B,00_E+_B G.B_HE+@O _,_O0E+00 0,000_E+_i_+ q 0,00PRE+00 0,000_E+0_ _o_E,e_E+_ PdT°B t_ B,OBOOE+00 0,@00_E+g_ _.oe0OE+O_ 85,2 RUNFIRST-t/R " TP ...... STEADY HN COS SIN RESIJL_A_T SCPP_ASE 38 004CB90 7 O.O00E+00 0.@_0_E+_ _._._M_E+_ 354._ 2 B,0B00E÷g{_ _._;_E+_ 325,7 4 0.000_E+0_ _.000_E+0_ _,_e_E+_ 155.5 0.gOg_E+00 _.P_E+_ 251,3 7 _,B@O_E+_O 8 0,000PE+_0 0.oOO_E+_0 g _.O_0_E+00 o.OO0OE+_ I ° 0,OOOOE+O0 ......... 0_ RUN FIRST I/R TP STE&DY COS HN SIN RESULTANT 3CR_ASE I 0,000_E+_0 0,0_0_E+00 {_._E+ *:_'_ 3_1.4 _,000OE+00 0,O00OE+OO 0.000_E÷OO 0.0_0_E+0_ O._HO_E+00 13,4 _,00_0E+0_ 0,00_E+O_4 0,_00_E+00 floOBgOE+OO 0.0_00E_ 88.1 g g.eOO_E+O_ 0.0_00E+00 _,_:_q_E+_ 12h.7 ,'.

• TABLE 9.- CONTINUED o) Continued HN COS SIN F_IRST I/R _ . TP ....... STEADY ,RU_N / e._O_E+O_ 105.4 38 @04PANG 1 _.BOOE÷_O O._O_eE÷_B 141 2 0i0_00E÷'' _:,_R,E÷@, 3 _ eeeOE÷O_ eOe_E+_ 4 e.P_e_E+ee _:eO_E,e_ _.o_0_E+_ 356.5 5 e.ee_eE÷e_ e.eeeeE*_ _._E÷_e 57.1 _,_O_E+U!a _2_2 _._e_E÷_O 291 @ e._a_E÷_B 37:7 SIN RESULTANT SCPHASE RUN FIRST 1/R TP $TEAOY HN COS 30 0.000mE_00 _4PANG 0o_0B_ O._E+_ 1a2.6 0.e_0_E÷0_ _.00O_E+_)_ 287.a _._¢E+_ 313.5 e.Oe_eE÷_ _.O_E+_:} 26_.9 _._E÷_ :s 316.5 0.0_OE+ri_ e._E+_ 9_._ 0._00_00 FIRST IIR SIN RESULTANT 5CPHASE RUN Tp STEADY HN COS 38 O@4PANG _.O_OE+(_v_ 192 7 _._O_E_;_ 133:5 @o_E÷P_ 3 _._E÷_ _.ae_E*_ 87.5- B.00_E_B_ 169.5 6 B.BOOOE+_O 0.0@00E+_e _._E+_ 32.1 O._E÷{_ 353.1 8 _.B_OBE÷@e _._A_E+_ 329.2 0,_000E+00 RESULTANT 8CPHASE RUN FIRST I/R TP STEADY HN COS SIN 38 O_4PANG _._E÷,_ 212.1 3 O.BB_E+Q@ _._:E÷_P 184.3 _'@_E+_'_ 357.9 6 g,BgO_E÷O@ 0.e00_E+0_ 7 g.OeeRE÷gg 0.00_0E÷_ _.00_E+_ 280.7 @ 0000E÷0_ _._E¢00 320°4 _._0_E+00 44.9 0 B_O_E÷O_ 10 B.OBOBE+R_ COS SIN RESULTA_$T . SCPHA,__E_ RUN FIRST fIR T P ..... STEADY HN 38 _e4PANG 5 g.BBeE÷BO _.e_O_E+BB 87.2 _.0000E+0_ 3 e.eeeeE÷ee 0.000_E÷0_ _.eO_@E÷_ 254.2 O.bd_E+;_ _ 26_.6 4 _.ee_eE÷_o _.O_E÷_ 138.8 6 @,_E÷_ R,_ReE+O_ 0.0PeBE÷eO 0.0_00E*_ 0.0_00E÷0_ - 1_9,9 z.eee_E+_ 350.7 10 0.0_0E÷00 _ _ -.

/ /:

ORIGi_'_?_L i _ _' _;_

POOR "_ _' __'-'

TABLE 9.- COWTIhqJED o) Continued RUN FIRST I/R TP _TEADY HN COS SIN RESULTANT 5CPHASE --3_-_04PkNG-- - 7 -a,OBeE+eR .... 1 ¢ _eE+e_ O,_OeeE+_e _,_;_E+_4_ 164,_

5 e._eeE+e_ e.eeeeE+e_ _.H_oE÷ae 9H,I

6 o,_eeeE+ee e,eee_E+00 B,e_aBE÷O_ 6_,1 7 B BBO_E+_O 0,0_E+00 O,0_00E+B_ 117,4 _... it 10 O,0R_E+00 _o_E+_O _.H_E.+_ |H,7 HN COS 51N -RUN F IRST--_-/R ..... '.... TP- - STEADY RESULTANT $CPHASE i 38 B04PANG 8 0,{_i_0E+0_ 7A.9 131,3 R._ORE+00 0.0_0_E+_4 _o_E+_ 247.2 232._ lq_._ 2_4._ 327.3 142.5 g4.1 2_7.3 RUN FIRST ItR TP STEADY HN COS SIN RESULTANI SCPHASE -T--J_-PTCHEINK ..... . .... t--;_16E÷01- 1 1.8987E+01 2.7467E+B_ 1.g185E÷81 8.2 2 .7,5633E+0_ 9.1_96E+00 1,184HE+_1 129.?

3 -1._322E+00 -g,A233E÷_0 9,4797E+_ 263.7 5.1437E+_ 2_1.9 4 o4,7735E+_ -1 9161E_OR 5 -5,6556E-_1 8_9503E-_I 1,_587F+@_ 122.3 6 I.B40fiE+00 -9,8924E-_1 1.4357E+_0 316,4 7 2,7869E+00 1.6254E+eO 3,2263E+_t_ 3_.3 8 -2,86_1E-_1 -2,_953E+_0 2,1147E+_{_ 2_2.2 g -3,_278E-_2 -5.9926E-_I 6,_02E-_1 267,1

10 7,612qE-01 -1.1885E+00 1,4114E+_ 302 .6

r'RUN-FIRST--t/R ..... .--TP---- -STEADY - HN C08 SIN _ESULT_NT 5CPHASE 38 PTCHLINK P. -5,76_E+01 1 2.551 _E+(]I -2.697_F+OL! 2,566_E+_1. 354°@ 2-1 tq26E+01 t,575_E+V_t 1,9756E+t_1- 127,1 37.6 4 3 344qE+00 3,Ra32E+00 4,5221E+_Y i 3 1 !41_61E+0_ 1,0812E+O_'I 1,7737E+0_- I 5 3 4672E+0_ 7.7545E-91 3.5528E+t_ I 6 -3.3_JORE+t_e -8.9222E+0_ 9.-PI29E+0_ 249.7 7 -1.666_E+B@ 2.6965E+_ 3o t_96E÷_;H 121 8 1.217_E+0_ -5.11_86E-_I" 1.319qE+_- _u_ 9 -1. _449E÷0t_ 6,7651E-_1 1. 2448E+_J,_ 147.1 1,3035E+__ 12=_d.

le 1,3337E+ee 2,e35OE-_t

TABLE 9.- CONTINUED

e) Continued RUN FIRST fIR TP STEADY HN COS SIN RESULTANT SCPHASE 38 PTCHLINK 3 -.5;7BSE+01 t 3 1347E+Pl -5.3046E+_ 3.18_8E+_1- 35_,2 2 -1:712nE+_1 1.8195E+V!1 2,4_89E+_I 133.3 3 -7.4967E-_1 6.4551E+_ h.49_E÷_- 96.6 o. 5733E+_ • 34@ol 32O7E-CI 2.121_E+_1 236.8 6 -1.166qE+_I -I.772@E+O1 7 -5.6291E÷_ 3.7344E÷0_ 6,_552E+_B 146.4 8 8.5617E-_1 1.7B78E+_ 1.-91@4E+_- 63.4 9 -8.1345E-01 5.B2_E-_I 9.5588E-_I 148.3 4.7267E-_I _31._ I_ 4.1327E-_1 -2.294@E-k_1 RUN FIRST IIR TP STEADY HK COS SIN RESULT&_T . SCPPaS.E PTCHLINK 4 -5.1gPE+_t 1 1.8611E+01 2.3009E+_ t.B752E+P_ 7.B 1,1455E÷_1 139.1 2 -8.665_E+0_ 7.493_E+_ 3 -8.8767E-_t -8._135E+_ 2.3r72E+_; 1_2,_ 2.4_6oE÷_ -1.C_289E+_ 7 I 6_33E÷_ _,6884E+_ 8 1:4687E+_ -2.23!7E+_ 2.671_E+k_ 3_3:3 g -8.1497E-_1 -5._435E-_1 9.5_41E-_I" 211._ 1_ 3.3121E-_I 1.5922E-_ 3.3150E-_1 2.8 RUN TP STEAOY H_ COS SI_ = _'ES,,LT&_T SCP_tA._E 5 -5.291E+BI 1 1 1773E+_1 5.977_P+_ 1,3_3E÷Pt" 26 9 2 -5:833ZE+0;_ 5,7995E+_@ S.2257E+_ i35:2 3 -3.Sg64E+H_ -6.4_4_E÷_ 4 -6.1_96E+_ _.5255E+P_ 6.6111E+_ 157.5 1.561:_+_ 143 8 5 -1.26_4E+_ 9.2_97E-(_t _._635E+_ 37:7 6 _.265_E+_ 1.7512E÷b_ 7 2.9378E+_ 5.48_IE-_I -5.2_55E-_1 5,8615E-_I 7,_72_E-_ 131.9 9 -_.9828E-Mt -6.4792E-_1 1.1,,76E+r_. 215._ !.1114E+_ 167-.3 RUN TP STEADY HN COS SIN RESULTANT SCPHA._E 6 -5.240E+_1 I 6.7280E÷_ 9.3329E÷:_ _,]5_6E+Hl" 54.2 2 -7.@29aE+P_ 2.509_,E+e_ 7.4948E+:!_ 159.7 -4,9857E+_ 9.6949E-Pi 5._791E+_ _69._ 5 -6.1348E-_1 -1.3529E÷_ _ 1,4_55E+_ _45.6 3.5_E+_ 318.6 6 2.624_E÷_ -2.3162E+_ 7 3.45B3E-01 1.259aE+_ I.3_58E+_!_ 74 7 I._4_6F+_,. 156:4 8 -1.3273E+_ 5.8_3_E-_1 1._531E+_ - 174.9 I_ 3.2074F-_1 1.5112E-_I 3,o272E-_I 2_._ RUN FIRST I/R TP STEADY HN COS SIN RESULTANT SCPHA_E PTCHLI_K I -P.2342E+_ 1 170_F+_ 1.I011E+_4 1_@.8 7 -5,32BE+_1 7.831_E÷_ 255.3 4 -4.3241E+_ 1.4_81E÷_ _.5470E+!_- 162., _ 2.7354E+_;_ 32a.5 5 2,22_1E+_ -I.586_E÷H_ 6 5.117_E+_ -2.1_37E+_ 5.541(_E+_ 33-7.5- 7 8.7137E-_1 9.3483E-_I 1;278_E+_ 47,_ 8 -1.870qE+@_ -1.5_4_E+_]_ 2.4_5E+_" 218,8 q -P.7733E÷O_ -7,955@E-_1 2;8851E _,," 106,_ I_ 4.3_2E-_1 -7.121_E-_1 _.3328F-_1 3_1.3

OF POOR

QUaLiTY

TABLE 9.- CONTINUED o) Continued RUN FIRST I/R TP .... S_E_.P_ __N ....... C.OS ............... 5_..N ..........

. R_ SllIlt. T.ANT SCP_ASF 1 8222E+01 104'7 1 38 PTCHLINK ..................................... 8 =5.731E÷01 2! :i "615PE*OO,4327E÷O_ 2_']784E_628E_0i01 ................. 3 ,0663E+00 "5051E+_0 3 9595E+O_ 39,2 714798E+_ 173,6 4 =3,6_65E+00 5 ° 6 5326E+0_- - 1-23.5 -- 5 8.8045E-01 5.g_gRE÷b0 5,9499E+_O 83.3 6 2.2554E+0_ -3.7891E+_O 4 4_PSE+o_ 300,R .......................................... 7 8,912_E-01 .3,374_E+_3 8 2,3_48E+_0 ,1_78E+00 3 8811E+0_. --3-g-6.-8--- 9 -1,593OE+00 -8°4533E-_1 1 8_34E+_ 208,0 I_ -6.9245E-t_1 -l.2350E+u_ I 418bF+_ ?a_._ RUN_FIRST t/R TP ..... _TEAPY HN COS SIN PESI!LTANT SCPHA-qE_ 38 LEADL_G 0,0O0_E+0_ g7 _. _-r4E+O0 92.5 J, _e@_E+C,!_ 347°7 .....

10 _,BBBOE+00 00B_E+O_ 0.{_0O_E+_ 260,8 RUN FIRST 1/R TP STEADY HN COS SIN RESULTANT SCPHASE 38J=_AOLA G . . . . . _ _ ' _ _ _ g + _ _ I _._E+_ _o_E+_ _, _'_ E+?_ 176o9 0,0_00E+0_ _. _;_g_E+_ 291.4 5 @.gOeeE+Og O.gOO@E+_O g.ggg_E+_ 7 _.g_E+g_ 8 _._O_E+_0 9 O.OaH_E+_H 0°00_@E+00 0. 000,_E+v_ 344,7 ___U_N__F_ IRST _|IR "-:. TP 8TEAOY HN COS SIN RESULTANT SCPHASE 38 LEADLAG 3 0,00RE+0_ 1 0.00_I.,E+0_ V_. ca _jH_E+_k_ 302. 1 a. ORHRE+00 0 _eE÷_ _. _'_O_:.E + =_ 317,7 ' 5 _.000_E÷_9 0.0ROOE÷g_ 0.0g_OE+00 0,0OOZE+Ok; 195,9 --:- ........ 7- _,0_OBE+00 0°0_00E+0_ H,_OO_E+O_ 186.1 _,BO_E+00 O°00H_E+00 P., :_0O_E +_._ 4,4 _,O_gOE+00 _.0gP_E+00 _ • _._ 0 _'A E + _'_ 250.4 0.000_F+00 w. O_OoE+O*._ 327.6 ! .....................................

RUN FIRST I/R . TP STEADY HN COS SIN RESULTANT SCPHASE 38LEAOL_G i, 40.000_+___ 1 0,0000E+00 0,0000E+Oe v), 0_¢_E+0_ 113,7 g. OOO_E+00 0._O0_F+_0 0. O_Ov!E +[-_ 32.4 3 R,000_E+HO 0.0_00E+_ 0,0O_E+_0 0. _,tO;_E+_ 173o3 " _,000_E+00 0,000_E+00 u). _,_00E+HH 238.

0,0000E+00 0,000gE+00 0. {_00_E+00 34'a° 5 8 0,0_00E+0_ O.0000E+Og 0°0000E÷_ 347 0,0000E+00 _.@,_00_E+Og e,mOOOE+00 e. OOg_E+_g TABLE 9.- CONTINUED

e)

Continued HN COS .............. SIN

_N_ FIRST_!/R ...... T p_ ...... _T_EAD¥ ..... RESULTANI ..... $_ PH_A_E_

3B LEADLAG 5 0. 000E,,._ 1 B.000QE+QQ 0.0_0QE+00 0._Q_0E+O0 356.3- 2 O.00_E+00 0.0_00E+_Q O.0_00E+Q_ 173.2 3 O._s_OE+00 0.0_E+_ O.v_E+O_ 57.6 7 _.g_ggE+Og _._@E+_O. 179.1___ _ 0.000_E+_0 _.00_HE+_O 307°7 | g 0._0_E+0_ _°_E*@O 167.9 10 0.0_00E+_0 _.000_E÷00 0._0O_E+_ 0.3 RUN FIRST t/R TP 5TFADY HN COS 31N _38 L_OLAG .... 6 O._QE+O_ I 0.000@E+0_ 0.00@0E+0_ g.000QE+PQ 0.00_E÷00 _._0_E+00 70.2 0,0_E+00 _,000PE+00 _°0_0_E+00 262.4 Q._O_OE+_ _._E+_ 349.4 _._0_E+_0 273.8 O.O_P_E+_ O.QQ_OE+00 _._E+_ 22_.1 1o O,QOO_E÷00 e.O_O_E+00 RUN FIRST I/R TP STEADY.

HN Cos RESULTANT 8CPHA5E -38 LEADL_G 7 _.eOaE÷O _ t _._E+_ 13._ 0.00HOE+O_ _._E÷_ 216.7 0.000_:E+O_ A _°0_0_E+00 Q.OOQ_E÷00 @.B_E+_ 326._ O.0000E+00 e.OOOME+O_ 0.0000E÷_0 0._00_E+_0 318.5 8 0._00_E+0O 0.0_0_E+00 q o.o00_E+0_ 0.0_H_E+00 1 _} _.0_E+_ _. _E+O_ 282.7 ' t -RUN FIRST I/R TP _TEAOY HN CO_ RESULTANT $CPHA_E SIN 3B LEADLAG 8 _.8_0F+00 !

