(ational Bureau of Standaras

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JAN 1 S 1966

NBS MONOGRAPH 95

A Table of Radiation Cliaracteristics for

Uniformly Spaced Optimum Endfire

Arrays With Equal Sidelobes

U.S. DEPARTMENT OF COMMERCE

NATIONAL BUREAU OF STANDARDS
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UNITED STATES DEPARTMENT OF COMMERCE • John T. Connor, Secretary

NATIONAL BUREAU OF STANDARDS • A. V. Astin, Director

A Table of Radiation Characteristics for

Uniformly Spaced Optimum Endfire Arrays

I With Equal Sidelobes

! M. T. Ma and D. C. Hyovalti

Boulder Laboratories National Bureau of Standards

Boulder, Colorado

National Bureau of Standards Monograph 95

Issued December 10, 1965

For sale by the Superintendent of Documents, U.S. Government Printing Office Washington, D.C., 20402 - Price 45 cents
Library of Congress Catalog Card Number : 65-62766
Contents

Page

1. Introduction 1

2. Necessary mathematics 2

3. Nimierical results 6

4. Reference 8

5. Some representative figm"es 10

6. The table 19

III

A TABLE OF RADIATION CHARACTERISTICS FOR UNIFORMLY

SPACED OPTIMUM ENDFIRE ARRAYS WITH EQUAL SIDELOBES

M. T. Ma and D. C. Hyovalti

Numerical results, in table form, on the required

phases, the directive gain, the current excitations, the

location of all the sidelobes and nulls, and the beamwidths

for uniformly spaced optimum endfire arrays with equal

sidelobes are given. A total number of elements of 3

through 15 and then 20, 25, and 30 with varying sidelobe

levels of 10, 15, 20, 25, 30, 40, and 50 dB below the main

beam is considered.

Key Words: Theory, antenna array, endfire, optimum,

directive gain, sidelobe, excitation, phase, beamwidth.

1. Introduction

In a recent paper [Ma, 1965], the mathematical formulation for

uniformly spaced optimum endfire arrays with equal sidelobes was presented. Numerical results on the directive gain, the beamwidths, the

current excitations, and the required phases for an array of 3 through

7 elements with a sidelobe level of -20 dB were also given there. The

purpose of this monograph is to extend the numerical results, in table

form, for a total number of elements up to 30 with varying sidelobe

levels of 10, 15, 20, 25, 30, 40, and 50 dB below the main beam. More

curves showing detailed relationships among important radiation charactistics are added. For completeness and reader' s convenience, an

outline of the necessary mathematics is also included. For discussions

and details the reader is referred to the previous paper [Ma, 1965] .

1
2. Necessary Mathematics

It was previously shown [Ma, 1965] that a linear array of n

equispaced isotropic elements with uniformly progressive phase as given

in figure 1 can be mathematically represented by a polynomial, P(y),

for the power, where y is defined in (3).

TO DISTANT POINT .1

[2— d—J

^ —n-i

Figure 1. A linear array of n equispaced isotropic elements.

For arrays producing the maximum possible number of physical

nulls in the visible region (O^B^n), P(y) takes, respectively, the following

forms, depending on whether n is odd or even:

n-1 i 2

\3 'PJy) = n (y^b r for odd n, (1) " k=l ^

I o'r

I

i n-2

2

P (y) = (y+2) n (y+b f for even n, (2) ^ k=l ^

with nulls given by y = -b and y = -2 (for even n only), where all b are

real and distinct, \ \

Y

= Z cos (pdcos 0 + a) (3)

In (3), 3 = 2n/ X is the phase constant with \ representing the free space

wavelength and a is the progressive phase lead of the element excitations

along the array. The corresponding array polynomials are, respectively,

2
n-1

n-1 ^ 2

E^(z) = S a z = n (1+b z+z^) for odd n, (4)

k=0 k=l

and

n-2

n-1 2

E (z) = r a z = (1+z) n (1+b, z + z®) for even n, (5)

k=0 ^ k=l ^

where z is related to y in (3) by y = z + z"^ . The excitation coefficients

a required for all the elements can then be determined by expanding the

products in (4) or (5).

For arrays having all the sidelobes equal in level, the locations of

nulls (y = -b ) and sidelobes (y = y,) are related in a special manner,

k

^ where

2 > (-bi) > yi >(-b2) > ys > . . •> y^_3 >(-b^_i)> ("2) o^d n, (6)

and

2 > (-bi ) > yx > • . . > y ^ > (-2) for even n. (7) n-2

The parameters b in (1) or (2), the corresponding excitation coefficients

in (4) and (5), and the location of sidelobes can be uniquely determined

once a desired sidelobe level relative to the main beam [P(2)/P(yi)] or

a desired first null location (-bi) is specified.