0.00@_E+00 o.00O_E+0_ 0.0POOE+Q_ _._E+_C_ 86.4 1 _._'_E+H_ _._E+:_ 315.7 0.0QQQE+O_ Q,O_QE+_O _._E+_ 35_,5 _.@_00E+00 Q.OQ_mE÷QQ 0.0_e_E+00 _._E+O_ 115.1 = q 0._90_E+9_ O.00QQE+_Q 0.0_0_E+0_ 0.0000E+0_ O.P_O_E+00 260.3 : RUN FIRST 1/R TP _TEAOY H_ COS SIN PESULTA_T 8CPH_SE _3B F LAPANG i ...... t .... 2,53_E+_ _.85_7E-_1 - [09-.9 -_ 2 -2.1607E-_2 °1.1988E-_1 1.2181E-_1 259°8 3 2.8567E-02 2.4522E-01 2.468RE-_1 83.4 4 -1.2314E-02 6.5843E-02 6.6985E-02 10e,6 5 1.1_55E-_ 4.3991E-_:2 4.5561E-02 74.g 6 -3.3868E-02 3.7_2_E-_3 3.4_7_E-_ 173._ 7 2.7133E-_3 -1.9231E-_2 t.q422E-_2 278._ : 8 4.7032E-03 -1.19_9F-_2 !.28d_E-_2 291.6 ..... 3,4471E-03 1.8924E-_2 1.9236E-_2 Tg.7--' 1_ _._33_E-03 1.58_IE-03 M.I87_E-03 11.1 .. 120

TABLE9.- CO_TZNUED OF POOR Co, - _

o) Continued -_R-S-T-t-[R ....... -TP-- - -STEA-O-Y-- - -HN .... -COS ................. SI N ........... RF Su L T AN 38 FLAPANG 2 2,526E+00 ! -4.3305E-01 4 22¢1E-03 4.33t_7E-01 179,4 2-6,5690E-02-1 96@9E_01 2._68_;E-_1 251.5 F:! L I • .... ': --3"4,5217E=;02--_2:686gE-;02 -5_.2598E--02----1-_ :i_ii 4 -4,5816E-Ib2 7 923tE,.02 9,1524E-32 :120,0 , : ........ 5 -t.2714E-02 -5 707_E-W3 1,3937E-02 204,2; =

-8.1227E- a -2 ,z36E-,2 196.9 !

8-4.8713E-04-2 1895E._2 2,1901E-a2 268.7 [ 9-2.4434E-_.3 I 5147E ;_2 1,5343E _2 99.2 I !0) 9,7..454E-u3 _2 8846E-_3 1._.153E-02 ......... lb._bLS__l RUN EIRST I/R _. TP STEADY HN COS 5IN RESULTANT SCPHA_E ---38-FEAPANG ...... - ...... _--2;Sg_E+O_" t -4.72_RE-_! -2,3161E-_1 5.2583E-_1 .... 2_6,}--- 2 -8.3O55E-02 -2.1969E-_1 2.3518E-_1 24Q.1 3 -1.9605E-_2 -4.7@BSE-_2 5.1_3E-_2 247,4 4 -4 5_36E-02 1.5_8_E-_1 1_5744F-_t 1_6.7 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 2:7268E-02 -5;7616E-_2 6,3743E'_2--205;3-- / ..... 6 -1,3753E-8t 4 4376E-02 1.4451E-_1 162,] '-" _.-:i- ! 7 -8.9754E-03 -4:659qE-B2 4.7456E-_2 259, x t0 t,3264E-02 -5,_42qE-_3 J,41g_E-_2 339.2 _-R-UN FIRST I/R ..... TP- -STEIDY HN COS SIk " - " RESULTANT _C_PHASE - FLAP_NG " 4 2,5_9E*_B t -3.854_E_2 .2.6R_lE-_t 2.7_82F-_1 i ..... 269.6: • 6493E.O4 1,2174_:_1 88,4!

9731E ,3 2.525_E:01 2.525gE-_1 _!i 1.217,E-_1 ..... ! ...............

4 6503E B2._ 6=526(r'E _2 6,731aE-02 104.2_i 5 6._265E-_3 3,7866E-_2 3,_342E-U2 _l._ 6 -5.1215E-02 -t.g_7(_E-02 5o4O5_E-_2 20_.4 ................... 3 7.7119E-_3 278.3 M I 414_E-B2 .... 2,.__329E-_4 I.dt42E-'_2 1_,2 .... 9-1i8505E-03 1,0254E:_2 !,@42oE-02 |_ 6 96BqE-_3 2.0678E 03 7.2615E-03 16.5 "]_TJN FIRST I/R r_. TP STE arsY- H_ COS - Sin RESULTANT _) C v HA-.8 E 38 FLAPANG 5 2,597E+0_ 1 5, _625E-_1 1.283_E-91 ft. 222_E-._1 14.2 1638E-H2 -"72:98bqE'r;2 ._,a941E-c42 .279,.3 22_E-01 - 2,3653E- __l 69.B 4 -8,3879E-04 -1.3735E-_2 to3761F-R2 266,5 5 3,BI47E-03 _.6202E-02 2,6375E-_2 83,4 ............... _7 1.3344E,02 - .6955E _2 2.1577E,_2 3_B.2 --- ............. -1. 8498E.*_}3 - 1.6._27E-(}2 t .6133E-[_2 ?_ 63.4 ' R -6.1896E-03 -1.5'._28E-@2 I._25P.E-_2 247.f.

' q 4,8906E-_J3 -6 2644E-ia3 7.9474E-;_3 3_8._ , ........ T.............................. 1._ 2,8337E 03. -.I'ISBZF._-_2 1.192BE-P2 2_3.7 : RUN FIRST IlR TP STEADY HN COS SIN RESULTANT SCPHA_E 1 38--FE_PANG ....... -" ..... 6 ..... 2'-590E+-{ao) " 1 4.3859E..01 -1.-8785E-{_t 4.77'13E-C_1 336_,_3 i 2' 7,4774E 1_2 -6 8{_.38E-_2 1._11_E-_I 317,7 : ! 3 5.04_7E-02 2:7103E v'_l 2,7627E-_1 79,5 : .... _____.__,___ .................... _,_ 5.5_85E.t}3..3.371_E-_3 b 45e4F-_-_3 .._3_2__=5_ _ .3.501 rE-U3 .1.7141E-02 1 ". 74q4£-{_2 78.5 f: 6 .1.4635E_-{_2 4.3634E-02 4 6023E-v12 251.5 .... 7 6,7693E _3 -2,5289E-_2 2:6179F-_2 255,0 _ 8 4,2349E,03 -|,28E, gE,02 1,3538E,02 ..... 2B.8_J?.__; 9 -2.BI15E-VJ2 -2.13BOE-_2 2.9362E-02 226._ 10 -1,4765E-03 -1,514_E-02 1.5212E-_2 264.4 L ,121 TABLE 9.- CONCLUDED e) Conoluded

RI_ FIRST I/R

HN COS SIN RESULTANT SCPHASE_\ 38 FLAPANG 1 t.PS23E-_t 2.1133E-_i 2,36_E-i_1 63,5 2 1._317E-_1 -4,gq_E-_2 !.I461E-_!

334.2 3 4.1327E-_3 2.6OOBE-Ot ?.6971F-_1 89.t a l.n7I_4E-_ -1.8531E-(_2 2.14_3E-_2 5 -3.7qSqE-_3 1.8836F-_2 1._214F-_2 t_i.4 6 -1.7822E-02 -0 4_2(RE-t_2 6.7226F-I_ _4.6 7 -6.BgggE-_3 -3_3824E-_2 3.437_E-_2 _59.e 8 t.1519E-Q2 -I.644_E-02 2.(_(_81E-_2 3_5,_ 9 -1.9t61E-02 -5.1_24E-_2 5.Sp_SE-_2 24q.6 -_ ~ I_ 8.4971E-04 -1.9997E-_2 2.(_I_E-_2 272,4 TP RUN FIRST I/R STEADY HN COS SIN RF SLJLTA;_T 5CPHASE :"38 FLAPANG 8 2.654E+@¢_ 2g/.t 1 3.5620E_1 -6 g757E-_I 7 _32_E-_1 2 1.233_E-01 -3_23_2_-_2 1_2748E-_1 345.3 3 -1.7,_57E-_1 -9.9211E-93 1.7_86E.-_1 183,3 4 -7.6_31E-_3 -5.4437E-_2 " 5.496_E-P_ 262._ 5 4,45}4E-H2 -9.5_OE-U3 4.5534E-1_2 347,_ 6 -9,32_0E-02 -2.2523E-_3 #.322RE-O2 1Ht.h 7 6.7574E-_3 -3.3572E-u2 3.4?4_E-_2 201.4 3.7692E-P? -2 3917E-_? 4.464,..',F-t_2 327._ g -4,P_6E-_2 -1_5_5_E-_2 4,357rE-H2 _ 6.678RE-_3 -1.2_3qE-_2 t.3767_-_2 2g9._ TABLE 10.- FIXED-TIP RUN 59 DATA FROM ADVANCE-RATIO SWEEP, a) Block A data SUMMARY t I STI"_G _UN 5q v,0Z 5q WT 5P Ln_ SPEED CALCULATED DATA MI(qR) MI(27_] RUN TP MU' AI.PMAS _PM| VTIP 7.6655E-@t 5._75bE-_1 59 2 ,2._32_E-o1 -1,6305E+_ 7,q4_P_+_2 6,9985E+_2 7 9_45E-_1 4,7414E-_| 3 2.5542E-_1 -P,4592E+_ 7 @4_.E¢_ 6,9985E+_2 B:324_E-_t 4 3._StlE-_l 4°432_E_01 8,6279E-_t 4.a99_E 01 S 3,5585E-_1 -4,3784E+P_ 7 06_F+_ 7,PlbIE+_2 -3._63E+eO 7iqba_E+_2 7._161E+d2 -6,21_4E+@_ 7 qH_wE+_2 7,_337E+(_ 8,gd9_E-el 3,7742E-_| 6 4,_673E-_I -3,43_9E-_3 3043_gE-P3 CTR CHB RUN TP VTU N QTtJN RHOTUN CTB 5g 2 t.3978E+_2 5585E-_3 2.3428E+_I _.3981E-P3 5,6683E-03 5_42_9E,_3 ,2629E _5 3 1,7564E+_2 3.6715E_1 ? 38B4E-H3 5,5_29E-_3 _55E-_3 4 2.1053E+02 5.9.66E ,,5 5:6436E-_3 5 2,453_E+_2 l,I91BE'_4 6 2.81_qE÷_ 9,R42_F+_| _ 28g@E-@3 7543E,03 5,7795E-_3 |,q_31E-04 _,_E+_ 7 3,7290E+_ CPR CT'H RUN TP CHN CY6 CYk CP_ 5,6675E-¢3 59 2 1.0_26E-_4 -5,_861E-_5 -a,RB27E-_5 ?,464_E_P4 _:5PI4E-_4 7285E-H4 3 1,443qE-_4 -_,61RgE-B5 -R.|65_E-_5 P,6876E _4 5.5_9E-_3 4 I.baISE-_4 .I,4737E-_4 -I,4_97E-_4 _,2525E-@4 3,2964E-04 5.6294E-03 5,6551E-_3 5 2.6262E-_4 4,BQ4_E-{_4 5,6483E.B4 5,7414E-03 6 3,8_7_F-_4 -2,4588E-B4 -?,344_E._4 5,sg92E._4 RoH_@E+Re F _,e_eE+_o RUN _P CT'_ CW_ CX_ COE_ CDER L/_D2B 59 2 5.5591E-_3 l,I/25E-B3 2,1541E-_1 1,_7_4E-_4 5.7941F-_5 1,1_54E_3 3 5,4311E-_3 1.6356E-_4 R.8729E-_5 8°8866E P4 _°7947F-_4 1,3243E_1 q,484_E-t_4 9,4976E _2 4 5,6@63E-03 2,J846F-a4 1,3199E-_4 8,2754E-_4 5 5,b472E-_3 3,1347E-_4 1.690_E-_4 8,245_E-_4 7.8145E-_2 9,HI65E:_4 6 5,7876E-_3 4,3133E-_4 _,3RBIE-_4 9,453lE-_4 1.14_9E _3 5,4511E-_2 _,_OE+_B 4,1103E+@_ 7 _,O_E+eB PI@Vf)2R RUN TP L/OO2R X/QD2B XIOD2R P/_VDPB DE/_D2b 4,B/6qE-@2 4.2_13E-_2 59 2 2,1i2qF-¢l 4,_683E-03 2.2_22E-03 4,6_8tE-_2 3 1.3P75E-_l _,5710E-_2 2,1394E-02 3.937_E-_3 ?.136lF-_3 2°_3_2E_?

4 9,458_F-P2 4,_232E_P3 2.226qE-_3 1.7q 5E _2 1,_22RE:@2 1,3962E_2 5 7oeB46E-_2 3,H882E _3 _o_q6PE-_3 1,4116E-_2 I,4_72EP2 1,_228E_2 1.3185E _2 8,9751E _3 6 5,495_E-_2 4._q52E-O_ ._.2673E-_3 1.3_7_}E-_2 7 -4.It_@E+B@ 3,31_1E-_l -3,3181E-0l 3.3342F-_1 _._E+2_ CPMR RUN TP UE/OD_R CRM_ Y/OD_B Y/_O2R CP_R .?,614PE-_5 -2,_92E-_] -l.sSbSE=e3 -2.61_6E-_5 .1.179_E°_5 59 _ 4.4566E-_ 8.2488F-@6 2,358_E-_2 -_,_Tb_E-P3 -I.q658E 03 -3,8_74E-_5 .3,7827F_5 -5.9_BsE._5 -3.3_73E-_5 -2,4R6aE-_3 -?.3783E-_3 -5.gI45E-_5 . 1,2176E-_2 -2,2288E:e5 -1,28tIE:W3 -I._3_E:_3 -5.Bf25E-_b -5,B42IE_gb -5,3719E 05 -8,4_@2E _5 ,_9_PF-P2 -2.3345E _3 -_.2261E _3 -5.375_E-_5 _,_HRE+RB @,_E_B RIIN TP CRMR ROTORHP_ ROTORHPR TR PMB H_ -5.7438E_Ot 1,4185E+_1 _,IQ/hE+BI R.3]g_F+01 1,4_17E+@3 5_ _ ! I_64E-_5 -8.315_F+_t I,RSaSE+_t J 8,8734E+@1 Q._B3E+Oi 1..427BE+B3 -l.2857E+_2 1,5255E+_1 4 -3,397_E-@5 I.P716E+_2 I._8_mE+H2 1,4551E+@3 -1.2_t4E_B2 3.e362E÷@l -2 3245E-_5 t.31btE+_2 1.33_7E+_ t.4a2_E+_3 I.R_4_E+_2 1.82_5E+_ t,4b_2E_e3 -1.14_2E+_2 '4°Ba65E+01 -6,@5@RE_H_ 1,5242E+_ 7 _,e_E+_ _,_O_E+_ _._@_F+_ -2._B97E+_I PTnT_l PSTATIC RUN TP SFB RHB _B VSOLIN_ 2,_673E+_3 59 2 -1.3818E+_1 2 5959E+Rt a226F+HP I,BOB6E+_3 2,_9HSE+_3 2._537E*_3 3 -2,2363E+_1 2._9_6E*_3 4 -3,8_61E+_1 2,_9@4E+_3 2,_377E_@3 -7 tegSE+_l 7.07_5E+_2 1,1_E+_3 -li8_lSE+_l _:86qgE+_2 1,_99_E+_3 2.Bqa2E÷_3 ._193E+_3 5 -2,6313E+_t -4 7794f+_t 8.684_E+_2 I 1_26E+_3 _.q987E+_3 2,_9_6E$@3 6 -6,1967E+_t 7862E+_2 l,lSl_E+_3 1i1_56E+_3 2._933E+_3 2,_q32E+e3 7 9,9259E-_t -,.8_7_E+_ 5,2693E-_I I t_64E+_3 r TABLE I0.- CONTINUED a) Concluded FUN TP X/LR "-L/DEB L/DEe ALPHAS" ALPNASC ,, .,,,,.,.,.,,,., 8_250+_ _.91130+g_ ._263E+80 -3.0263E+gB 2 9926E-02 6.8584E*88 .7527E+Bg .3784E+_g .4.3784E+8_ ,.12,1E.,2 .?.,31E., 8o11250-82 2388E÷81 ,23270+81 -2,7832E-g1 -2.78320-81 CT/SR RUN TP TSTATIC PRESSALT OENSALT RN,75 CT/SB 6.4567E+O2 _2.84140*02 59 _ 4.2670E÷_! _.9445E*06 7._239E:g2 6.8879E-02 8.2781E+82 3.llMgE÷_I 4.3074E÷01 .9290E+_6 6.819_E _2 6.72850-02 1.6420E÷83 2,9894E+92 4,4_220÷01 1.9123E+06 6,9815E-¢2 6,94610-02 ,8796E+06 7,01680-02 6,99330-_2 4,63240+81 1.29t3E÷83 7.6313E+02 1o5733E÷S3 t.3_g7E÷g3 4,9150E_0t |,84640÷0b 7.13_50-02 7,t6170-02 3.0155E÷B2 -2,2636E+02 4°98430+_1 B.gO_OE+gg B.gg_gE+g_ O._gOEE_OO RUN TP CH/SB CNISR CY/$0 CY/SR CP/8B CP/8R 3,05400*_3 3,.996E-_3 59 |.2424E-03 -6.5503E-_4 -6...05040-_4 6.7244E_04 8.9999E 04 3,33040_03 3.3810E-03 1.78930-03 -1.0680E_3 -t.gltOE-03 7.3192E-04 4.g3_4Eog3 4,08480o03 5,01810 03 5,_738E-03 2.g344E_03 -t.8262E 03 _lo7468E-g3_, 4768E-_3 3.2543E 03 _1.2798E-03 ,2020E-03