After a power polynomial P(y) is determined, the directive gain

of the array, under the ordinary endfire condition (a = -3d), can be

calculated as:

2pd P(0)

g

= , (8)

where

3
w = o

_ r^b P(y)

0 74 -y^

dy, (9)

y^ = 2 cos (-23d) (10)

It has been known that such an ordinary endfire array will yield

an optimum relation between the beamwidth and the sidelobe level provided that d> d=:', were d-I- is related to y-'' by y=:= = 2 cos (-2Pd'I^) such that

p(y;:j) = P(yj). For d < d*, some of the sidelobes will be shifted into the

"invisible region," making the resultant radiation characteristics nonoptimum. To improve the result when d < d-'S an optimum endfire

condition on a, together with a linear transformation of variable such as

y' - ki y + ks , (11)

was suggested before so that the final radiation pattern still has the

maximum number of sidelobes of equal level. The geometrical meaning

of (11) was explained fully in the previous paper [Ma, 1965]. The phase

a and the parameters k^ and kg required to produce an optimum endfire

array once a d < d-I^ is specified, can be calculated by the following

equations:

a 2-V 2 + y':= 3d

tan - = —— tan -7- . (12)

2+ y 2 + yk. = -sin^(| + f)<0, (13)

k2 = 2 (1 + kj = 2 cos^ CI+ ^' ^^^^

where

y^:< = 2 r 1 - b, . ^ , for n odd and (n - 1)/ 2 odd;

^ V (n + l)/4y

^r^; - o r ^ + ^r ^ , for n odd and (n - 1)/ 2 even; (15)

y. - ^ ^ _

4
or

y-'' = 2 + yi - b, ^^ / ^ for n even,

(n - 2) / 2

From (12) it can be concluded that a is always located somewhere in

the first quadrant in order to make the pattern of an endfire array optimxim when d < d-IS Note that (12) also holds true when d = d-'^ and yields

a* = n - 3d'!' > 0. There seems to be a phase discontinuity of tt as compared with the phase required by the ordinary endfire condition. This

extra phase of tt is actually taken care of by (13) and (14) since k^ = -1

and kg = 0 for the case of d = d-I^. For detailed discussions on this, see

the previous paper [Ma, 1965].

From (11) one has

y = ki"^ (/ - ks). (16)

If (16) is substituted into (1) and (2), the power polynomial becomes, respectively,

n-1

Q (y') = ki

'^"^"^^ n (y' + b')^ foroddn, (17)

k=l ^

n-2

Q (y ) = k, -^^-^^y' -2) n (/ + h'f

k=l

n-2

where

=

I ki ^^"^^

I (2 - y') n (y' + b' )^ for even n, (18)

k-1 ^

b^ - ki b^ - k2 . (19)

5
Note that the second form of (18) is due to the fact that < 0 and

-(n- 1) ki < 0 for an even n. It is clear from this second form that

Q^(y') S: 0 for all physical values of y' as it should be for a realizable

power polynomial. Note that y' = 2 cos (pd + a) (or 0 = 0) is now the

location of the main lobe for both of these transformed endfire arrays.

3. Numerical Results

Based on (17) and (18), the corresponding array polynomial

becomes, respectively,

n-1

E' (z) = Vki "^^"-^^ n (1 + b'z+z^) for odd n, (20)

2n k=i

n-2

E' (z) = /l ki '^^"^h (1 -z) n (1 + b' z + z^) for even n. (21)

k=l ^ A new set of excitation coefficients required for synthesizing the optimum

endfire array can be determined by expanding (20) or (21). Using (19)

and noting the signs of k^ and kg in (13) and (14), one can see the fact of

alternating signs to be associated with the final excitation coefficients

as clearly shown in figure 6. The directive gain (G), the null locations (0.), the sidelobe locations (0 ), and the half -power point (0, ) can be calculated, respectively, m h

from:

G=SM|^ , U2)

o

6
with

-b' = 2 cos (|3d cos 0. + a),

1 J

i = 1 , 2, . . . , k

j = 2i - 1, and 4k - 2i + 1

i= 1, 2, k + 1 (-b^^

J - 2)

j = 2i - 1, and 4k - 2i + 3

(23)

for odd n (= 2k + 1),

for even n (= 2k + 2),

with

and

where

y' = 2 cos (gd cos 0 + a),

'L m

1=1, 2, . . . , k (y^ = 2),

m = 2t, and 4k - 2-t

= 1 , 2 , . . . , k

m = Zl, and 4k - 2-6 + 2

y' = 2 cos Od cos 0, + a), h h

(24)

for odd n (= 2k + 1),

for even n ( = 2k + 2),

(25)

W =

' Q(y)

y' /IV"^

a

dy ,

2 cos (-3d + a),

2 cos (3d + a),

and y, is determined by h

Q(y') = iQ(y'). n a

(26)

7
Equations (Z3), (24), and (25) are so expressed that the final power

pattern of an endfire array, in terms of 9, will appear as shown in figure 2

It is clear that the first null beamwidth and the half -power beamwidth

are, respectively, 29 1 and 29^. Niimerical results for n = 3 through

n = 15 and then 20, 25,and 30 with varying sidelobe levels of 10, 15, 20,

25, 30, 40, and 50 dB below the main lobe are given in the table.

Typical curves clearly showing the detailed relationships among

the important quantities (G, d, n, a, sidelobe level, etc.) are given in

figures 3 through 10. For comparison, the corresponding directivities,

for various d, if the ordinary endfire condition -a = 3d is used throughout, are also included in figure 3 as the dashed curves for n = 3 through

n = 7. The points marked with * on the dashed curves are those when

1 d = d'l^. The limiting characteristics when d -* 0 are also shown in

figures 3, 4, 5, and 6 for n = 3, 4, and 5.

4. Reference

Ma, M. T. (September, 1965), The directivity of uniformly spaced

optimxim endfire arrays with equal sidelobes. Radio Sci. , J. Res.

NBS 69D, No. 9.

8

5. Some Representative Figures

Figure 3. Directivities for optimum endfire arrays with equal sidelobes (-20 dB).

Figure 4. Directivities in dB for optimum endfire arrays with equal

sidelobes (-20 dB).

Figure 5. Beamwidths in degrees for optimum endfire arrays with

equal sidelobes (-20 dB).

Figure 6. Excitation coefficients (relative to a^) for optimum endfire

arrays with equal sidelobes (-20 dB).

Figure 7. Phases in radians (as a function of element spacing) required

for optimum endfire arrays with equal sidelobes (-20 dB).

Figure 8. Phases in radians (as a function of sidelobe level) required

for optimum endfire arrays with equal sidelobes (n = 15).

Figure 9. Directive gain in dB as a function of sidelobe level for

optimum endfire arrays with equal sidelobes (n = 5).

Figure 10. Directive gain in dB as a function of sidelobe level for

optimum endfire arrays with equal sidelobes (d = 0. 05 X).

10
0 O.Stt i9d

Figure 3. Directivities for optirniim endfire arrays with equal sidelobes (-20 dB).

11
12
Figure 5. Beamwidths in degrees for optimum endfire arrays with

equal sidelobes (-20 dB).

13


SIDELOBE LEVEL (dB)

Figure 8. Phases in radians (as a fimction of sidelobe level) required

for optimum endfire arrays with equal sidelobes (n 3. 15).

16
Figure 9. Directive gain in dB as a function of sidelobe level for

optimum endfire arrays with equal sidelobes (n = 5).

17
0 -10 -20 -30 -40 -50

SIDELOBE LEVEL (dB)

Figure 10. Directive gain in dB as a function of sidelobe level for

optimum endfire arrays with equal sidelobes (d = 0.05 X).

18
6. The Table

Based on the preceding outlines for optimum endfire arrays of

isotropic elements with equal sidelobes, this table gives calculated values

of the following, for each number of element (printed in the table as N)

and a sidelobe level (printed as DB) (both on Row 1), as a function of

3d (Row 2) or d/X (Row 3):

phase, a, in radians (printed as ALPHA, Row 4) using (12),

directivity, G, as a number (Row 5) using (22),

directivity in dB [printed as G(DB), Row 6] using 10 log G,

normalized excitation coefficients, a. [printed as A(i), i = 1, 2, . . . starting Row 7] using (20) or (21) depending on whether n is odd

or even. The total number of rows for a. depends on how large

n is. The arrangement for a. has been made as (also see

figure 6):

l:(-aj:(a2). . . :(-l)^"^a^_^:(-l)\j^:(-l)^"^a^_^. . . :M:{-3.^):1

for n = 2k + 1

l:(-ai):(as)...:(-l)\^:[-(-l)\^]...:(-a2):(ai):(-l) for n = 2k + 2,

half -power- angle, 8^^, in degrees (printed as THETAH, following

the last row for a.) using (25),

1 location of nulls and sidelobes, 9., in degrees [printed as

THETA (i), i = 1, 2, ... with odcii representing nulls and even i for sidelobes, following the row for 9^^] using (23) and (24).

Again, the total number of rows for 9^ depends on n.

half -power beamwidth, 29 , in degrees [printed as BW(H), following the last row for 9 . J, and lastly,

first-null beamwidth, 29i , in degrees [printed as BW(1)].

Note that the first Pd coiinted from the left-hand side (e. g. , 2. 337

for N = 3 and dB = 10) is actually Pd-I' which is the starting point of our

main interest in this monograph. The corresponding number on the

next row (e. g. , 0. 372 for N = 3 and dB = 10) is then d-'/X.

19
The calculations for this table were all done carrying eight significant digits, but for printing purposes the results were rounded to four

significant digits, except for the a^ which were rounded to five significant digits. In order to verify the computed accuracy of the table, the

results were checked for at least half of the 3d' s for each case with a

double -precisionprogram (i. e.^ fifteen significant digits). Note that for

many cases (e. g. , N = 2 5 and dB = 30), the number of printed columns

is far less than we would expect,which is due to the obviously questionable

character of the results even when using a double-precision program.

Only those data where the significance of the results was clearly acceptable are presented. There should be no error of more than 1 vmit in

the last digit tabulated, and even an error of 1 unit should be rare. The

program was also checked for accuracy by comparing a few computed ! values with hand calculations.

20
N» J De»= 10. BETAO 2.337 2.199 1 .885 1.571 1.257 0.942 0.628 0.314 D/LAHBDA 0.372 0.350 0.300 0.250 0.200 C.150 0. IOC 0.050

ALPHA 0.805 0.683 0.488 0. 358 0.262 0.184 0. 117 0.057

G 4.18 '..90 6.14 5.98 7.55 7.96 8.22 8. 36 G (DB

6.22 6.90 7. 88 8.44 8. 79 9.01 9.15 9.22

A( 11 1.0393E 00 1.055CE 00 1.1738E 00 1.3509E 00 1.5445E 00 1.7260E 00 1.8724E CO I.9572E 00 THETAH 54.6 49.9 40. 9 36.5 33.9 32.3 31.4 30.8

THEIAf 11 8<..6 81.3 76.0 72.6 70.2 68.