6,9383E-_3 b°9992E°03 03

g.gOagE+Sg g.gOggE+O_ 8°00800+00 _.g_ggE+gg O..ggg,E÷gg 0_00E÷0_ CTJIS8 CT'/SR CX/58 CXlSR CDEISB RUN TP CPP/eB 59 2 2.97870-03 g229E:_2 6.88870-02 1.32640:_3 7.1798E-04 1°3697E:02 3 _7870-03 1.8854E-O3 _:B165E 02 6°7300E-02 2.0268E 83 1.0995E-03 1,1012E 02 3,079aE_03. _ 0076E_02 _,99770-02 3,88440-.3 2,_9420_3 1,.2170-_2 6 4.2624E 03 7 11450 02 7.17180-_2 5.3448E-_3 2.95920 .3 1.1714E.02 2,48540-03 197570"02 6,94710-02 2.9549E 03 1,63560-_3 1.g255E-g2 7 goOgO_E+g, _8000+80 ,o_-c _ _._OgeE+8_ 0.0000E+0A _.H_BE÷_O RUN TP CDEtSR L/g02SB P/gVD28B 66g30+00 5,11020-el 4530E-02 64J_E+0_ 3,139_E-81 62020÷00 4.8793E-_2 _°647_E-02 !!6183E÷_ 50_4_Ee_2 207289E_2 4 1 1752E-O2 .1769E+_0 2.22A70-_1 t721E÷gg _.9054E-02 2.7594E-_2 5 1:2164E-02 6920E°P! 1°7492E-01 ,7547E-0! 1.61960o81 8092E-_! .5.¢7460-02 2.8_960-02 ii6798E-,1 +4.81810-02 2.59750-'2 _:42490._2 ,8933E+01 g,eggOE+gg - 09290÷0| _4.11160÷00 -4.13160+_g _EIOD28R YIgD288 Y/OD2SR RUN TP PIOVD2SR DE/_D2SB LB 59 _ 5.7q54Eo01 3,18670-01 2,651_E_8| 2,92200 01 57|20-02 -2,436_E-82 I 4273E+83 :2587E-01 1.7381E 0! 1.9828E-_1 081_E-02 -2.94710-02 1 4539E+03 1.2673E 01 1.50880-81 _1 58740-02 -1.49170-02 I 4407E+83 6338E=_!

1.1|220-_1 1.35290-_| 89280-_2 -2.75050-g2 44700+_3 4.ti16E+08 4.1316E÷00 5165E+00 2.518_E+_8 -2 _0900+81 RUN TP LR XB XR DE8 OER TR ,3058E÷02 _:54140+02 ! 4089E+83 1,4092E+83 24380+0! 2.3022E+01 2.,13730+02 2.4494E+,2 ! 4477E÷03 1.4479E*03 1587E+01 _°4387E*03 _: 3.4088E+_ 1007E+02 2.5_9E÷82 I 4378E÷03 9863E+0! 4.30550+_| .38240+_2 2.89000+02 ._:4566E+03 1.4586E÷03 1.087_E÷02 6.01840+01 1.62180+80 1,6296E+¢g 00060÷_1 -2.e_80E+01 -1.6218E+00 -1.62960÷Be RNR ge At-CORR RUN TP PNR HR SFR 2.62070+01 -1.27630÷01 2.4343E+01 5.5034E+02 -2.07180+00 59 _ -5,7512E_g!

3.7465E+gt -2.11870÷81 -1.9524E+01 5,95880+e2 -2.53580÷gg -8.26120+01 3,68690÷g_ 4°24_tE+01 -3.64070+_1 .7.3846E+01 -1.2845E+02 6.69_8E+01 -2.4725E÷01 .4.9845E+,1 8. 1659E÷02 7803E+02 -3.8309E÷08 =1.2528E÷02 9,70620+01 -5.9091E+01 .1.0192E+02 1,1982E÷03 -5,5798E+gg -1,1395E+02 1.532_E+0_ 9.931_E-01 -1.8077E+_ 5.28070-01 -1.2979E+B8 -6.0.4960÷00 RUN TP BI-CORR THETA.75 AIC i B_S ' TOROUE X/LB 59 _ 2.3964E÷90 6.8581E+0, .4942E+00 2.76400÷80 5.45160+02 1.8886Eo82 3.0799E+00" 7o2382E+00 :|.6522E÷00 3o6313E÷00 5o9042E+02 2.9733E-02 4.250@E+0_ 8.49940+_¢ .4591E+80 5.06770+8_ 7.10650÷02 4.2360E-02 5.5755E+0_ 9.8972E+_B .25730+0_ 6.3770E÷00 8.7159E+82 5.5432E-_2 6,2934E_0_ !.2575E÷01 -3.760_E+00 7,523te÷00 t._914E+83 7.51260:_ 9.1382E 01 2.06120+0_ -1.4900E._E_ .5,4599E-01 5,748_E-81 8.0726E 12_' '" ,O_lf_ _ " _.

TABLE 10- CONTINUED b) Block B data RUN FIRST |/R TP STEAOY M_XTM!JM kZlM MINIHU_ ALTERNATING 59 TORgUE 2 5.438_E+_2 5,76952+02 2957E+91 3 5.8748E+A2 6.2_83E+_2 4 7,0973E+_2 8.|7_4E+_2 5 8.682_E+_? 9.7_71E+_2 |44 .8379E+_2 35H7E÷_t_ 6 1.19t6E+B3 1.3173E+_3 7 5,7484E-_t 1,|4972÷_B ._ -t.3413E+99 1.2455E+_/ RUN FIRST I/R TP STEADY MAXIMUM AZTM MINIMUM ALTERNATING{ 59. O_2HAMG

2.92_92-02 1._132E-_1 29 .A

3.b936E-_2 t._q_5E-_t 4 4.7237E:m2 |.2797E._t 6,2696E 92 1,63132-_1 234.; 8655E-_2 1.1589E-_l B.b868E-_2 2.32672-_| 242. _729E:_1 |.69982-9| 7 -2,7984E-mt -2,3666E.81 331._ 2194E el 4.2494E-_2 RUN FIRST I/R TP STEADY XAXIHUX AZIN MINIMUM ALTERNATING 59 Oe2Cf118 2 t.IR25E+_3 1,5511E+_3 199.] 3_aE+_2 98562+_2 3 l._816E*A3 |.4_71E+_3 19_, _:9266E.92 !i2922E.,' 4 9,972_E+_2 t,478a[*_3 197.5 5.47862+92 65262+_2 e,tt23E+m2 1,16_12÷_3 36_._ 1693E+81 4653E÷_2 3... _!.75/,_÷e2 ,.,2tiE+,2 ? 66622+A2 I,_155E+B3 - :.t,58E+e2 -9.9519E+9!

.223_E+_2 I RUN F|RST |/R TP STEADY MAXIMUM _ZIM MINIMUM ALTERNATING 59 Oe2CB90.

? 5.2259E*_! 6.7961E+_1 3 5,2332E+e! 7._984E+_t 147. 2514E+_1 19235E+_1 161._ ]:_9,4E+,1 1i5528E+,_ 4 5.45_9E+_1 7,2959E+_1 B3._ _:.9747E+_1 1 5656E+_1 5 5.286_E+_1 6.8817E÷91 76. .5246E÷_1 1.6785E+_| 69.5 3.16492+_! 2.512BE+91 6 _;4445E+_t 8.t895E+_!

7 - 92542-_! -6.1931E-_l 328,4 -1.1293E+_ 2.5591E-Bl RUN FIRST t/R TP STEADY MAXIMUM AZIM MINIMUM ALTERNATING 59 OB2CB53 2 4.34222+92 1,899_E÷_3 IB3 3 327_E+_2 1,4636E÷_3 6418E+_2 8.6389E*e_ 327_E+_2 ! .5547E+_3

,!2!Bsil, . :,292E.9, 2 -2.94542+_2 9,2462E+92

5 4t8tE+m2 1.3194E+93 -5.5729E÷_2 9.38282+92 6 4;7977_+_2 1,57442+93 1o54 -5.6763E+_2 to9711E+93 7 -3.643BF+_! -1._737E+9! 353_9 -6,984_E+Pt 2.5_51E+_l RUN FIRST I/R TP STEADY MAXIMIJW [ZTM MINIMUM _LTERNAIIN_ 59 _2FB|8 :_4588E+_? 5.7459E÷_2 3_82E+_2 5,943RE+_2 2t8 _:5543E+_2 1.5958E+_2 218:_ 32_eE+e2 t.8_74E+e2 5 :_3396f+_2 5,8517E+92 4638E4_2 7.1438E÷92 6 9787E+_ 8.6886E÷_2 263;_262275"98_.7 "i! 7278E+_22*ff62_E+_26B58E÷e|7343E+_697_E+_l 5.4148E+_4°4246E+_23*387_E+B2 7 _: |.4564E÷_1 9624E+90 RUN FIRST |/R TP STEADY HAXtMUM AZIM MINIMIJM ALTERNATING 59 _82F_3_ 511]E+_2 3.07_3E+92 ,7263E+_2 ,37352+_ !!'633E+,2 3.6149E-92 4 4468E÷m2 4.Bq2tE+92 261 -1,926_E÷_2 9_91E+_2

262: -2.92 E÷ 2

5 1,3826E+_2 5._273E+92 .974_E+_2 256 4987E+P2 6 ,_13t73_+_2 6.2_63E÷02 8525E+_2 7 84M6E-_t 3.4565E+_ .2246E+_ RUN FIRST t/R TP STEADY MAXTMUM AZIM MINIWUM ALTERNATING 59 Be2FBg_ 292.8 _E+_ _.880_E+_; 292.8 !!,,,,E.9, ,.,8,,E+9,!

_:B,_E+m, ,.,,,,E+,fl

30dtR g_E+9_ 9._eeE+B9

262.9 _:_E÷e_ e.s_eeE+et

TABLE 10.- CONTINUED b) Continued RUN FZEST I/R TP STEAr'JY MAXIMUM _ZIM MINIMUM ALTERNATING 59 LEADLAG 2 I 4516E+R2 1.4575E+_2 327.2 1 4462E+_2 5,632qE-_| 3 l:4525E+R2 i.aSRaE+_2 6_.1 I_4476E+02 5.4076E-_| 4 i 4498F+_ 1,4566E+_2 38,6 t ,4449E+_2 5,8582E:01 349°2 =°44_6E+¢2 3,8303E ¢| 6 I 4228E÷_2 1,4313E+_2 263,6 ,415tE+e2 8,ItI3E-eI 5 [!4444E.+_ |.4485F*02 64,1 1 8,3366E_ 7 I 28_4E÷_? 1,_8_E+_2 .2714E+_2 1 RUN FIRST ttR TP STEADY MAXTMiM _ZIM MINIMUM ALTERNATING 59 FLAPANG 2 4 4475E÷_¢ 5.155AE+BH t82,8 3 5872E÷0_ 7 8430E-_!

3 4:3461E÷RO 5,1534E+0_ 4 4 455_F+R_ 5.3904E+_ _o1,4 3 5723E+_P 9,_9_6E-_| 5 4:3_12E+_ 5,5496E+_ 16q,2 3 iq68E÷QH 1.1764E+_ 529_E+_ 4o6_53E+_0 175,7 3i617_E*_1 7:7318E-_1 155,4 I 1588E+_ 2 882_E÷_ 277.3 : I2_IE÷_! 4:4283E-_2 RUN FIRST 1/R TP SIEADY MAXIMUM AZIM MINIMUM _LTERNATING 59 PTCHLIN_ 2 -6.5724F÷_1 -2 APP6E+01 61,3 -9,7477E+0| 3 4595E+gt 285,5 -8 6384E+0I 6:3644E÷01 4 -3.5635F+_I 1 6AOIE+_2 5 ]8_8E+¢_ 3 458|E+62 26.1 _76_F+R2 2 267iE+_2 3 -5,2136E+_18, 41_904E+_1 -3,4526E÷_t 1 |564E+_2 164,1 2257E+_2 1 1911E+_2 7 -2,3572E+OA -4 1597E-_t 27,1 -3,8824E+_B t 7332E÷_ RUN FIRST I/R TP STEADY MAXIMtIM AZTM MINIMUM _LTERNATING 59,B_4CB18 17q,8 -2 6954E+63 3,g26_E÷_2 3:2:29_7E+o_3 ! 8767E÷_3 2 3,35E+lz3 -119103E+_3 194,1 : 8789E÷_3 6,9115E+02 4 -2.I94tF+_] t 4966E÷_3 187,0 _!6954E÷03 4.g94_E÷e2 5 -2,23t_8E+_3 i 64RRF_+w3 2_8,9 -2 9963E+_3 6,7377E+_2 6 -2,2567F+_3 -'i:5646E+_3 216,6 -3,2138E÷B3 8.2459E+02 8q._ .4.9436E+_t Ioi780E+_i 7-3.7_77F+_1 -2.5877E+H1 TP STEADY MAXTMIIM AZIM MINIMUM ALTERNATING RUN FIRST t/R 59 e_4C653 -6,1667E÷e2:2.474_E+62 6371E÷_l -6.1616E+_ _:1303E+02 94 t 1 3364E+_3 2471E+02 4 -5,9019E+_ 294 8 I 4362E+03 5837E÷_2 5 _5.8831E+_P ._:8_57E+02 -99 _ -O,999_E÷_3 - 999_E÷_3 6 9,ggg_E+R3 999_F÷_3 1_4 -2._5_4E+0_ 2465E÷_ 7 1.367_E+B_ 4.44P6E+_ AZIM MINIMUM &LTERN_TING RUN FIRST I/R TP STEA_Y MAXIMUM 1,5t3_E+e@ 59 _04FB13 344. 5.9594E+01 2 2,_257E+_P 3,6237E+_2 344.1 -2,5938E+_I 3 2,_282E+_2 5,142_F÷B2 2,7_07E+e_ 351.3 -3,8337E+_I 4 2.0.611F+_2 5.5_61E+0 2,9848E÷_ 5 1,8739E+_2 4,i716E+_ 79.q -1.4513E+02 ?,_tiaE+e_ 72.8 o3.449tE+_2 a.2728E+B< 6 1.784_E+_2 5._96_F+_2 8.4772E+_ 7 -8.2242E+_ 5._61_E._1 152,g .1,7461E+01 AZIM MINIMUM AL. TERNATING RUN FIRST I/R TP STEAI_Y MAXIM|IM 676¢E+H2 59 O_4FBt8 _:t623E÷_2 _628E+¢! 336,g 7259E÷e2 2;4441E+_2 336,9 :_i8438E+_2 1.7599E÷_2 4 -3,SI_iE+¢i 351.2 -3 ,,75rE÷P2 2,8656E_02 1721E+_2 5:5.3415E+_t !i 6561E+'2 6487E+R2 273,9 6426E+_2 4;6457E+_2 6 5.9419F+_!

28,.4 _i!729gE.02 3.4506E.02 156,3 8010E÷PH 7",2Rg5E÷_ 7 -2._827E+_R 4,778_E÷_R _ZIM MINIMUM ALTERNATING RUN FIRST t/R 1P STEAPY MAXIMUM 1,2657E÷02 59 @64FB53 2 -z. I24HE+_ 1.2q25E+_2 3i5 .1.624HE+_2 1.55O6E+_2 3 3,3817E+_ i.4772E+_2 i,9399E+02 4 2.7219E+_ 322 6 -2.01_9E÷02 t,R69_E+e2 294 1,9581E+82 5 5._313E÷_ 1.770qE*_2 -2.4_35E÷02 2,5326E+02 2,6617E÷02 6 i.847_E:_t 12.4 -4.3715E÷MO 3,423gE+_ 7 -8.2481E _1 2,4744E+_ TABLE 10.- CONTINUED b) Concluded RUN FIRST t/R TP STEADY MAXIMUM AZIM MINIMUM ALTERNATING 59 004FB9H 278 5.6PgTE+_J t. 12_5E+02 .99, _,_ 7.8346E+00 5 2557E+_l -9,999_E*03 9,99.. eE,e3 -9,999_E+_3 -g:ggg_E+03 4 999_E+R3 -9,999_E*_3 -99,_ -g,gggoE+_3 -9 9990E÷03 265 o 1.2_7E+B_ 3:_774E+el 5 "9;5416E,02 toSt6tE+(#2 6 -9.gQg(4E*f_ .q.999_E*e3 -99!0 -q,999_E+_3 -9,999_E+_3 7 -9,999_E+(_3 -9,99-qOE+_3 -99 _ -9,999eE÷_3 -9.gggcE+_3 TP STEADY MAXIMUM RUN FIRST I/R AZIM MINIMUM ALTERNATING 59 OR4TB|3 2 -t _375E+m_ -5,1163E+_1 329 336 ,I,5991E÷B2 3464E+21 4 _108E+2_ -l.1587E+_t 279 -1,6953E+02 7 8,973E+01 i -1,5189E+_2 28_ -2,_162E+_2 I_I472E÷_2 288 i -2,4352E+02 i 6419E+_2 6 .t _35E+A2. 8,4B56E+01 2:3175E+oo 7 " 4958E+_ 3,5654E,_1 91 6 -4,9915E+_

TABLE 10.- CONTIN'UED "

e) Blook C data SCPHA_E EESULTANT HN COS SIN TP STEADY RUN FIRST IIR 87.

3.8647E÷g_ 1 1.9_662-_t 3 860RE+_g 2 5,43_E*g_ 59 TORQUE' 287, 2 5.[43442-01 -1:589(_E+_0 1.6669E÷_ 89, 1,3684E.e_g 3 2o43_12-02 1 o36B2E÷k_g 169.

2.8452E+gt 4 ..2.8_092÷_1 5°_34E÷gg 116, t,0372E÷Og 5 -4.63262.._1 9°27982.-a1 335° 1.118_E÷ge ._B71E+(4_ -4.6673E-B I 125, ) .t.v)6182-_1 4.24282-,t 5.23222-_1 2B_.

t o82252÷0_ 8 3o 1498E-t_1 .1o7951E÷1_ 7,7184E-_L g 5.67872-_1 5.22742-91 1,8677E-_1 t_ 4 ° 44522.-02 1 o81412.._1 SCPHASE HN COS SIN RESULTANT TP STEADY RUN FIRST t/R 59 TORgUE 3 5,875E+_2 g°_88RE-_2 3.544_E+_R 3..545|E÷_R 282 5.7996E-_1 -3,0900E+@_ 3.143qE÷_ 3 -to6811E÷_B 1.36582*_ |66_E+_8 14_,_ 4 -2.6681E+01 -5,12962+0_ _71692÷21 5 -2.4457E:01 1.38442÷_0 1.4_58E÷_0 72.

6 5.5f1252 01 1.7253E+_ 1.81342÷_ tg_' i 7 B.5t46E-_2 3.55132-_1 3.652_E-_1 267, 8 .4.13472-_t -Bo78882+_0 8.79852÷_ 9 -8.151fiE-03 -l.9364E÷U_ 1._3542+_- 1_ .2.343)E-_1 B.94452-_2 2.5_B_E-_1 $CPHASE RESULTANT TP STEAOY HN COS SIN RUN FIRST t/R 1 1 lfi98F-_? -2.96382-_2 3.18272-B2 291.4 59 O_2HANG 2 2.q21E-_2 166.1 2 -1_733BE-82 4.2693E-_3 1.78612-_2 3.8794E-_3 297.4 3 !.7841E-_3 -3°44482-_3 36.4 5._212E-23

4 184.5

5 7111E-_3 -5.2336Eo_4 6.73152-_3 252.t 3o3237E°_3 6 -1.1_7_E-_3 °3.1_55E-_3 6.6391E-g3 192.9 7 -6.4_39E-B3 -1.4753E-_3 45.6 6.57572-23 8 4.599_E-03 4.6994E_3 1,333_E-83 9 1,_643E-g3 8.02592 _4 4.5517E-g3 1_ 4o5363E-_3 3.73352-_4 $CPHASE RESULTANT TP STEADY HN COS SIN RUN FIRST I/R 296'6 4 1898E-_2 59 002MANG 3 3.694E-02 138.4 2-1.243_E-_2 1_2_E e2 1 1.8782E-_2 -_i74522:_2 i6612E-22 I 8_8E-03 3.8 3 1.7968E-_3 19692-_4 4.24372-_3 356.7 4 4._36qE-g3 -2.41122-_4 3.08592-23 214,7 5 -2.5355E-_3 -I.7589E-e3 t4°4 1.15_52-_2 1.123_E-_2 2 88322:e3 3,3825E°B3 236,6 7 -t.B64eE-_3 -2:8225E _3 1.9269E-R3 338.5 8 1.677!E-e3 -g.4891E-_4 t,6976E-g2 17g,7 9 -1.67552-_2 2.72952-_3 172°_ 3°6285E'_3 1_ -3.57322-_3 5.83192-_4 RUN FIRST t/R TP STEADY HN COS SIN SCPHASE RESULTkNT 59 TOROUE 2.8643E÷_B 298 g 4 7°_97E+B2 1 1.34322+0B -2.52982÷_ R.25_5E÷_ 276 9 2 9.85942-e1 -8.191aE+Oe 2.4_68E+_ 8g 9 4 -8.32392+_1 -t.3104Eeel 8.4264E+R1 188 9 5 -2.93_E+0_ 6,4_eaE-01 .ggg3E÷gH 67 7 6 -7._qSgE-_t 1.1215E÷_ 22 3 7 -1.84B_E-_1 -3.5_87E-81 3.9657E _1 242 2 t,_442E+Bt 2 9 8 1._428E+01 5.373_E-0I I,7282E÷_ 9 1.7281E*_0 1.39222:_2 27_ 54 la 3.9974E-_2 2.69694 _1 2.72642-_1 TABLE 10.- COI_II_'ED e) Continued / RESULTANT SCPHA$E STEADY HN COS SIN TP RUN FIR8T 1JR 1 6945E÷80 26501 1 -1.443_E-01 -1.6883E+00 59 TORDUE R,682E+_2 1:_151E÷81 281,2 2 1o9657E÷8_ o9.9592E+_ 4.2495E+8_ 127.g 3 .2.56_3E+8_ 3.3917E÷O_ 8o5112E+_1 214.2 4 o7,8417E+_1 -4.78_7E+8!

1.5863E*eg 259,5 5:2.737_E-Ut -1.4812E+8_ 2;1743E+88 19309 6 2.It83E+SB -50234_E-_1 8.6214E=8| 22401 7 -4.7541E-81 -4.6_8RE-el 6o47_7E÷80 9608 8 -7o7_t_E-eI 6.4247E+_O 8,1336E-81- 146,8 9 -6,8_89E_1 4.4492E-_1 8.1527E-_1 67.9 1_ 3._725E _1 7.5516E-_1 3CPHASE HN COS SIN RESULTANT TP RUN FIRST llR ! I 4663E+88 -5.3954E-Pt 1.5624E+e8 59 TOROUE 339._ 331, 2 2_173_E+81 -1.1837E+el 2.475ee÷g!

3 -1_9t62E+_ 4._871E+_0 4.514_E+_a 4 -5.9621E÷_1 -6.R794E+_I 9°1M34E÷O1 34300 5 1.SJqRE+e_ -4.483_E-_1 1.5838E÷8_ 22_,5 6 °2o_4_E÷_ -l.76b3E+_8 2.7172E+Re t99, 7 -1.2774E÷0_ -4.4357Eo81 1._522E÷¢_ 8 -1=277!E-_ 1;|_55E÷_! !.1_56E+_I 151o_ 9 -3.1263E_1 1,6689E-01 3.54_9E-_t 118o 1_ -5,5967E _1 1._227[+_0 1o1658E+_ RUN FIRST I/R _°. TP STEADY HN C0S SIN RESULTANT SCPHASE 59 B02HANG 4 4.724E-R2 1 2 _59_E-_2 -4.9_32E-02 5,3183E_2 292°8 2 -I:II83EoR2 1.9_44E082 2.2_84E _2 12_.4 403456E-_4 11604 3 .1.9389E:_4 3°8931E-84 4 2,2qOaE _3 -3.44MQE-e3 4.1446E_3 3_307 5 -6.2492E-_3 3,6377E-_3 7023_9E 83 149.8 6 7°2714E-_3 -1o7_99E-_3 7.4885E-_3 34602 7 .2._749E-_3 -3.5298E-_3 4,_944E0_3 239,6 8 4 277_E-_3 -9.2987E-_3 1._235E-¢2 294,7 9 t:31_RE-_2 -3.8647E-_4 1,3114E-_2 35803 )_ 3.7178E-_3 3.|626E-_3 4°881_E-83 d8°4 RUN FIRST I/R TP HN C08 SIN RESULTANT _CPHA_E

59 _2HANG 5 7.,7 9E-.2

3.3588E-"2 94.4

6.39,1E-,3 .6

4 .9 47E @3 -9.5924E-_3

9.7797E:83 28 :)

1._274E 82 134, 1067flOE-_2 2960) 6 5237E 83 -1.4975E-_2 606451E-_3 21907 7 1141E-83 -4,2431E:83 8 6464E-_3 -t.B621E 82 1°_946E_92 284,_ 9 4.6_3_E-83 05,518_E-_ 7.1858E _3 389,8 I_ 3.4144E-_3 -2.2934E-83 4.1131E-83 32601 RUN FIRST IIR TP STEADY HN COS BIN RESULTANT SCPHASE 1Bt97E-_I 294.6 59 _2HANG 6 80587E-82 1 4.2391_-_2 -9 273_E:_2 8054E _2 5:8841E-82 8e,6 3 - 8444E-_3 2 _!5.85E-_3 ) _29bE:82 4 8986E-_3 -1 _13E _2 8658E-_2 9559E 82 1_705 2288E-82 68_1E-_3 327_E-_2 25303 6273E-e3 2, ,5_21E-_3 4_66E-_3 145.4

li .E: 2 28 .7

8 11_3E-_3 _4616E-_2 i 5183E-82 254°3 9 3769E0_2 "I: ,7769E-e2 8158E-_2 2708 3298E-83 ta 5375Eo83 -3 3,6676E-83 294,8 TABLE 10.- CONTINUED Continued

c)

SCPNASE COS SIN RESULTANT TP STEADY HN

RUN FIRST t/R

173.7 I -1,8364E+_2 2,_123E+01 1,8474E+92 2 1.183E+93

59 _826818

5.4 2,6626E+_1 2 2.65_qE+_1 2,4847E+0_ 7,947_E+04 13.9 3 7,7133E+_ 1,9131E+_ 4 48,9 t,ff784E+02 7o_31E+H1 8.13)7E+_1 148,5 5 3,234_E÷_1 -_,7568E+_1 1.6909E+Ol 326.6 6 2,3843E+0_ -1,5724E+_0 2,8561E+gB 2_6.7 7 3.5494E+_0 -3.17_1E+_ -1,5965E+_ 2.5901E+_ 236,6 -I.4775E+P_ -2.1612E+0_ 9.5962E+_ 217.5 q -7.6!_5E+_ -5.8454F+_ 342.5 1.3164F+B_ -4.1626E-_1 t.38_7E+R_ SCPHASE H_ COS SIN PESULTANT

RUN TP STEADY

FIRST t/R 1 -1.81_5E+02 3.7107E+01 1 8481E÷H2 3 1._82E+03 59 _2C818 2 4.8636E+B1 -1,39H4E÷el 4:_949E+Rt 226 "t 3 -1._396E+_1 -1._956E+_1 1.51_3E+_1 4 3.873_F+_1 I._372E+_2 1.1_71E+02 1_7.6 5 -6.4_71E+_1 1.421qE+_1 6.621_E+01 214.3 6 -7.bSa3E+_ -5.2477E+P_ 9.3_52E+_ 204._ 7 -9._69E÷0_ -4._4H7E+_ 9.9265E_0_ 199,4 8 -2.4461E+_1 -8,5930E÷0_ 2,5926E÷_1 65 7 9 -1,76_1E+_1 4,5_20E+_ 1,8167E÷_1 _ 1,347_E+_ -5.2442E-_1 t.4455E÷_ 8CPHa_E RESULTANT _ COS SIN RUN TP STEAOY FIRST I/P 157,4 t -t.4_SRE+E2 6.2485E+01 1.6231E+B2 4 9.972E+P2 59 _O2C818 327,4 2 4.5_¢E+_1 -2.8763E+01 5.34_7E+_1 208,3 3 -_.4¢59E+_1 -1,295bE+_1 2.7325E+_1 67,7 4 1.2_65E+02 2.944_E+e2 3,1818E+02 336,3 5 2,1437E+_1 -9,4123E+_ 2,3412E÷_1 289,5 6 5.3866E-01 -1.5227E+H_ 1.6152E+R_ 219,4 7 -7,9844E÷_ -b.5557E÷P_ 1,_331E+_1 297,2 8 1,6771E+Ol -3,2589E+_1 3 6651E+_1 29_,8 q 1.823_E+_ -4.8_1_E+_ 5:1354E+_ 69.7 1_ _.45o_E+0_ 3.9149E+00 4.1748E+H_ 8CPHASE RESULTANT TP $TEAOY _ COS SIN RUN FIRST I/R 1 -g,6153E+el 1._779E+02 1,4_75E÷_2 5_ _2C818 5 8,112EI_2 2 3._989E+_1 ,7,5127E+_1 8. 1268E+_1 187!_ 3 -8,6994E+_1 -1._627E+_1 8,764_E+_1 87.1 4 1.5_26E+_1 3.1724E÷_2 3.1764E+_2 77.4 5 1.4_76E+_1 6o4219F+_1 6.58RSE÷R1 74.7 1 8791E+_ 6.8697E +_¢ 7.1221E+_ 2e3 6 8 1.7827E+_I I.b206E+_R i.7gglE÷01 109 7 g -!,9113E+_0 5.34_E+_ 5.6725E+_ 348,3 1_ 3.7631E+_ -7.8_40E-Pt 3.8432E÷0_ SCPHASE HN CO_ SIN RESULTANT RUN TP STEADY 90.1 1 -1,9524E-01 1,1232E÷_2 1,1232E+_2 59 6 5,666E+_2 280.7 2 2.3686E+41 -1,2539E÷02 1,2761E÷02 178.8 3 -1,_6_E+_2 2,15_2E+_0 I,_t_E÷g2 93,1 4 -1.8382E+0! 3.4_97E÷_ 3.4146E+_2 92.6 -4.1R57E+_ 8.94RgE+_t 8.9583E÷_1 19.7 5.9476E÷_P 2.1239E+eO 6o3155E+eO 1.6 7 2.4986E+_ 6.8794E-02 2o4_95E÷ee 10.1 8 1,541qE+81 2,7437E+_ 1,5662E+01 _9.5 q 4.426_E-_2 4.8135E+Oe 4.R137E+00 336,5 1_ 1,2521E+_1 -5,45_RE÷_ t,3656E+_I TABLE 10- CONTINUED e) Continued _N COS SIN TP STEADY SCPMASE

RUNFIRST t/R RESULTkNT

59 HR2CBgB 2 5.2108E¢_0 76 5

5.226E+_1 1 ] 6514E+_0 1.7531E+e_ 2.4153E+_e 313 5 !22BRE+_ 5._658E+00 -I 1622E*ee 5.i58_E-01 1.3153E+_B 152 l 2.9196E+0_ 22_ 8 4 -2.2_94E+_0 -1.gB86E*eR 347 2 3,1767E_ 5 3._977E+_@ -7._41_E:_1 9.879_E-Ot 17e 9

5 - .7.39E- 1 1.5672E .z

t._622E,0_ 12 1

7 1: 3e4E, .2.234 E: 1

8 -t 353E+98 9.6946E 81 1.5647E+_0 217 9 6.9545E-_1 9 -6.4733E-_2 -6.9243E=91 1._288E+_ 18 -I._288E÷09 9.8681E _3 TP SCPHASE RUN FIRST I/R STEADY HN C05 81N RESULTANT 59 _2CB9_ 3 5.233E+_1 1 1.8547E+00 5.6_49E÷_@ 5.9_38E+B_ 71.7 2 b.7798E-01 -2.4285E+9_ 2.5214E+_ 285.6 3 -7.6780E-_1 -3.2399E-_1 8.3336E-01 2P2.9 4 -1.2966E÷_0 -2.1064E+00 742E+_ _OleO 5 4 5697E÷_ _O65E701 3.2256E+Be 184.5 7 4.3547E-01 3.97_5E-_1 5.893_E-_1 42,4 , 8 -1.7893E+SH -4._983E-_1 1.84_2E+B_ 193.5 9 2 934PE+_ -5._849E-el 2.9926E+@_ 348 I R I:1667E+0_ -5.9625E-_1 1.31_2E+_ RUN FIRST t/R TP STEADY HN C0S SIN REStJLTkNT _CPMASE 59 0_2C89U 5,450E_el t 3 5899E+HB 5.2693E+9_ 6.4254E+_g 55 3.1348E+_ 2 1i123_E-_2 -3.1348E+_0 3 -1 513_E+_9 -7.5172E-et 1.6895E+ge 2e6,4 4 -2.1914E+09 -5.5794E+99 5.9943E+BO 2a8.6 5 8.1316E-_1 4.733_E-01 9.4988E-91 39.2 6 -2.2775E+O_ 2.4537E-_1 2.29_7E+80 173.9 7 2.7257E-01 1._164E-81 2.9_9_E-et 29.5 8 7.8899E-_1 -3 9713E-_1 8._33_E-91 333.3 2.2_79E+_e 172,3 9 -2.tSb_E+O_ 2i9543E-e!