67.4 66 . 8 IHETAC 2) 110.1 108.1 105.0 103.2 102.0 101.3 100.8 100.5

IHETA( 3) 141.5 140.6 139.5 139.1 139.1 139.2 139.4 139.4 THETAI 41 180.0 180.0 180.0 180.0 180.0 180.0 180.0 180.0 BH(HI 109.2 97.9 81.7 73.0 57.9 64.7 52.7 61.6

ew(i) 169.2 162.6 152. 1 145.1 140.3 137.0 134.8 133.5

N= 4 08= 10. 6ETAD 2.569 2.513 2. 199 1 .885 1.571 1.257 0.942 0.628 0.314 D/LAH8DA 0.409 0 .400 0.350 0.300 0.250 0.200 0. 15C O.lOO 0.05C ALPHA 0.573 0.521 0.337 0. 237 0.173 0.126 0.088 0.056 0.C27

G 5.82 5.39 8.56 9.97 10.80 11.35 11.72 11.95 12.09 G(OB) 7.65 8.06 9.37 9.99 10.33 10.55 10.59 10.78 10.82

Al 1) 8.7938E-01 8.8554E-01 1.05836 00 1.3844E 00 1.7576E 00 2.1385E 00 2.4850E 00 2.7611E 00 2.93e7E CO THETAH 43.2 40.3 30.7 25.5 24.1 22.7 21.8 21.2 20.9

THETAt 11 55.7 63.9 56.9 52.8 50.0 48.1 46.7 45.9 45.4

THETA( 21 83.4 82.1 77.1 74.2 72.1 70.6 69.5 68.8 68.4

IHETA( 31 102.9 102.0 98. 8 97.2 95.3 95.7 95.4 95.1 95.0

THETAI 4) 124.1 123.5 121.9 121.6 121.8 122.1 122.4 122. 7 122.8

THETAI 51 149.0 148.7 148.4 148.9 149.6 150.2 150.7 151.1 151 .3 THETAI 6) 180.0 180.0 180.0 180.0 180.0 180.0 180.0 180.0 180.0

BH(H) 86.4 80.5 51.5 52.9 48.3 45.4 43.5 42.4 41.8

BHI 1) 131.3 127.7 113.8 105.5 100.0 96.1 93.5 91.7 90.7

N= 5 DB= 10. BETAD 2.702 2.513 2. 199 1.885 1.571 1.257 0.942 0.528 0.314 0/LAMBDA 0.430 0.400 0.350 0.300 0.250 0.200 0.150 0.100 6.050

ALPHA 0,440 0.305 0.195 0.137 0. 100 0.073 0.051 0.032 0.015

G 7.19 9.56 11.55 12.79 13.48 13.94 14.24 14.43 14.54

GIDBI 8.57 9.80 10.67 11.07 11.30 11.44 11.53 11.59 11.62

Al 1) 7.2482E-01 8.0957E-01 1.1610E 00 1.6480E 00 2.1993E 00 2.7543E 00 3.2563E 00 3.5553E 00 3.9117E 00

Al 2) 7.9049E-01 8.9161E-01 1.3294E 00 1.9e75E 00 2.8039E 00 3.7025E 00 4.5B18E 00 5.3255E 00 5.8243E 00 THETAH 35.7 28.3 22.3 19.6 18.0 17.0 15.4 16.0 15.8 THETAI 1) 55.2 49.4 43.7 4C.3 38.0 36.4 35.4 34.7 34.3

THETAI 2) 59.4 55.0 60.5 57.5 55.5 54.0 52.9 52. 1 51.7 THETAI 31 84.3 81.0 77.9 75.9 74.5 73.5 72.7 72. I 71.8

THETAI 4) 99.4 97.0 95.1 94.2 93.5 93.3 93.1 93.0 92.9

THETAI 5) 115.1 113.112.8 112.9 113.2 113.5 113.9 114.2 114.4 THETAI 61 132.6 131.7 132.0 132.9 133.9 134.7 135.4 135.8 136.1 THETAI 7) 153.5 153.3 154.2 155.3 156.2 156.9 157.4 157.8 158.0

THETAI 8) 180.0 180.0 180.0 18C.0 180.0 180 .0 180.0 180.0 180.0

BWIHI 73.4 55.5 44.5 39.1 36.0 34. 1 32.8 32.0 31.6

BW(1) 110.5 98.8 87.5 80.6 76.0 72.9 70.7 69.3 58.5

N= 6 DB= 10. BETAD 2.786 2.513 2. 199 1.885 1.571 1.257 0.942 0.528 0.314 D/LAMBDA 0.443 0.400 0.350 0. 300 0.250 0.200 0. 150 0.100 0.050

ALPHA 0.356 0.198 0.127 0.089 0.065 0.047 0.033 0.021 0.010

G 8.34 12.02 13.79 14.71 15.26 15.62 15.86 16.01 16.09

GIDBI 9.21 10.80 11. 39 11.68 11.84 11.94 12.00 12.04 12.07

Al 11 6.0712E-01 8.0592E-01 1.29elE 00 1 9418E 00 2.6516E 00 3.3834E 00 4.0353E DO 4.5530E 00 4.8654E 00

Al 21 6.8C84E-01 9.3714E-01 1.6352E 00 2 595CE 00 4.0784E 00 5.6729E 00 7.2921E 30 8.6989E 00 9.55e9E 00 THETAH 32.4 21.7 17 .5 15.5 14.4 13.5 13 . 1 12.8 12.7 THETAI 11 48.5 40.3 35 .5 32.6 30.5 29.3 28 .4 27.8 27.5

THETAI 2) 60.6 54.2 50 .0 47.2 45.1 43.7 42 .5 41.9 41.5

THETAI 31 73.1 68.1 54 .9 52.5 61.0 59.7 58 .7 58. 1 57.7

THEIAI 41 85.2 81.4 79 .2 77.8 75.7 75.9 75 .3 74.9 74.6

THETAI 51 97.3 94.5 93 .3 92.7 92.4 92. 1 92 .0 91.9 91.9

THETAI 61 109.8 107.9 107 .6 107.8 108.2 108.6 108 .9 109.

109.3

THETAI 71 123.1 122.1 122 .7 123.5 124 .5 125.4 126 .1 125.5 126.9 THETAI 81 138.2 138.0 139 .3 140.7 142.0 143.0 143 .7 144.2 144.5

THETAI 91 156.5 157.0 158 .3 159.5 150.5 161.2 161 .7 162 .0 152.2 THETA(IO) 180.0 180.0 180 .0 180.0 180.0 180.0 180 .0 180.0 180.0

BWIHI 54.7 43.4 35 .0 31.1 28.7 27.3 25 .3 25.7 25.3

BUI 11 97.0 80.7 71 .0 55.1 61.3 58.6 56 .8 55.6 55.0

2X
N= 7 DB:1= 10.

BET AD 2 > 843 _ CI -a 2. 199 1.571 1.257 0.942 0,628

D /LAMBDA n' cnn

n 1 0.350 0 300 0.250 0 . 20C 0. 150 0, 100 ALPHA 0 • 299 0.283 0.089 0 . 062 0.045 0 .033 0.023 0.015

Q 9-31 - ^ 16.01 16.45 16.73 16.92 17.04

G ( DB

)

q ft7 1140 It 12. 04 12. 16 12.24 12.28 12.31

A I 2

I ^* 2033E 01 o /. r/.cc_/\] O . 05 1 ~0 1 in 2 > 2522E 00 3 1356E 00 4.0203E OC 4.8ie8E 00 5,4527E 00

otJUlt — Ul 1 (*11"T3C nrt 1 U 1 f :)c UU Tn 3

.

5203E 00 5 5937E 00 8.0610E CO 1.0624E 01 1.2886E 01

o • I U 1 ? t U L

1 1 Q a c n 1 1 A Q 1 7C A A 1965E 00TA 4 0488E 00 6 6985E 00 1 .00 lOE C

1

1.3595E 01 1.6B64E 01 29 • 3 28.1 17.6 1

A

5 12.9 12 .0 11.4 11 .0 10.7

T HE TA ( 1 ) ':3 • 7 ^3.0 3*^. 1 f ^

''^ 27,3 25 .6 24.5 23.7 23.2

T uC T » ( "i I 1 Hb 1 fl 1 £. 1 54.5 53.9 46. 6 39,9 38 .0 36.6 35.7 35.0

T HE T A ( 3 ) 64 • 9 59.1 ' 8 53.4 51 .6 50.2 49. 3 48.6

T HE T A ( ) 75 • 8 75 • 4 70. 8 66 . 3 66 .5 65 .1 64. 1 63.2 62.7

r HE T A ( 5 ) 85.6 82.1 80 .4 79.3 78 .5 77,8 77.3 77.0

The TA ( 6 ) 96 'o 92 .3 91 ,6 91.5 91.4 91.3

T HE T A ( 71 106 • 3 106*1 104* A lO't .3 10^ '& 104 ,9 105.3 105.6 105.8 THETAI 8) 117.1 116.9 116.0 116 .7 117,6 118 .5 119.3 119.9 1 20 • 4 THETA( 91 128.8 128.7 128.6 130 .0 131,5 132 .7 133.8 134.6 135.1 THETA( 10) 142.3 142.2 142.9 14A . 7 1^*6.

A

147 .7 148.7 149,5 150.0

THETAt U

)

158.8 158.8 159.8 161 .4 162,7 163 .6 164.2 164. 7 164,9

THETA( 12

)

180.0 180.0 180.0 180 .0 180.0 180 .0 180.0 180.0 180,0

DW(H) 58.5 56.3 35.2 28 .9 25.8 23 .9 22.7 21.9 21.4

6U(1)

, 87.5 86.0 68.2 59 .7 54,6 51 .3 49.0 47.5 46.5

0.314

0.050

0.007

17.10

12. 33 5.8597E 00

l.'i'.^'iE 01 1.9168E 01 10.6 23.0

34.7 48.2

62.3

76.8

91.3 105.1

120. 7 135.4 150.3

165.1 180.0

21.1 45.9

N= 8 0B= 10.