te -1._401E+_ -7 6_52E-_2 1._429E+gg 184.2 RUN FIRST t/R TP STEADY HN COS SIN RESULTANT SCPHASE 59 0_2CR90 5.286E+_1 7 39_3E+_9 42.4 1 5.4562E+08 4 9846E+9_ 2 1.2_31E+0_ -3:6337E÷ee 3:8277E+_U 251.7 3 -1.9514E+_ -2.555eE+e_ 3.215_E+_g 232.6 4 -4.531_E-92 -5.597_E+e_ 5.5971E+8_ 259.5 5 2._78_E+_ -4.4235E+e_ 4.8873Ee0_ 295.2 2.8924E÷e_ 117.9 -1.3124E_ 2.5775E+_ 5.3455E _l -3.0488E-_1 6,1538E=_1 33e.3 2.538_E+_ 62.6 8 1.1692E_9 2.2526E+_0 9 3,7879E _2 1.219iE_ 1.2197E÷_ 91.8 1_ =9.2415E-91 4.7363E-_I 1.0385E+89 152,9 RUN FIRST I/R TP STEADY WN C08 SIN RESULTANT 8CPHASE 59 9_2CB9_ 5.444E+91 9 5461E_9 34.2 1 7.8025E÷_ 5.3699E+_9 2 2.4682E+_ 4.9632E+_@ 4:7541E+B_ 238.7 3 .1.9egqE÷O_ -3.361_E+9_ 3.8658E+_9 24H.4 4 -I.4145E-Ht -6.23_9E+00 6.2317E+9_ 258.7 8.1278E÷e_ 288.6 5 2.5956E_9_ -7,7_23E+_ b 7.3524E H1 4oB349E+_9 4,89_5E+B_ 81.4 7 -4.5556E-_1 -l.3599E+_e 1,4334E+_ 251.5 4.2664E+_ 46.4 8 _:9494E+0_ 3._914E+_0 9 - tq55E-_t 2.7715E+B_ 2.8_31E+e_ 98.6 1_ -Z.oSggE-02 1.2554E,8_ 1.2574E+_ 93.2 TABLE 10.- CONTINUED c) Continued SIN

RUNFIRST I/R TP STEAOY HN COS RESULTANT SCPHASE

59 0_2CB53 2 t -2,0239E+02 I 2863E+Rt 2.B28_E+_2 176.4

4,342E+02 2 B.1977E+01 -2;10_4E+_O B,2_O3E+_t 358.5 3 2.9378E._1 6 6320E+_ 3._I18E+0! 12.7 2,0772E+_2 42.3 4 1.5355E+_2 1i399_E+02 5 -1oa778E+_2 O 4817E+01 1.6137E+g2 156.3 5.9332E÷_1 6.1 6 5._991E+_1 6 3493E+_0 7 i,7355E+BI 2:1_19E-_2 1.7355E+01 179.9 8 1.3580E+_1 1.7945E+0! 2.2504E401 52.9 q -8.3176E+0_ 1 1756E+01 i.44RIE+01 125.3 10 5.36_3E+@_ I:6766E+_0 5.6164E+0_ 17.4 TP STEADY HN COS SIN $CPHASE RUN FIRST |IR _E_ULTANT 3 I -2.3983E+02 3.1112E+01 2.4184E+g2 172.6 59 ¢_2C853 4,327E+_2 2 9.768_E+01 -3.3020E+Rt t,B311E÷_2 341 3 3 3.9577E+0_ -1.1623E+_1 1.2279E+01 4 9 07_5E+_1 2,_44AF+02 2,2366E+02 66.1 5 -3:2332E+_2 5o689¢E*_1 3,_829E+02 170.0 6 4.8918E÷_1 -2o9218F+_1 5,b979E+H1 329,2 4.8791E+el 166.8 7 -A.7495E+_I _:II7aE÷OI 8 7.5997E+_1 33_1E+_! 8.7467E+01 29.7 9 -1o4920E+_1 5.11_RE-0_ lo5771E÷B1 161.1 1_ -6.153_E+_ 6.8214E÷_B 9.1864E+00 132.1 TP RUN F_T 1/R STEA_Y HN C05 SIN RESULTANT SCPHASE 59 092CR53 4 4,327E÷_2 3._918E+_2 1 -2,9AI_E+_2 8.8965E+_1 163,3 1.1771E÷02 337,5 I.087AE+02 -4,4963E+01 3.a_HOE+_ -2.574_E+_1 2,597AE+01 277.7 4 2,_55E+02 5.58_5E+02 6.1588E+_2 65._ 5 3.768aE+01 -8,8823E+01 9.b486E+et 293._ 6 7.912_E+P1 -5.5397E+_ 7,9314E+01 356,0 7 -3.443_E+01 2.137_E-_1 3.4431E+01 179.6 8 -6.4_27E+_1 8,25_6E+_1 I._442E+_2 127.8 9 2.3512E+_1 6 139_E+O_ 2.43_E+_I 14.6 1_ 1.261_E+_1 -8:2394E+_0 1.5_67E+01 326.8 TP RUN FIRST I/R STEADY HN CO_ SIN RESULTANT SCPHASE 59 _2CB53 5 4,4IRE+P2 1 -3._685E+02 I 4326E+02 3.3865E÷_2 155._ 1.5773E+_2 308.4 8.4883E+01 195.1 4 8.5494E+_1 6.072aE+0_ 6,1323E+_2 82.v_ 5 8,512PE+_ 5924E+_2 2,593RE+02 88.1 6 4.6A_QE+"t _:9793E+_ 4.6504E+_1 3.7 5.2_72E÷01 87.7 7 2._34E+_ ._:2_31E+01 7,2703E+01 217,9 -5,7384E+_I 46alE+HI -1.5171E+_1 8114E_1 2,3628E+01 I_ 9.9817E+_@ "_:_7aE+_ 1.1167E+_1 °b RUN FIRST I/R TP STEADY HN COS SIN RESULTANT SCPHASE 59 _2C_53 6 4,798E*_2 3,3469E+g2 141.4 1 -2 6173E+02 .2._861E+02 t:a538E+R2 2.2553E+_2 2,6833E+02 302.8 3 -1 4652E+_2 -3.2432E+01 1.4965E+02 191.7 6.4232E+R2 Bao5 4 6i152_E+01 6,3936E+02 5 -2 5134E+_1 4,_223E+02 4,0301E+_2 93.6 6 2 9237E÷_1 -7.2228E÷_1 7.7921E+_1 292 0 t,_38_E+e2 58i9 R -g 6285E+01 -5,9179E+_1 1.130PE+_2 211 9 -I. 2456E÷_1 o2,4559E+_1 2.7537E+01 243,1 7 5i36_4E+01 8.8888E÷01 3.1122E+_0 19 -2 9126E-_1 3._985E+_0 95,4 _32

ORIGIN_ r _:_i':_:_.._ f:_

TABLE OF POOR QU;_LITY

I0.- CONTINUED

o) Continued

$CPHASE STEAOY HN COS SIN RESULT&NT RUN FIRST t/R TP 280.2 I 7.0_61E+00 -3.8757E+01 3.9385E+01 59 002FB18 2 4,459E_I12 157,6

-_.e_lRE+01 1.4S_3£+01 3.e968E+el

327.2 ,931te+01 -3,1774E+_1 5.8662E_01 3,e_76E+_t -1,0742E+01 3.1937E+01 5.3632E+_1 1.5760E,0_ 5.3655E+_1 163.

2_.12S3E,,1 9.]34_S+e_ _.2646E÷el 228,_

. .9128E*00 -2.1849E+00 2,9040E÷0_ ].[198E+01 6.1060E+00 1.2755E+01 ° .5648E+01 3._799E+00 1.5948E÷01 335._ 1_ 1,1783E+Ol -5.3968E+00 1,296_E+01 SCPHASE TP STEADY HN COS SIN R_SULTANT RUN FIRST ItR 3B3.9 5o2434E+_!

5g _02FBIB 3 4.30RE+02 2.9219E+_1 -4.3538E+01 5.0619E÷_1 134.g 3.5709E+01 3.5877E+01 5 0647E+01 6°_ 5,_374E+01 5.255_E+00 1_282gE+01 343,9 !-P315E+01 -3.562_E÷00 5 7938E+Oi 22._ 5;372_F+01 2,17_0E+01 8_2_13E÷0! 174.5 -8.1632E+_1 .7.7916E+_ 188,5 .2.79|2E+_1 4. 787E+00 l:B223E+O| _04iE+0_ 154.0 164,4 4;9264E+01 178,6 7,7723E+00 .7.7701E+_0 1.8622E-01 RUN FIRST I/R .... _: TP _ - - S T E A _ _ . . . . . . HN COS SIN RESULTANT SCPHASE 59 _2FB18 4 4,331E+@2 7,2766E+_t I 5.7495E+01 -4,4601E+01 322._ 2 -3.7382E+_1 6,681BE+_t 124.

5.5373E+_1 3 7,3941E+01 2.1485E+_8 7,3972E+01 358,3 2.1728E÷_1 338._ 4448E+01 2._355E+_1 5,B12BE+_t 339° - 5]5RE+01 1°7655E+_1 4,OaBTE+Ot 158.6 -2.339_E+_! 3=2_1E+01 _26.9 8 5.31_7E+00 -2.669_E+01 2.7213E+01 _81.3 2.1550E÷et -1 1285E÷01 2.4334E+01 332.4 8.4483E÷0_ 1:1022E+0_ 8.5199E÷0_ 7.4 RUN FIRST I/R TP STEADY HN COS SIN SCPHASE _ESULTANT 59 0_F818 5 4,a64E+_2 1 8 4463E+Ht -6.8041E+01 1._846E+_ 2 -4 334_E+01 7 9779E+_1 9._791E+_1 3 I 0685E÷_2 4_212qE+_1 I.14R6E+_2 21.5 4 -4 _818E+0_ 104 ' _,_873E+_1 5 5 1_76E+01 9_15E+01 8.6343E+_1 -2 6728E+01 8.0660E÷01 8.4973E+et 1_8.3 ? -3 437_E+O1 2_ 4223E+_1 3.7197E÷01 7 5922E÷_ toB9!_E+BI 9 -5 4363E+_0 -8 389_E+_ 9,9969E+_# 237 I _298E*01 -1:9883E÷0_ 1,048BE+_1 349.1 RUN FIRST [tR TP STEADY HN COS SIN SCPH&SE _ES_LTANT

7SOeE÷O| 59 0_2FB18

5,_79E+_2 l 1.1976E+_2 -9 I.54!2E+_2 1206E+02 1°2667E+02 -5.9_5_E÷_1 1 i 3 1,183_E+_2 7 1823E*_1 1.3845E÷_2 4 -1.6631E+_ 2. 4499E+0| 2.9611E+_1 121,_ 5 1._61RF÷_1 -1 0613E+_2 1._656E+_2 275 0084E+e2 i.P781E+_2 9975E+0_ 4.73_2E+_1 5 3.8136E+01 [i 7 =4.7_58E+et 8 _7.5907EeRO - 3123E+01 2.4337E÷01 51 9 =4,9947E+M_ 2219E+_1 2.2773E+_1 257.3 5552E+_1 2.56_&E+_1 322,4 133, TABLE 10.- CONTINUED e) Continued RUN FIRST t/R TP STEADY HN COS SIN PEBULTANT 8CPHASE 59 _2F838 2 1,511E+_2 1 6 924¢E+Bl -t._674E+e2 t,2723E*B2 3e3.e 2 -5:1829E+t_1 1,5652E.01 5,4141E+41 165,2 3 4.1_06E+_1 -2, lg83E+el 4 6527E+_1 351,8 = 9,5259E+00 -B.865_E+00 317.1 1!5013E+_1 5 t,8547E+el 2,1698F÷_}0 1 8674E+01 6.7 6 -7.;]116E_00 3.9966E÷0_ 8.07_7E+_0 15e.3 5o6005E-_1 14_.6 7 -2 78v_OE-Ol 2.2869E-_1 8 -4:2179E+_ 4.5_95E-01 4,242_E+00 186.1 9 4,0223E+B_ 8.7657E-01 4.1167E+_0 12,3 10 ,.6,5862E_wP.O 1.7757E+00 6,8209E+0_ 164,9 RUN FIRST t/R TP HN COS SIN RESULTANT SCPHASE _02F858 3 I 1 0673E+_2 -1 3184E÷02 1.6963E+02 309.0 138.7 ' -5!469,E._1 4!7985E+_1 7.2758E+,1 3 4 8153E+01 1 6533E+01 5.0912E+01 18.9 4 1 0686E-01 -2,9757E+_0 2,9776E+_0 272.1 5 1:5294E+01 7.1710E+0_ 1,6892E+_1 25.1 6 -t.70_4E+Pt 1 8663E-01 1.7_05E+01 179.4 7 -6.21_8E-01 9:3257E-_1 1.1205E+_ 123.7 8 5,5854E+e_ 6.aiSlE-01 5.6221E+0_ 6.5 9 1 9112E_t -3.4677E_0 1,9424E_o1 349.7 10 2:9534E+0_ 5,9272E-@2 2,954RE+_0 1.1 RUN TP STEADY HN COS 8IN RESULTANT SCPHASE 1,446E+_2 1 1,5069E+_2 -1,5526E+O2 2,1657E+02 314 1

2 -4.924_E+_1 7,5272E+01 8.9947E+_1 123:2

3 7.9309E+_1 1.1794E+_I 8._18_E+_I 8 5 4 1.1386E+_1 -4.7825E+e_ 1.235_E+01 337!2 5 2,4R88E+el -!.7641E+01 3._5_6E+01 324 7 6 -5,_66_E_0_ -2,7367E-_2 5,0669E+0_ 18e.3 7 7,8R36E-RI 1.1164E+0_ 1.3621E+00 55,0 8 1.1366E_ 5.38_5E+_ 5.4991E+0_ 78.1 9 -4.2338E+00 3.)449E+0@ 5,2741E+_ 143.4 1_ -2.2o9_E+_0 -1.1678E-_1 2.3eIqE+00 182.9 RUN FIRST I/R TP STEAnY HN COS SIN RESULTANT 8CPHASE OB2F858 5 1.583E+_2 1 1.7155E÷02 -1.81_1E+_2 2.4939E+_2 315,5 2 -5.658RE+_1 1.1301E+02 1.2638E+_2 !16.6 3 1.2t79E+02 5.9655E+01 1.3561E*02 26,1 4 -1.3514E+0_ 6.5501E+0_ 6.6881E_00 101,7 5 2.327!E+_1 -2,62_3E+91 3.5112E_91 311.5 6 -3.3455E+0_ t.9969E+H1 2.¢247E+_1 99.5 7 3.8981E+_ 2 7467E+Ba 4,7686E+00 35 2 8 -i._fiS_E-_t 1:8244E+0_ 1.8275E+00 95:3 9 2.9346E+00 1,1743E+00 3.1608E+_ 21.8 1_ -2.3591E+0_ 3.8973E-01 2.391_E+_e 17_.6 RUN FIRST 1/R TP STEADY HN COS SIN RESULTANT SCPHASE Om2F838 1,317E+02 312.7 1 ,1.916RE+_2 -2 0733E+92 2.8231E+02 2 8.1620E+@! 1:4381E+_2 1.6537E.02 119.6 3 1.482_E+_2 9.1178E+_1 t,74eeE+02 31.6 4 -I.4235E+H0 3 6841E+00 3.9495E+00 111.1 5 1.1369E+B1 -3:8625E+01 4._63E+91 286.4 6 1.6526E.01 2.8465E+01 3.2915E+01 59,9 7 5,5179E+0_ 4,2859E+eO 6,986RE÷00 37.8 8 3,_70_E+eP 4 7008E+_e 5,7264E+_0 55,2 83,7 9 1,_532E+0_ 9i5_44E+OP 9,5625E+Oe tP 8,5815E+e_ 5 6669E+e_ 1,0284E+01 146.6 13_

OF POOR (_.,_,,_._ _"_" _ _"'_f

TABLE 10.- CONTINUED e) Continued RESULTANT $CPHASE RUN FIRST t/R TP HN C05 SIN 0 0_¢E+_0 288.9 59 002FBge 2 1 O.@mQRE+00 O._QOOE+00 165.3 2 0.0000E+00 _,_ROOE+O_ 0i0_E+00 327.6 _.0_0_E+00 2_.9 Oo_0g_E+00 205,6 O.ggOOE+00 240,7 _._O_mE+00 _._0O0E,00 198,2 7 _.00_E+O0 0.00_E*@0 0._00E+00 53,2 0.00QQE+00 81,0 9 0o000_E+00 0.000_E+00 0.00_0E+00 g.3 5CPHASE RUN FIRST I/R TP HN COS 8IN RESULTANT 59 OB2FB90 3 O.QQ_QE+00 272,6 218,0

g:0 0E.o

0_0_E+O0 348.1 _,000_E+_e 99.3 44,2 6 _.0RO_E+_ 0.0_00E+0_ 292,1 0.000_E+00 27.7 7 O._RO_E+00 263,5 9 R,OO_RE+O_ 0 0_0_E+00 H,O@OOE+_O 46.A o _OOE+O_ _,_000E+OB 27,6 RUN FIRST 1/R TP 8CPHASE HN COS SIN RESULTANT 59 002FBqO 4 205,1 1 0°0000E+_ _._QQOE+O_ 0 0000E+0_ 252,3 ;:,_,,E+00 000_F+_ O.POOeE+00 255,8 q.5 5 _,0_0E+0_ g._B_E+00 229,8 336.7 6 R._RO_E+O_ 0.000_E+0_ 7 O_ORE+_O 0._0E+_ 0.0000E÷_0 74,8 _._F+O_ Q.QHOQE+00 63,3 9 0000E+00 Q.OQQQE+00 149,0 0,_00E+00 0.0OBOE+00 66.8 RUN FIRST 1/R TP SIN HN COS RESULTANT SCPHA_E 5g OR2FBgO 5 OoROOOE+_ 285,_ 0.0_OE+QQ _.4 @°_000E+0_ 3 _,_OE+oO 14,g 136.8 0.00_0E_0_ 242,7 0.0_0_E+0_ 1g,0 7 _.000_E+_ 258,5 8 _oR_OOE*P_ 0.0_00E+00 0.00_E+00 104,6 9 _.0_0_E+00 OeO_E+00 245,5 1o _.OQO_E*QQ 151.6 O.Q_OOE+OQ TP SIN $CPHASE RUN FIRST I/R HN COS RESULTANT 59 OR2FB90 6 337,2 o:¢_O_E+OO e.O_OOE+eO 44°4 0o000_F+_0 91.0 0,000oE+00 6 H,_ROOF+00 _RB_E+00 0.0090E+00 237.2 e. OeOQE+00 31.9 0 0_00E+_0 8 _.OBOOE÷_ Q.00_E+QQ 196.

233._ 0_00E+00 O.OQflQE+O0 0 00_E+00 0.0000E,00 10 _.ORBRE+O_ 342.g TABLE 10.- CONTINUED e) Continued RUN FIRST I/R TP STEADY HN C05 SIN 5CPHA8E RESULTANT 59 LEA_LAG 2 1,452E+g2 33.5

_163E:et

:,TStE-,2 56,4e . 2

3771E-,2 -1537 E-

335,5 _!71,7E 02 3 3.'772E'_2 1.4B94E-_2 3 3846E-02 24,6 3.1828E-_2 316.5 1.8197E-02 242.7 3R7,8 5 -8i3572E:03 -1.6164E-02 6 7 7547E e3 -9.9859E-_3 2643E-02 .8_08E-02 ll4.b 8 -4 5573E-_3 102,1 2 1684E:_2 62,1

9 6i5116E-03 1.2285E-_2 1i3,,4_ ,2

t_ | 5_84E-22 -1o3904E-_3 5148E-_2 354.7 TP RUN F|RST I/R STEkOY HN COS SIN 3CPHASE RESULT&NT 59 LEADLAG 3 1.453E+02 i 9.46_0E-,2 4.7535E-_2 1 0587E-01 26.7 2 2°P555E-P2 3.9_87E-_2 4:4162E-_2 62.3 2.R966Eo02 67,4

, 6924 - 2

2.9839Eo02 295.5 3 _711E-03 _!9350E-,2 5 _398E-03 : 3811E-02 2o4339E-02 282°_ 6 o_:57"5E-02 -7.0111E-_3 1.7199E-_2 .2_4;1 7 o2°_357E-e2 1._827E-_2 2.3_58E-_2 152._ 8 -1.5_3RE-R2 5.6959E-03 1.608_E-_ _ 159,3 9 -1.3187E-e2 7,e434E-03 1.495_E-- 151.9 1_ 4.3781E-_3 -8.8_15E-_3 9°83_3Eo_ _96.4 RUN FIRST |/R TP (N .C03 8I_ RESULTANT aCPHASE 59 LEAOLAG 4 24.3 1.4462E:61 5,455_E _2 115.8 I!i3170E-_1 5.9547E-_2 3712E-02 4.9133E-_2 6797E-O2 5.7676E.,2 6.0072E-_2 73,8 4 5.298_E-_3 -2.1784E-e2 2.2419E-_2 283,7 5 2.7"75E-O3 2.8774E-_2 84,6 2.89_1E:82 6 -2.7659E-_2 5.493_E-03 2.8190E _2 168.8 7 8.7844Eo03 -3.3921E-_2 3,5_4_E-,2 284.5 8 2 94_3E-_2 -2,11_E-02 3.6194E-e2 324.3 9 -2:_813E-_3 -5.6884E-03 6.e572E-e3 249,9 I_ 8._556E-_3 5.8287EoE3 9.9432E-03 35.9 RUN FZRST I/R TP _N Co8 SIN RESULTANT $CPH_SE 59 LEAOLkG 1 2 574_E-01 -7.7103E-@2 2.687_E-O1 343,3 2 -6 755¢E-92 9.0823E-02 1.1319E-O1 126,6 3 -2 _4_4E-_3 9.5_99E-_2 9°5121E-_2 91.2 4 6 t0¢0E-0_ -8.3842E-_2 t.e368Eo01 3B6._ 5 -t 184PE-_2 -2°8P957-_2 247.t 6 -2 1973E-02 -4._545E-03 2,2344E i. 2 19_,5 7 -6 P614E-03 -3.1667E-_ 3.2241E-,2 259 8 -I 4931E-_2 -1.914_Eo_2 9 2 B573E-_4 I 4158E-O2 _, E ,2 1_ -2 _541E-02 -1:832_E-03 2._623E-02 185.1 RUN FTRST ItR TP STEADY HN COS SIN _ESULTkNT SCPHASE 59 LEADLkG 6 1,423E+02 5.5015E-,1 314,7 2 -I.3521Eo_1 5298E-O2 165,4 1 3.871_E-01-!!9092E-_1

3974E:.1

3 1.1642E-_1 35_6E-01 ,_231E @I 63.7 2o_283E-_2 143,2 4 -1.6234E:02 1.2159E-02 9.0876Eo_2 108,1 5 =2,817JEo_2 8.6399E._2 6 -6.2899E 02 5 3410E-_2 8.2516E-02 139.7 7 -3,5365E-_4 -3:9481E-_2 3,9483E-_2 269,5 8 1.7782E-04 -2.1566Eo_2 2.1567E-e2 270.5 g 2.6541E-02 t.36eSE-_2 2.9824E-02 27,1 1_ -9.4630E-,4 -3.87_4E-_2 3.8716E-_2 268.6 P_e_,_,, e ._ - TABLE 10.- CONTINUED e) Continued $CPHASE TP STEADY HN C08 BZN RESULTANT RUN FIR8T IIR 243,2 I =1.9727E-_1 -3.gttSE-e! 4.3BR9E-01 2 4.447E,_0 59 FLAPANG 337.5 1.6331E-81 1.5_93E-_t-6 2378E-82 1.587_E-01 153.1 -1.4t5,E-,1 7i1867E-02 139.4 5,55_9EºB2

4 -4.213_E-._ 3 6133E-82

183.1 5.4673E_22

5 ._.,s92E-,2 :g:9637E-_3 345.4

3,64_E _2

35385E-82 5385E-.3

4,9 4,B466E-_3

,82S6E:_3 , 17.2_-_4

212.8 8 -9.9_78E S3 =6;3851E-B3 1o1787E°82 1_o2 8.6232E-83 9 8 4859E-83 1,5328E-03 148,7 t0 -7;3293E-03 4.4546E-03 8.5769E-_3 8CPHASE HN COS 8IN RESULTANT TP STEA_Y RUN FIRST l/R 281.3 4,_24E=_1 59 FLAPANG 3 4,346E+_ 397,3 2._g9_E=B1 1,4394E=_1 3 =t.367BE-01 °4.4827E-_2

_.:_

2.734BE-B2 4 .3,7869E-_3 2,7_88E_2 6.5247E-_2 281.9 5 -6.0518E-_2 -2.4387E _2 7.88_2E-_2 354,

b 7.8448E_02 =7.4548E-e3 5._

2,5868E-_2 7 2.496_E 02 2,2939E-_3 249,_ 4.868re-B3 -t.7411E283 4.5388E-_3 2.BB87Eº_2

._._

8CPHASE RUN FIRST t/R TP STEAOY HN C0S SIN RESULTANT

59 FLkPANG 4 4.455E*B_ I .4 _eE.8_ 5.3237E-.1 6.Tt89E-et 127.6

283,5

2._e68E:et

188._ 2,2_34E _1 6.763,E:_2 5 i55_E-_2 3._743E 82 5,1687E_2 341 1 3,4869E _2

3.2982E-_2 1.t31_.e_

2.2315E-_2

11,:_

B =_;7487E-_2 1.3863E_2 1.1977E-_2 9985E-B3 I._8B4E BE

1,5949E°_2 16

9 .1.5888E-_2 5.17_5E-_3

I_I:[

5.8878Eº83 te =5.6147E-83 1,7722E-B3 SCPHASE RUN FIRST |/R TP RTEA_Y HN COS SIN RESULTANT 5.B537E-_t 179,3 59 FLAPANG 5 4,39|E+_ | -6.8532E-Bt 7.9499E:_3 268, 4,2712E-_1

.t.31=OE:B2 4.26_E St

3,92_3E-81 -1.8615E-_1 5.7264E-_2 44.8 4 4._663E-O2 112.

5 -3.9_1E_2 4784E-_2 t,B242E_el 275._ 7.6439E B2 6 7.4693E _3 °7o6_73E-_2 2.9443E=82 8,1 7 2,9152E_2 4, 1294E-_3 tB8,i B =3,6368E _3 1.1151E-02 1:1729E'_2 33_4Eo_2 1_2,5 9 ?,9_78E 85 1,2982E_2 8.9573E'B3 142.5 t_ -7.1853E_83 5.4542E _3 RESULTANT $CPHASE RUN FIRST |/R TP STEADY HN COS SIN 2,_716E+_0 51o5 59 FLAPANG 6 1,529E+02 t .i.82e6E_ee 9.8842E-_1 7 _84BE-21 56.5 2 -i.63e7E et -6.Si23E_Bt 193.3 3 .3.7396E81 -8.8345E_2 3!e425E=_t 6 4253E-B2 39.6 4 4,9495E _2 4,_972E B2 65.6 5 1.5_13E_81 3 3848E_Ot 3.62glE:B 2,4687E B1 242._ .1.1599E et -2_1792E _1 1.4164E-_1 253.6 .4._182E._2 -I 3584E-81 8 5,3233E 02 6:1957E-e2 8,1685E-B2 49.3 587.5 9 3.7189E-_2 -4 8396E-_2 6.1_34E-_2 l_ 1,7_B_E-_2 -2:6938E-02 3,1897E-_2 3B2,4 1 37 TABLE 10.- CONTINUED e) Continued RUN FIRST IIR TP STEADY HH COS SIN RESULTANT _CPHASE 59 PTCHLINK 2 -6,572E+_1 1 9,5514E+_ 1.34_4E+01 1.6464E+@1 54,5 171.6 2 -5.8387E+@0 8,58_4E-01 5,9015E÷0_ 3 2,_996E*_ -6°B42gE-01 2°1848E÷R_ 543,9 4 .2°4854E+¢_ -2.6098E+0_ 3.6039E+0_ 226.4 240,3 5 -1,016qE+_0 .I,7794E+BO 2,_4qSE÷_O 92°7 :1°63@0E-_1 3.3945E+00 3,3984E+00 1,R337E+_O 1.gB48E+O_ 2_7_22E+0_ 132,7 111.6 8 -9,_92_E-01 2.2785E+0_ 2,_533E+0¢ 9 I,@glI.E+00 8.4394E-02 1,_944E+_0 _§5.e -1_ 8o1568E-01 .3,0@04E+_0 3,1093E÷00 74,8 SCPHASE RUN FIRST I/R TP STEADY HN COS SIN RESULTANT 59 PTCHLINK 6,3345E+0O 7 0472E+00 9,475;PE+00 48,0 3 -5°?14E+_J 2,_105E+0_ 155,9 t -2 383_E+_0 l_655E+B@ -5:9568E+_0 1 _259E+01 12e,1 t,1_63E+01 4 1o_14E+_ 1:5830E.0_ 1,9753E÷@_ 53,3 4,5830E+0_ 334,1 5 4,1231E+00 -2,_1_E+00 6 -5,1053E÷_ 2.985_E÷_ 5,9142E÷0_ 149°7 6,182gE+00 177,9 7 -6,1786E+_0 2,319_E-Pt 8 -2,2772E+_0 6,870_E+_ 7.2375E÷e_ 1e8,3 g 6,4_72E+PO 7,4780E-@I 1.6326E÷00 _ 8 3 1_ 4,7366E-_2 1,_319E+e_ SCPHASE RUN FIRST IIR TR STEADY HN COS SIN RESULTANT 1,283_+01 98 2 59 PTCHLINK 1 -1 _2@9E+0_ 1._7_E_1 4 -3,564E+Rt 256 1 1,8395E+_1 2,1_43E+_1 102 8 3 -4,6625E÷@0 _:0520E+01 6.5975E+_0 131 1 4 -4,3412E+00 9681E+@_ 5 9 5962E+O_ -8,572BE+00 868E÷_1 2_2 6 6 -7:2167E-01 -2,3096E+00 °4197E+00 I,4773E+_I 190 4 7 .1,4_36E÷01 -2,5882E+00 137 7 8 -7.q_aE+_B 7.1977E+00 1,_693E+Ot g 1 26eqE÷_1 9,2425E+_0 1,5634E+_1 56 2 t_ 3_0682E+00 1.6612E+_0 3,489_E+B@ 28 4 SIN RESULTANT SCPHASE RUN FIRST IIR TP STEADY MN COS 2 3859E+01 165.2 59 PTCHLINK 5 8,1BIE+R_ 1 -2.2841E+01 6.8945E+0_ 4:94_6E_01 287°_ 2 .1,442gE+01 -4.7252E+01 _980E+_1 122o7 3 3,2980E+01 5,1293E+01 1:9262E÷01 100.2 4 -3,397_E+_ 1,896_E+R1 1,2542E+01 336,4 5 1,1491E+01 -5,@272E+0_ 1,4756E÷01" 4,1 6 l.a71BE+01 1.e622E+O_ 2,7539E+_1 223.5 7 -2,_55E+_1 -1,8673E÷_ 1°3652E+01 136,9 8 -9,9731E_0_ 9,3221E÷_ 1,5667E+01 18,B 9 1,4qOeE+01 4.8418E÷Oe 1.4347E÷01 33,6 1_ 1,1951E+01 7.9364E+_0 RESULTANT SCPHASE RUN FIRSI fIR TP STEkDY HN COS SIN 9.126¢E÷00 7,6 59 PTCHLINK 6 -3,453E+_1 1 9,0460E+_H 1,2058E+00 1.4387_÷01 224.8 2 -l._2_6E+el -1,_14_E+01 3.7762E+Bt 117.8 3 -1,762_E+01 3.3397E+01 2°3883E+01 194°8 4 -6,113aE÷0_ 2,3_87E+01 5 -6,4061E+O_ -2,0154E÷BO 6,8_15E÷_ 197,2 6 1,1224E÷01 1,2348E+_I 1,66_6E÷_1 , 47,7 2°4985E_01 231,2 7 -1.5644E+01 -1.9481E+_1 8 9,328qE-_1 9,_612E+_R 9,1_91E+_ 84,!

9 -6.84R2E+R_ -7,8_63E+0_ .Bd45E+_t ?2goO I,_298E+_I 17,q I_ g,lq7_E+_q 3,1732E+_O .poor Q ,-.

TABLE 10.- CONTINUED c) Cont inued

RUN FIRST t/R TP STEADY

HN COS SIN RESULTANT 8CPHASE 59 B_4CBI8 2 -2.324E+_3 I -1,4062E+02 -6,g215E÷Bt L.5297E+02 203.2 _,1471E+_1 357,6 6,1417E+_1 .5887E+Bg 8.8245E+_g "_.632qE+_1 i.7385E+81 76,3 L.Bt27E+B2 4 1.143¢E+O2 1.4_69E+02 5 5.6458E÷01 3.7585E+01 ),7825E+81 5o: 6 1.2299E÷_1 -4._966E-81 ,2306E+81 358.

5._788E+8_ 334,6 4.5881E+_ -2 17R_E+_8 -2.9711E+_ -5_2_62E+88 ).9944E÷H_ 240°3 9 2o8947E÷8_ -1 3417E+_

]35. t

l:loo6E÷..

t0 2,4286E+_0 -3_5699E-¢1 , 4468E+B_ 351.6 RUN FIRST I/R TP STEADY HN C05 SIN RESULTANT SCPHASE 59 e04C818 3 -2,291E+03 1 -1.4327E+_2 -7.B468E+_l 2_8.7 2 5,8814E+Ht -2.4482E+et 37_E+_t 337,4 _!6335E÷.2 3 -|.9144E+_1 2.1268E+_1 2 8615E+_1 132,_ to7239E+_2 76.g 5 -i.I8_E+e2 - i.2774E+02 157.5 _lO010_t_| 6 1.36_4E+_1 2o6536F÷_B 1.386eE+et 11,_ 7 9.4413E-_1 -3,7727E-81 1.8167E÷_ 338.2 8 -3,2qZ_E+_t -1.7752E+_1 3.7358E÷el 208.4 9 -_.21B2E÷B_ -7.5596E÷_H 9.7834E÷e_ 23_.6 tg 9.9445E-RI 3.3914E+8_ 3,4479E+_B 73.2 RUN FIRST I/R TP STEADY HN CO_ SIN RESULTANT SCPHASE 59 Oe4CB18 4 -2.194E÷_3 1 -1,6638E+_2 -8.9767E+81 t,8q_5E+82 288.3 2 5,8527E+01 -2.134qE+81 6,2290E+_1 34g.0 3 -1.7498E+_! 2.2676F+01 8842E+_1 127.; 73.