BET AO 2.885 2.827 2.513 2. 199 1.885 1.571 1.257 0.942 0.62a D/LAMBOA 0.459 0.450 0.400 0.350 0.300 0.250 0.200 0.150 0.100 ALPHA 0.257 C.209 0. 102 0.065 0.045 0.033 0.024 0.017 O.OU

G 10. 13 11. 65 15. 12 16.30 16.90 17. 26 17. 49 17.63 17.73

GIDBI 10.06 10.66 11 . 80 12. 12 12. 28 12. 37 12.43 12.46 12.49

Al 11 4.5193E-01 4.6971E- 01 B.9404E- 01 1. 6324E 00 2. 5724E 00 3.6167E 00 4.6519E 00 5.5051E 00 6.3537E 00

A( 21 5. 1028E-01 5.3274e- 01 1. 1224E 00 2. 3937E 00 4. 4630E 00 7.3541E 00 1.0872E 01 1.4581E 01 1.7888E 01

A( 3) 41346-01 5.6637E-01 1.2512E 00 2. 8532E 00 5. 7556E 00 1 .0188E 01 1.6044E 01 2.2663E 01 2.8889E 01 THETAH 26.9 23 .0 14 .9 12 .3 11 .0 10 .2 9 .7 9.4 9.2

rHeTA( I) 40.1 37 .4 29 .5 25 .8 23 .5 22 .0 21 .0 20.4 19.9 THETAt 2) 49.9 47 .7 41 .0 37 .2 34 .6 32 .8 31 .5 30.5 30.1 THETAt 3) 59.6 57 .9 52 .4 49 .0 46 .5 44 .7 43 .4 42.4 41.7

THETAt 4 1 68.9 67 .5 63 .0 50 .3 58 .3 55 .7 55 .4 54.5 53.9

THETAt 51 77.8 76 .6 73 . 1 71 .1 59 .5 58 .4 67 .4 66.7 66.2

THETAt 6) 86.

5

85 .5 82 .8 81 .5 80 .5 79 .8 79 .3 78.9 78.6

THETAt 71 95. 1 94 .3 92 .3 91 .7 91 .4 91 .2 91 .1 91.0 91.0

THETAt 8) 103.9 103 .1 102 .0 102 .0 102 .3 102 .7 103 .0 103.2 103.5 THETAt 9) 112.9 112 .3 111 .9 112 .6 113 .5 114 .3 115 .0 115.6 116.0

THETAt 10) 122.5 122 .1 122 .4 123 .7 125 .1 126 .3 127 .3 128. 1 128.6 THETAt 11

1

133.1 132 .8 133 .8 135 . 7 137 .4 138 .8 139 .9 140.8 141.3

THETAt 12) 145.3 145 .2 146 .8 148 .9 150 .7 152 .0 153 .C 153.7 154.2 THETAt 13) 160.5 160 .5 152 . 1 163 .8 155 .0 165 .8 166 .4 166.8 167.1

THETAt 14

)

180.0 180 .0 180 .0 180 .0 180 .0 180 .0 180 .0 180.0 180.0

BMtH) 53.8 46 .0 29 . 7 24 .5 22 .0 20 .5 19 .5 18.8 18.4

ewi 1 ) 80.2 74 .9 59 . 1 51 .5 47 .0 44 . 1 42 . 1 40.7 39.9

BETAD 2.915 2.827 2.513 2. 199 1.885 1.571 1.257 0.942 D/LAMBDA 0.454 C.450 0.400 0.350 0.300 0.250 0.200 0.150

ALPHA 0.226 0.161 0.079 0.050 0.035 0.026 0.019 0.013

G 10.84 13.15 16.08 17.05 17.54 17.83 18.01 18. 13 G(OB) 10.35 11.19 12.06 12. 32 12.44 12.51 12. 56 12.58

At 1 ) 3.9951E-01 4.437?E-01 9.5902E-01 1.8144E 00 2.8988E 00 4 1024E 00 5 3055E 00 5 .3932E 00

At 2) 4.4939E-01 5.0533E-01 1.2464E 00 2.8432E 00 5. 5247E 00 9 3618E 00 1 4107E 01 1 .9166E 01

At 31 4.8131E-01 5.44996-01 1.4464E 00 3.6471E 00 7.8614E 00 1 .4675E 01 2 4057E 01 3 .4995E 01

At 4) 4.9229E-01 5.5858E-01 1.5181E 00 3.9514E 00 8.8016E 00 1 6944 E 01 2 8539E 01 4 .2448E 01 THEIAH 25.0 19.4 12.9 10 .7 9 .6 9 .0 8 .5 8.2

THETAt 1) 37.3 33.2 25.0 2? .6 20 .6 19 .3 18 .4 17.8 THETAt 2) 45.3 43.0 36.6 32 .9 30 .5 28 .8 27 .7 26.9

IHETAt 31 55.2 52.5 47.1 43 .7 41 .3 39 .5 38 .1 37.2

THETAt 41 63.6 61.4 56.9 54 .0 51 .8 50 . 1 48 .8 47.9

THETAt 5) 71.6 69.7 66. 1 63 .8 52 .0 60 .5 59 .5 58.7

THETAt 6) 79.3 77.7 74.9 73 .2 71 .9 70 .9 70 .0 69.4

THETAt 7) 86.9 85.5 83.4 82 .3 81 .5 80 .9 80 .5 80.1 THETAt 8) 94.4 93.3 91.8 91 .3 91 .1 90 .9 90 .8 90.8

IHETAt 9) 102.0 101.1 100.2 100 .3 100 .6 101 ,0 101 .3 101.5

THETAt 10) 109.8 109.1 108.9 109 .6 110 .4 111 . 1 111 .8 112.3 THETAt 11

)