4 1.424_E*B2 4o7184E+82 _i9286E÷'2 5 4o688RE+HI io7q89E_i 5 _221E+et 201._ b 2.3585E+01 4.2514E÷e_ 2.3955E+_1 1g.2 7 -2.3344E+8_ 7 4226E+0_ • 7811E+_ 1_7.5 4 4:Se76E+el 8 2°3583E÷_1 -3_b_47E+01 393.2 3,9868E+ge 28e.s q .7°446qE-_1 -3,9166E+_ 1_ 4.2190E+8_ 4.2883E+B8 6.eg21E+_ 134.7 RUN FIRST I/R TP STEADY HN COS SIN _ESULTANT SCPHA3E 50 AH4C818 5 -2.231E+_3 1.9eS_E÷_2 288.5 2 941gE+gl -5.5957E+_1 8,9157E÷01 1 =!!6747E+g2 -9.gTg?E÷gt 321._ 3 _367E+01 -4.1_12E÷_9 3,e642E+eI 352, 4 -7.B931E÷_t 4o9113E+02 4,9744E+82 99,1 5 -1.2617E_1 3,6417E+_1 3.8541E÷81 1_9° 348._ 3.5828E+_1 6 .]:5e84E÷et -7.2618E+ee 7 1562F+_e 9,74_7E+_e l.¢239E÷gt 188.8 8 1.7824E+_1 1o5162E+01 2.34ggE+gt 4eo t27._ g -7,_37_E+_ 9o2656E+_8 i.1635E+et 10 2o4831E+e_ 1.27_1E+_1 1,2941E+81 78.9 RUN FIRST t/R TP STEADY HN COS SIN RESULTANT $CPHASE 59 004CB18 6 -2.257E÷_3 1 -I 354_E+e2 -1,145BE+02 7732E+_2 2 I _759E+82 -4°5631E+01 ,1686E+g2 337, 9.5625E÷_1 344, 3 92 2328E+g1 -2.4896E+el 4 _252E+82 5.6317E+B2 5.9847E÷02 22g" I 1e9.

5 -2 3479E+_1 9.575_E+_1 9.8587E÷01 183, 3.7243E+_1 331 _ 2685E÷et -i, o7853E+et 95BSE+_e 1.5900E+_! l,6653E+gt 4.1994E+01 8 .36 3222E+81 2.5686E+_1 114 ; 9 1432E+_g 1.382_E+_1 1,5124E+81 tg 2 9316E÷8_ 2o1381E+01 2.1581E+81 82 2 TABLE I0.- CONTINUED o) Continued SCPHASE TP STEADY HN COS BIN RESULTANT RUN FIRST I/R 6.7757E+01 2B5,4 59 Re4CB53 2 °6,167E+_2 1 -6.1212E+@1 -2 9_54E+RI 5.4_86E+01 346,0 2 6,2171E+_1 -1 5548E+0!

1.7338E+01 12,2 3 t.604_E+01 3 6661E+_0 44,4 4 1.4360E+02 1 4B58E+_2 2,o_g6E÷02 la_ 2 1°7589E÷02 5 -1.3521E+02 I 125_E+02

t8.:2

6 -1._769E÷_1 -3 A_57E-B2 1.0769E+01 2@6 5 7 -1.042aE+01 -5 2081E+00 t,tb53E+_!

8 5.583rE+OH 1 0230E÷01 1.1655E÷01 156.5 9 -6.5726E÷_ 2 8555E+0_ 7.166lE+_0 1_ -4.6498E+0_ I 5688E+0_ 4.9073E+_0 1_1°4 RE$1ILTANT $CPMASE WN Cn$ SIN RUN FIRST I/R TP STEADY* 1 -8.QSB6E+01 -3.6160E+01 9.66BgE+01 202.0 59 OH4CB53 3 -6.1_2E+¢2 4.7415E÷01 338.1 2 4.3988E÷0t -1.7698E+01 51.4 3 6 1522E+0_ 7.7175E+_ 9.Sb97E+_ 74.6 4 5:_95¢E+PI 1.846_E+_2 1.9152E+02 3.4278E÷02 t58.7 5 -3.tg34E+P2 1.2459E+_ 3.2288E+01 206.8 6 -2.8816E+_1 -1.4567E+01 7 -2._825E+et -7.5_12E+_ 2,2135E+01 199.8 5._379E+01 29,7 8 5._TR_E+01 2.8938E+01 7.5394E÷00 82.8 g 9.4692E-_1 7.4797E+00 1_ -6._67E÷_ -3.923_E+_e 7,8567E+00 21_._ RUN FIRST I/R TP STEAnY HN CO_ SIN RESULTANT 5CPHASE 59 _4CB53 4 -5,9_2E+¢2 1,2812E÷02 200.4 I -_ 2BB6E÷02 -4.4721E÷¢1 ¢:5462E+01 -4.2599E+BO 2.5816E+01 350°5 3 9.325_E+OH 8.8492E+BO 1.2855E+01 43,5 4 2.1qSqE+02 5.9132E+_2 6.3_77E+_2 69,6 5 -!.P558E+02 -9.)gSaE+@t 1.4_01E+02 5.3541E+01 6 3.8664E+_1 -3.7038E+01 1.4245E+_1 225,4 7 -1._7E_1 -1._13_E+_1 7.B224E+01 126.2 8 -4o614_E÷_1 6.3162E+_1 171.3 3.5178E-_1 2.322RE÷@0 g -2.296_E÷_ 285°2 g,6q57E-01 -3,3275E+_ 3,4659E÷00 SCPHASE HN CflS _IN RESULTANT TP STEADY RUN FIRST ltR 2_3.7 t.2911E÷e2 5g _4CB53 5 -5.883E+@2 I -_:181QE+e2 -5.1974E÷01 4.I159E+H1 318 9 2 I@i7E+_I -2.7H56F÷01 27:5 1.8483E÷01 3 1.639_E+01 8.5435E+0_ 95 3 4 1 6.7928E+0_ 52: 5 -_:453_E+_ _.7518E+02 9.878_E+01 gq4RE+01 .7.8515E+01 340°3 9,3378E+01 6 8,Tq_7E÷_1 3.1496E÷@1 1.7392E÷RI 1_7o6 7 -1,6986E+01 3.7366E+0_ 4.76R8E+_I 223,3 A -3.462_E+_1 -3.2679E÷_1 1.6985F+01 3_5,7 q g.9_2PE+O_ -t.3799E+el 248.H 1,259@E+01 I,_ -4.7P38E+O_ -1.167_E+_1 SCPHASE RESULTANT RUN FIRST I/R TP STEADY _: CO$ SIN 3.q568E+01 304,5 59 B_4FBI3 2 2._26E+e2 1 2.2417E+_1 -3.2605E+Bt a.t683E+el 17B.4 2 -4,|_94E+01 6.g831E÷OH 4.4481E÷OJ 269.2 -6.5458E-0! -4 4476E+_1 3.5893E÷01 271,_ 4 i +@ 5 _:11_5E+0. "3 587KE÷0 _ 3.3246E÷OI 354,7 31@_E+Ol -3 _932E 3.2267E+01 188,8 6 -3 1884E+_1 -4,96_3E+_0 2.3512E÷RI 168,7 7 -2_3058E+_1 4.598AE+_B 1.9181E+_I 8 -1 8fiq2E+_1 -4,7175E÷_ 1.3352E+_1 g -I:_g35E+_t 7,661_E÷00 9.5564E+_ 175.3 1_ -9.524BE+0_ 7.764_E-@1

TABLE 10.- CONTINUED OF POOR QU:,Lt;T'/

o) Cont inued RUN FIRST I/R TP STEADY HN COS SIN aESULTANT SCPHASE 59 004FB13 3 2._28E+02 1 7.9143E+01 -4.0366E+el 8.8843E+O1 333,_ 4.127gE+_1 151.0 -3.6119E+01 1.9985E+01 325.9 I.Og44E 01 -2.7014E+01 2.4335E_01 1.7715E+_1 ._100E+01 .7015E+01 270.2 4.5630E+01 353.0 5 =4.O666E_1 -2.069BE+_1 6 2.2266E 01 -1.6381E+_1 2o7643E+Ol 216,3 7 -1,1529E+_1 -3.7697E+0_ 1.2_24E+_1 198._ 3 7881E+_I 160._ 3_7646E+e!.

227.9 9 5255E+01 -2.7919E+01 8 !_!5588E+01 1.2978E,_1 t.7440E+M| 1_ 6007E+01 -6.9234E+_ 283.4 RUN FIRST I/R TP _TEAOY HN C0S SIN RESULTANT $CPHAS[ 59 0_4F813 4 2.061E_02 t 9.9924E+_1 -4.1885E+01 t.OH35E÷_2 337.3 2 =3.4487E+01 3.4788E+01 4.8985E+01 134.8 3 1.25_6E+_1 -3.7424E+01 3.9459E÷81 4 3.6_75E+01 -7.9328E+0_ 3.6937E÷01 347,6 5 4.7627E+B1 5.7291E+SH 4.7970E+01 6.9 6 -1.7495E+01 -1.3806E+_1 2.2287E÷_1 218,3 7 -4.4502E-_1 -2.1581E+_1 2.1585E+91 268.8 8 -_.699RE-_I -2.95TiE+B1 2.9584E÷01 268.3 9 4.6417E+e1 -4.e876E÷01 6.1850E+01 31816 2.3367E+01 325.8 1_ 1.9318E+01 -1.3t46E+01 RUN FIRST I/R TP STEADY HN C0S SIN RESULTANT $CPHASE 59 004FR13 5 1.874E+02 1.4343E+_2 335._ 1.2q97E+_2 -6.0674E+_1 3.1861E+_1 5.4184E+01 6.2858E÷01 12e._ 3 -4.789_E+01 -1.5473E+01 5 0333E*et 197.9 2_9363E+01 4 2.9311E÷01 -1.7368E+00 356,6 5 5.3981E÷01 7.4025E+80 5.4487E÷BI 7.8 6 -5.3494E+_1 3.1551E+01 6.21_5E+_1 149.5 7 -2.912gE÷,00 -1._871E+01 1 1255E+et 255._ 2;TOSeE÷el 8 2.6442E+_1 9.1747E+0_ 19.1- 9 3.1658E+_1 -3.631_E÷01 4.8173E+O1 311.1 I_ 1.8541E+_1 -7.0405E÷O_ 1.9832E+_1 359,2 RUN FIRST IIR TP $TEAOY HN C0S SIN RESUL_kNT 8CPHA$E 59 _04FB13 6 1,784E+_2 1 1.6955E+_2 -6.9493E_1 t.8324E+e2 337.7 2 -3.5906E+01 5.1441E÷01 6.2732E+_1 124.9 3 -t.341RE+P2 -1.6897E+Ht 1.3516E+02 187._ 4 2 5537E+01 -6.066RE+et 6.5816E+_1 292.

3.1531E+et 316.

5 2i2828E+O1 -2.1751E+01 145._ 6 -6 4221E+_1 4.3445E+_1 7.7536E+_1 7 -2 2769E_01 -1.4626E+01 2.7062E+01 4.3320E÷_1 8 3!5312E+_1 _.5_93E+01 9 -5 9311E+_B -3.7_21E+01 3.7493E÷01 260.

317._ 1_ 1.6136E+01 -1.4881E+01 2.1951E+01 RUN FIRST I/R TP STEADY HN C03 SIN RESULTkNT $CPHkSE 59 OH4FB18 2 -3.051E+_1 1 5 329_E+_1 °6.5434E÷et 8.4389E÷01 309.2 168.4 2 -4i7853E+_1 9.8132E+00 3 -4 3663E+_ -5.4e46E÷_t 265.4 !i 8848E+01 _222E÷01 4 -6.4906E-01 -4.1621E+_1 626E÷01 269.1 5 2.6753E+_1 7.6927E-_1 2.6764E+_1 6 -] 4572E+01 -2.5033E+_0 3.4663E+_1 2.0954E_B1 167.8 7 -2i0481E+_1 4.4281E+0_ 8 -1 6fi38E+01 2.4903E+_0 1.67PSE+_l 188.6 9 -7 3159E+00 7.6392E+_ ._577E+01 133.8 1_ -6_9567E+00 9.7_37E-01 172.1 TABLE I0.- CONTINUED e) Continued RUN FIRST I/R TP STEADY HN COS SIN 8CPHA_E RESULTANT 59 R_4FAtB 3 -3,_63E+_I 1 I.B453E+02 -8.6331E_91 3557E+e2 320.4 _:2567E+_1 2 -4._5_iE÷_1 3.3511E+_1 14_.4 3 2.2B4QE+B1 -2.7e14E+el 3,5382E+_1 31_,2 4 5442E÷_ 3.3796E+_1 2_7.4 6534E+eJ -J.B393E+_I 3 1189E+_t 328,3 6 -3.0156E+_1 -1.2972E+_1 3:2827E+gt 2B3.3 7 -1.1945E+_1 -8.0751E-@1 1°1973E+_1 183.9 n -2 _32E+01 1.2367E+01 3,_638E+el 156,2 9 o2:_99_E+_1 -t.9_35E+el 2.8342E+_1 222.2 t_ -1._22_E+01 -4.8483E+_ I.13_2E+_1 205.4 RUN FIRST 1/R TP STEADY HN COS BIN RESULTANT SCPHASE 59 _naFH18 4 -3,AIdE+B1 t 1 3_J3E+B2 -l,OB_2E+R2 1.642qE+_2 322.5 2 -3:7_33F+01 5,3_83E+B1 6.4725E*_1 124.q 3 8._429E+_0 -4.9438E+_1 5.O_88E+81 279.2 4 3.863_E+Bt -1.5646E+01 4.1678E+et 33B._ 5 4 4_ItE+el 58e7E+_ 4.4248E*_1 354.1 2,6715E+01 214.5 7 -2.3994E+_ -2.1216E+_1 2,1351E+@1 263.5 -7.3395E+_@ -_o2654E+01 2.3813E+_1 252._ 9 3.2192E+_1 -2.871_E+_1 4.3139E+_I 3 B,3 3t9,9 1,6737E+_!

RUN FIRST I/R TP _TEA_Y HN C08 51N RESULTANT $CRMaSE 59 HO4FBJ8 5 -5.342E+_1 2.e178E+e2 323.5 1 t.6229E+B2 -_ 1991E+e2 2 -3,6784E+et u:1151E+_!

8.9_99E+_1 114.4 3 -6.3194F+_1 -1.4834E+@1 6,4912E+_1 193.2 4 3.35_9E+_1 -6.2630E-_1 3,3515E+_1 358,9 5 6,1498E+_1 9,3833E+_ 8.7 b -4°3411E+_1 3.2_e3E+_t 3932E+_1 143.6 7 -5,7632E-_1 -1.3132E+B1 267,5 1:3|45E*0 8299E+_I 8 t.718_E+et 6.3_e2E_e_ 2g,1 9 2.479_E+_1 -2.8518E+_1 3,7786E+el 311,_ 1_ 9.5675E+_ -5,5_14E+_ 1,1_36E+_t 33eo I RUN FIRST IIR TP STEADY HN COS BIN RESULTANT SCPH_SE 59 B_4FB18 6 -5.342E+RI I 1.9_81E+_2 -1.4350E+_2 324.3 2 -5.2377E+@1 7.g88_E+01 5521E+_1 123.3 3 -1,6495E+_2 -1,1116E+_I 1,6533E+e_ 183.9 4 2._34qE+_1 -5.1117E+_1 5,5_19E+e1 291.7 5 2,723_E+_1 -t.2382E+_I 2.9913E+01 335.5 6 -5,854_E+PI 4.2928E+_1 7.2594E+A1 143.7 l -2.JP_TE+_t -1,557qE+@1 2o637gE+_1 216.2 8 2,337_E*_1 I.6791E+_1 2.877BE+_1 35.7 9 o5.ge84E+_ -2,5932E+01 2,6597E+01 257.2 1.2969E+_I 319._ RUN FIRST 1/_ TP _TEAOY HN COS SIN RESULTINT $CPHkSE 59 H_4FH53 1 2.7877E+@1 -7.3198E_1 7°8327E+_1 29_.8 -4,t24E+B_ -6,_14E+_1 1.@452E+_1 6,1114E+_1 17_.2 3 -8,0110E+B_ -t.B4_TE÷et 1.3747E_1 229.6 1,_955E+01 4 -9.2_25E+_ 5.9434E+0_ 147.1 8.@355E+e_ 1fi4.4 5 -7.74_SE+e_ 2.1571E÷_ l,3155E+el 13,4 1°279qE+01 3._388E+90 1.1121E+_1 7 t.IIRCE+_t -6.8542E-_1 356,5 8 B.92_4E+O_ -1.5724E+0_ 9._579E+_ 35g,_ 9 6.057BE+_ -6.6463E+_ 8.9927E+g_ 312o3 1;} 4.75_gE+_ -/.21/1E-P1 4.BB65E+_ 351.4 TABLE 10.- CONTINUED c) Continued SCPH_SE RUN FZRST I/R TP _TEAD¥ HN COS SIN RESULTANT 1.1517E+_2 3_9.5 59 0_4F853 3 3,382E+e_ 1 7 3334E+01 881BE+e

2 -3:.s75E÷.I 1

643_E+_I 4.1928E+_1 156.9 i.iBI7E+81 2B.9 3 1 _292E+01 3o93_IE+"_ 4 -I_ItTAE+gl 5.gI43E÷_ 1.2645E+_1 152.1 1.14OEE÷01 159.8 5 -1.27_1E+_! 3.93tlE+0_ 6.6ge7E+8_ 52.4 6 4 _792E+"_ 5.3_34E+00 4.5582E+_0 24,_ 7 4:162gE÷_ t.8568E+,_ 1.348_E+,1 328.4 8 1.1476E+_1 7._728E+B_ 1.0348E+01 36,g q 8 2769E+e_ 6.21_RE÷_ 1_ 2:848tE+_0 -8.84.0E-01 2o9822E+_ 342.8 SIN RESULTkNT $CPHASE _UN FI_ST I/R TP STEAOY H_ Cn$ 59 _4Fn53 4 2,722E+R_ 3915E+,2 1 9.5623E+_1 -1.8109E÷02 .95.qE+_l 2.5504E+01 1.4843E+BI 2._332E+_1 3 5.1953E+0_ -1.9657E÷el 284._ 1.2997E+01 175.