118.0 1 17.4 117.9 119 .1 120 .4 121 .6 122 .5 123.2 THETAtl2) 126.8 126.4 127.5 129 .3 130 .9 132 .3 133 .4 134. 3 THETAt 13) 135.5 136.3 138.0 140 .2 142 .1 143 .6 144 .7 145.5

THETAt 14

)

147.8 147.8 150.0 152 .3 154 .0 155 .3 156 .2 156.9

THETAt 15) 151.9 152.0 164.0 155 .6 156 .8 167 .5 158 .0 168.4 THETAtl6) 180.0 180.0 180.0 180 .0 180 .0 180 .0 ISO .0 180.0

BW(H) 50.1 38.8 25.7 21 .5 19 .3 17 .9 17 .0 16.5 BWIll 74.5 66.4 52. 1 45 .3 41 .2 38 .6 36 .9 35.7

0.628 0.100

0.008

18.20 12.60 7.2555n 00 2.3706E 01 4.5513E 01 5.6124E 01 8.0

17.5 25.3

35.6

47.2

58.1 68.9

79.8 9C.e

101.7

112.7

123.7 134.9

146.1 157.3

168.6

18C.0

15.1 34.9

22
N=10 DB= 10. HETAD 2.941 2 .827 2.513 2. 199 1.885 1.571 1.257 0 .942

D / L AHBDA 0.468 0.450 0.400 0.350 0. 300 0.250 0.20C 0.150

ALPHA 0.201 0.128 0.052 0.1140 0.028 O.'c 20 0.015 0.010

5 11.45 14. 34 16.79 17.60 18. CI 18. 25 18

40 18.49

10. 59 11. 57 12. 25 12. 45 12. 55 12. 6 I 12

55 12.67

aI^^i 1 3.5764E- 01 4. 3244E- ) 1 1. 0314E OO 2

0C19E 00 3, 2294E 00 4 5912E 00 5 9535E CO 7. 1825C 00

A( 4.0C28E- 01 4. 9477E- )1 1. 3860E 00 3. 3377E 00 6. 70 56E 00 1 151SE 0 1 1 7768E C 1 2 . 4379E 01

A ( 34. 3C59E- 01 5. 3966E- 3 1 1. 6675E 00 4

5584E 00 1 . 0409E 01 2 0285E 01 3 4328E 0

51091E 01

A ( ^ ) 4.4633E- 01 5.5315E- )1 1.8234E 00 5, 2898E 00 1 . 2826E 01 2 5423E 0 1 4 6936E C 1 7

2572F 01 23 .5 16 .8 11 .3 9 .5 8 , 5 8 .0 7 .6 7 . 3 TH6TA ( 1

34 .9 29 • 8 23 . 3 20 . 2 1 8 ,4 1 7 . 2 15 , 4 15.9 THETAi 2) 43 . 3 39 . 2 33 . 0 29 . 5 27 .3 25 . 7 24 .5 23.9

T HE T A ( 351 .6 48 , 2 42 . 8 39 .4 3 7 . 0 35 . 3 34 . 0 33.1

THE T A ( 4

59 .4 , 5 .0 49 .0 46 , 7 45 .0 4 3 .7 '.2.7 THETAC 5) 66 .7 64 . 3 50 . 5 58 .0 55 .0 54 . 5 53 . 3 52.3 THETAI 6} 73 .7 71 • 6 68 . 6 66 . 5 65 .0 63 . 7 52 . 7 52.0

T HE TA ( 7

80 .6 78 , 7 76 . 4 74 , 9 73 .8 72 . 9 72 . 1 71 .5

T HE TA ( 8

87 .2 85 , 7 83 . 9 8 3 . 0 82 . 3 b 1 . 8 81 .4 81.1

T HETA ( 9

92 . 6 91 . <V 9 1 . 0 90 .6 90 . 7 90 . 7 90.6

T HETA 1 10100 .6 99 .5 98 .9 99 . I 99 ,4 99 , 7 100 100.2

THETAI 11107 .5 106 .6 105 .6 107 .3 108 .0 108 . 7 109 .3 109.8 THETA ( 12

U4 .6 113 .9 114 .5 115 .7 115 .9 117 , g 118 .8 119.5

T HE T A ( 13 ) 122 .1 121 .6 122 . 8 124 .5 125 .0 127 .4 128 .4 129.3

THETAI 1*) 130 .2 130 .0 131 . 7 133 .8 135 . 7 137 .2 138 .3 139.2

THETAI 151 139 .2 139 .2 141 . 5 143 .9 145 .9 147 .4 148 .4 149.2 THETAI 16) 149 .8 150 .0 152 .5 155 .0 155 .7 157 .9 158 .8 159.4