4 -1.2_57E+01 1.022,E+0_ 1..647E+01 165.3 5 ol._gqE+_i 2,6_96E+_0 .5499E+_ 61.2 6 3.1563E÷_¢ 5.7392E+_0 _.0674E+el 95,_ 7 -9.3_42E-_I 1._634E+01 1=462gE_!

8 4.1265E+.a 1_4435E+8!

9 -1.8570E+_1 1.634_E+01 2 4742E+_ _:1676E÷_' 48,3 1_ -6.951?E+_ 4.2885E+_a TP RUN FIRST I/R STEADY HN cn$ SIN 8CPH_$E RESULTANT 59 _4F_53 5 1.4690E+02 1 9,9225E+_1 -1.0833E+_2 312.5 2 -2,775_E_.1 3.4972E+_1 4.4644E+_I 128.4 3 -2._656E+_1 9.4490E-01 8671E+.1 78.1 4 -8.5562E+BO -1o_45_E+_1 3_.7 1.57_7E+01 192.3 5 .5345E+01 -3.3524E+ee "I -0 .3_IE+01 ,3788E+_0 1.6e3tE+_l 324.2 6.4R58E÷._ 7_.1 7 =2.1786E+_ 6 e930E+Oa 8 5.2488E÷00 -2 3576E+_0 5.754_E+_ 2"4.2 0 -1.1715E+_1 1 7147E+HI 2._767E+01 124.3 1 _ -_.9156E+_ 5 .260E+ee 5.81_4E+_0 12_.1 PUN FTRST fIR TP STEADY HN COS SIN RESULTkNT SCPH_SE 59 _04FR53 R 1,848E÷01 1 9.q238E+_t -1 |612E+02 1.5274E+_2 318.5 2 -4.4165E+¢1 4:3966E+_1 6.2318E÷01 135.1 3 -7.9613E÷01 1 9192E+_1 8.IB94E+01 166.4 4 =6,487qE+_ -l:7177E+el .8361E+_1 249.3 5 -1.4423E_0_ -3 0296E+_ .3554E÷8_ 244.5 6 1.937_E+_1 -1:47_,E+_!

2.4318E+_1 322.8 1.1187E+01 22.5 7 °1.0332E+,1 4 2877E+,_ 8 1.,343E÷et -8:8746E+6_ 1.362BE+el 22_.6 1.50_1E+_1 7_.4 9 5.2961E+00 1 4887E+_1 1_ -t._R91E+_ 0:2383E+_ 6.4629E+_ 1_5.2 RUN FIRST |/R TP STEADY HN COS _IN 8CPH_$E RESULTkNT 59 _e4FBO_ 2 5.61,E÷Bt 1 5.2827F+B_ -2 0182E+81 2._862E+_!

284.7 2 .1.487RE+81 1:_595E+_1 1.8258E÷_1 144.5 3 =3.4739E+80 -2 985_E+_ 4.58B2E+80 22"=7 5,_185E+80 385.9 4 3.5319E÷0_ -4!8732E+_ 5 -3.8636E-02 -4 8723E+e_ 4.8724E+_ 269.5 6 -6.7683E-¢1 -1.6819E+0_ I.B13_E+_ 24B.I 7 -1.716_E+._ 5 5276E+0_ 5.7878E+,e 187.2 2.4996E+,0 47=8 8 |.6776E+0_ 1i8531E+0_ q 3.9_9qE_ -3 9838E+_ 5.6383E+0O 315._ 1_ 3.9413E-_1 4.3907E-_1 5.90e2E-_1 48,| TABLE 10.- CONTINUED e) Continued SCPHASrE RUN FIRST I/R TP STEADY HN COS SIN RESULTANT 1.9793E+01 297.1 59 004FB90 5 1,542E+02 6.8625E+eO 111.0 2 -2.4635E+00 ,4051E+_0 3 .4.5494E+0_ 0402E+00 4.9859E+0_ 155.8 1 9.0_94E+0_ -_i7624E÷01.

3.9116E+0_ 268.8 4 -8_1617E-02 3 91_7E+g_ 1.6683E÷B_ 185,2 5 -1 6658E+00 -9.240_E-02 5.2560E+80 247.6 6 _1 239_E+00 -3._110E_0_ 7 1:4617E+_ 9.5278E 01 1,7448E+00 146,9 155.3 4,8596E-_|

8 :]:4424E- 1 .5.4 17E- I

9 0984E+00 1.4327E+00 4.3416E÷00 199.3 1.5925E÷00 189.6 10 -1.5699E+00 -2.669_E-_!

HN COS STN RESULTANT SCPHASE RUN FIRST [tR TP STEADY 4183E+_1 516.9 59 004T815 2 o1._38E+02 1 1 7649E+91 -1.6533E_1 2337E+_1 179.5 2336E+_1 1.1606E Ol _!1,68E+'1 7583E+00 7,8940E+00 225.5 4 6756E+0_ -1.5114E÷_1 1.5349E+01 260.0 8 5976E+08 5 5 6597E÷00 -6,2_38E+00 312.4 7:9776E÷BO 6 -7 3255E+0_ 3.1655E÷B_ 156,6 4 6964E+_ 6114E+0_ 8.8963E-_1 169,1 1:5316E+_0 226.9 8 0462E+0_ -1.1186E+00

' :i

9 1.5652E+_O ,9809E-01 1.4_09E+_0 65.5 5.6469E-_I 153,3 I_ -3 ,2567E-01 1,6413E-01 SCPHASE RESULTANT TP STEADY HN COS SIN RUN FIRST I/R 518.5 4.2692E+01 1 3.1951E+_! -2.8314E+_1 59 004TB13 5 =9.858E+_1 1.6122E+_1 170.1 2 -1.588RE+01 2.7810E+00 169,2 6.5691E÷08 3 -6.2560E+00 1.|948E+80 257.7 4 -8.0582E+0_ -1.2749E+81 1.5082E+_1 1.1112E+01 268.9 5 -2.1516E-_1 -1.111_E+01 8 6984E÷00 .8.0841E+00 -4.9891E-01 185.5 -4.1433E+_e 1.1612E+00 164.5 4i3a3_E+_o 5 2042E+00 169.8 8 -5.1219E+0_ 9.2153E-01 254.2 9 -1.7_72E+00 -2.3671E+00 2.9185E+00 21_.7 9o9712E-_1 10 -8.577RE-P1 -5._853E-_1 5CPHASE HN C08 SIN RESULTANT TP STEADY RUN F|RST 1/R _2_3E+01 -3 5066E+_1 5.3347E+01 59 0_4T813 4 °1._11E+_2

- :82,2E÷ 1 2:9649E- 2 .8212E÷ 1

156.9 3 -3.8143E+R_ I 6252E+00 4.1454E+00 342.6 4 1._R_flE+O! -3:3776E+00 1.1516E+_1 5 2.5321E+0_ -1.2652E+_1 1.2903E+HI 6 .4 _816E+_0 -4.4273E+00 6.0217E+00 215.9 7 -3:4820E+0_ -2.5226E+_0 4.2998E+aO 258 9 8 -1.2224F+8_ -6.2484E+00 6.3669E÷OR 316:8 9 4 5_65E+_ 2331E+_0 6.1828E+00

1o 2:934 E+ : :SS gE+OO 3.333oE+ 0 331.7

$CPHASE HN C08 STN RESULTANT RUN FZRST 1/R TP 5TE&DY 7.3_1gE+01 319.9 59 004T813 5 o1._38E+02 1 5.5835E+_1 -4.7_56E_01 181.9 3._754E+01

:3 747E: 1 -995,3E .1

2.1692E 1 6.652qE+0_ 2.269_E+_I 162.9 1.3676E+01 55°4 4 7.7647E÷B_ 1.1258E-01 1.0582E+_1 5 6.2131E+0_ -8.5659E+0_ 3 0818E+B_ 118.0 6 1.4473E+_0 2.72_8E+00 2:5353E+_0 178.1 7 2.6318E+_ 8.7_78E-_2 3.7209E+_ 33.7 8 3._97_E+0_ 2.0623E+0_ 3.4661E+00 511.6 9 2.3_25E+00 -2.5909E+00 1.4104E+00 50.4 10 1.2239E+_ 7.|895E-_1 TABLE 10.- CONCLUDED e) Concluded ' TP STEADY HN cn8 SIN RESULTANT 8CPHASE RUN FIRST IIR 59 OR4TB13 515.8 6 -I,|M3E+02 1 7 7195E+_1 -8.1185E+0! ].1203E+H2 -5:_R73E+01 -1.5_23E+01 5.515BE+01 195.8 174.3 3 =5:36_3E+01 5.3687E+0_ 5.3871E+01 122.2 4 -7 1709E+_0 1,1404E+01 1,3471E÷01 5 -5 7_7qE+0_ -5.a427E+O_ 7.8B&gE÷B_ 223°6 6 -6:845_E+@_ 7.3990E+00 1,0073E_RI 132.8 16_,7 7 .5.g185E+Oe 2.07ATE+00 6.27PtE÷BO 3B._ 8 5.5043E+0_ 4.2978E+_0 6.9_34E+00 2 8 9 -2.BOSEE+_ -1.6630E÷00 2.SEgBEeOB !_ =R.7954E-_i 1,278iE+0_ 1.5515E÷00

FREE-TIP CONCEPT

LIFT

Mc

PITCH AXIS AND

CENTER OF GRAVITY

j.t -_

PITCH

AXIS _1

CONTROL

MOMENT, M c SELF ADJUSTING

BLADE PITCH

Figure I.- Schematic of the free-tip.

a

E

rn

u l

l d

a

.rl c, I a , a , L t u I M a , L M . I 4 C L I

1 4 8

I

I

I

I

I

I

I

I

I

(a) Assembled view.

Figure 4.- Exploded view of free-tip assembly.

(b) Unassembled view.

Figure 4.- Concluded.

1 5 0

110 __

100 _

°° I 80

- ?_

'ilt

30 1 _0

10 I_ U AM _':'_' = 0.06!5 N'm/deg

I I I I I I I

0 1.0 2.0 3.0 4.0 5.0 6.0 7.0

MOMENT, Nm

Figure 5.- Torque calibration of controller.

SPANWISE BLADE WEIGHT DISTRIBUTION

E 80

Z

=:-

I-

CD

Z 60

LLI --I Z Q.

I-- Z W Q,.

I--

CD

uJ I I I I

E .10

CHORDWISE CENTER OF GRAVITY

X

-I- .08

¢J I-

o. .06

IJJ

Q

,¢

..I

m .04

I.I.

O

I--

,, .02

,<

LM

L

0-

F I I

.85 .90 .95 1.00

rb/R

Figure 6.- Spanwise distribution of blade weight and chordwise center of

gravity location.

( a ) Close-up o f f r e e - t i p on r o t o r b l a d e .

F i g u r e 7.- F r e e - t i p on rotor blade.

1 5 4

°,-I o (D c.

m .o (.

rr" I \ \

\

\\\\ \

c.

\\\

\\\

r,.

k\\\

\k\\

\

\ C3 0 C3 0 0 C3 0 0 0 0 0 C3 0 0 0 0 0 0 C3 0 0 LO r_ _D

_nu!m _d s_10/_

I I

*r-t ,-t o e.

0) e-, *,-I o .:"4 "o 9£0L "V.I.S o ..i c_ u,.

I.- 0 o o > n,.

z o n I,-- o co I- 4--0 co LU cJ I-- 4_ !

L_ E o ¢u 60"9

.008

,X = 0.05

= 0.305

_R

.006

FIXED TIP

/

0.

/_._" FREE TIP

°vw w

.002 i t t I j

0 .02 .04 .06 .08 .10

CL/a

(a) At various lift coefficients, V/_R : 0.3, and X : 0.50.

Figure 10.- Comparison of power required by the free-tip and fixed-tip rotors.

.OO8

CL/O = 0.07 /

_" = 0.05 /,

.006

FIXED T_ i

¢m o.

/_////FREE TIP

.004

.002 i i , I j

0 .1 .2 .3 .4 .5

v__

_R

(b) Speed-power polar at CL/O : 0.07 and X : 0.05.

Figure 10.- Concluded.

5O

rb/R = 0.13 rb/R = 0.18

30-

/

/

E

/

Z

f

f_

z 20-

uJ f

/

Y

/

f

J

i, /

z 10

z

W I I I I I I I I

_ 0

5O

.J It.

rb/R = 0.53

rb/R = 0.38

v I.M

_" 40

o

I--

v

I.IJ

=" 30

/

IJ= ,-I

/--J

)

2O

J

J

FIXED TIP

m m FREE TIP

I 0 I I I I I I I

.1

.02 .04 .06 .08 .1 .02 .04 .06 .08

CL/O CL/O

Figure 11.- Variation of the blade flatwise half peak-to-peak magnitudes with rotor

lift level at V/_R = 0.3.

5O -'----- FIXED TIP rb/R = 0.13 rb/R = 0.18 ---- FREE TIP 4O

° t

_2o _"_\\\

/

\

\ /

\I i

_,o / _-_....j

_0-- i I

-- (a) r /R = 0.13. I ! j b (b) rblR = 0.18.

= " rb/R = 0.53 10 _J _" _

o L i , , I/__

I I j •1 .2 .3 .4 .I .2 V .3 .4 _R (e) rblR : 0.38. (d) rblR = 0.53.

Figure 12.- Half peak-to-peak magnitude of the flatwise-bending moments at various blade locations for the free- and fixed-tip configurations.

¢N Q..

\

I

\

GO o.

\

\

0.

II

I-

I u.I _- (1) "U •.Q x

\

o. \ o.

N

n _

ee_

I.u

X

> iX ii

E

od

E _ o i i i I I I I0 -m.

m o o,-I _ e.

0,.

o

I-

I, JJ t.I,J .,..4 e.

c; E II o L_ I .,.-t

ii q

r,,.

o o /

I I I I I I ¢N

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"tJ ___ c_ o c_ ¢v) o o 0 , t.D II n" ..4 I I I 6ap ' _V 1. Report No. 2. Government AccesSion No.

3. Recipient's Catalog No.

NASA TM 86758 4. Title and Subtitle 5. Re_ Date October 1985 RESULTS OF A WIND-TUNNEL INVESTIGATION OF A 6. Performing Organization Code MODEL ROTOR WITH A FREE TIP 7. Author(s) 8. P_ormi_ Or_nization Report No.

85266 Robert H. Stroub and Larry A. Young 10. Wock Unit No.

9. Performing Organi_tion Name and Addre_ 11. Contract or Grant No.

Ames Research Center Moffett Field, CA 94035 13. Type of Report and Period Covered 12. S_nsoring A_ncy Name and Address Technical Memorandum National Aeronautics and Space Administration J 14. Spon_ring A_ncy Code Washington, DC =uJ_6 J 505-42-11 15. _pplementary Notes Point of Contact: Robert H= Stroub, _,_es Research Center, MS 247-!, Moffett Field, CA 94035, (415)694-6653 or FTS 464-6653 16. Abstract This report presents the results of a wind-tunnel test of the free- tip rotor. The free tip extended over the outer 10% of the rotor blade and included a simple, passive controller mechanism. Wind-tunnel test hardware is described. The free-tip assembly, which includes the con- troller, functioned flawless]y throughout the test. The tip pitch freely and responded to airflow perturbation in a sharp, quick, and stable manner. Tip pitch-angle responses are presented for an advance ratio range of 0.I to 0.397 and for a thrust coefficient range of 0.038 to 0.092.

The free tip reduced power requirements, loads going into the control system, and some flatwise blade-bending moments. Chordwise loads were not reduced by the free tip.

17. Key Words (Suggested by Author(s)) 18. Distribution Statement IF" Free-tip rotor Constant lift tip Tip shapes Helicopter rotor Subject category - 05 19. Security Oa_if. iof this rearS) _, Security Cla_if. (of this pe_) 21. NO, of Pages 22. _ice* Unclassified Unclassified 179 A08 "For sale by the National T_hnicel Informati_ _ice, Springfield, Virginia 22161