THETAI 17) 163 .0 163 .3 155 .5 167 . I 168 .2 158 .9 159 .3 169. 7 THETAI 18

180 .0 180 .0 180 .0 180 .0 180 .0 180 .0 180 .C 180.0

bHIH) 47 .0 33 .6 22 .7 19 .0 17 .1 15 .9 15 . 1 14.5 HMIl) 69 .9 59 .7 46 .5 40 .4 36 .7 34 .4 32 .8 31.7

N=ll DB= 10. BETAD 2.961 2.827 2.513 2.199 1.885 1.571 1.257 0.942 D/LAMBDA 0.471 0.450 0.400 0.350 0. 300 0.250 0.200 0.150

ALPHA 0.181 C.103 0.050 O.032 0.023 0.016 0.012 0.008

G 11.99 15.25 17. 33 18. 01 18. 36 18. 55 18. 58 18. 75 GlOB) 10. 79 1 1 . 84 12. 39 12. 55 12. 64 12.58 12. 71 12.73

Al 1) 3.2352E- 01 4 3025E- 01 1. 1087E 00 2. 1931E 00 3.5629E 00 5 0822E 00 6 60185 CO 7. 9727E 00

Al 2) 3.6015E- 01 4 9504E- 01 1 .5390E 00 3. 8755E 00 8.0060E 00 1 4122E 01 2 1856E 0 1 3. 0220E 01

Al 3) 3.8801E- 01 5 4530E-01 1.9144E 00 5. 5054E 00 1.3441E 01 2 7143E 01 4 7138E 01 7. 145CE 01

Al 4) 4.0543E- 01 5 7714E- 01 2. 1707E 00 5. 9131E 00 1.8009E 21 3 92486 01 7.2811C CI 1

1642t 02

A 1 5 1 4.1136E- 01 5 8804E- 01 2.26ieE 00 7. 4C02E 00 1.9802E 01 4 4234C 01 8 3845E 01 1. 3644E 02 Thetah 22 .2 14 .8 10 .2 8 .5 7 .7 7.2 6 .8 6.5

THETAI 1) 33 .0 27 .1 21 . 1 18 .2 15 .5 15 .5 14 .8 14.3 THETAI 2) 40 .9 35 .0 30 . 1 25 .8 24 .6 23.2 22 .2 21.5 THETAI 3) 4B .6 44 .5 39 . 3 35 .9 33 .6 31 .9 30 .7 29.9

THETAI 4) 55 .9 52 .5 47 .9 44 .8 42 .5 40 . 7 39 . 5 38.5 THETAI 5) 62 .7 59 .8 55 .9 53 .2 51 . 1 49 .4 48 .2 47.3

THETAI 6) 69 .2 55 .5 53 .4 61 .2 59 .4 58 .0 56 .8 55.0

THETAI 7) 75 .4 73 .2 70 .5 68 .9 67 .4 56 . 3 65 .4 54.7 THETAI 8) 81 .5 79 .5 77 .5 75 . 3 75 .3 74 .5 73 .8 73.3 THETAI 9) 87 .5 85 .9 84 .4 83 .5 83 .0 62 .6 82 .2 81.9

THETAI 10) 93 .5 92 . 1 91 .2 90 .8 90 .7 90.5 90 .5 90.5 THETAIll) 99 .5 98 .4 97 .9 98 . 1 98 .4 98.7 98 .9 99. 1 THETAI 12

105 .6 104 . 7 104 .8 105 .4 106 . 1 106 .8 107 .3 107.8

THETAI 13) 112 .0 111 .2 111 .8 1 1 3 .0 114 .1 1 15 .0 115 .8 116.5

THETAI 14

U8 .5 118 .0 119 .2 120 .8 122 .2 123 .5 124 .5 125.3

THETAI 15) 125 .5 125 .2 125 .9 128 .9 130 .7 132 .2 133 .3 134. 1 THETAI 16

133 . 1 133 .0 135 .3 137 .6 139 .6 141 .1 142 .3 143.1 THETAI17) 141 .5 141 .8 144 . 5 147 .0 149 .0 150 .4 151 .5 152.2 THETAI 18) 151 .4 151 .9 154 .9 157 .2 158 .9 160 . 1 160 .9 161.4 THETAI 19) 153 .9 154 .4 166 .8 158 .3 169 .3 170 .0 170 .4 170.7 THETAI20) 180 .0 180 .0 180 .0 180 .0 180 .0 lao .0 180 .0 180.0

8 V< I H ) 44 .4 29 .6 20 . 3 17 .1 15 .4 14 . 3 13 .6 13.2 BMIll 66 .0 54 .3 42 .1 36 .4 33 .1 31 .0 29 .5 28.5

23
1= 10. 8ETA0 2.977 2.827 2.513 2.199 1.B85 1.571 1.257 0.9*2 n/LANBOA 0.47'* 0.450 0.400 0.350 0.300 0.250 0.200 0.150

ALPHA 0.165 C.086 0.042 0.027 0.019 0.014 0.010 0.007

Q 12.46 15. 99 17.75 18. 33 18 62 18.79 18. 90 18.93

0 ( DB

)

10. 96 12. 34 12.49 12. 12.74 12.76 12.77

A ( I ) 2.9522E- 01 4.34 i4E- }j 1

,

1896E 00 2

,

3871E DO 3 d986E 30 5 5748E 00 7 2512E 00 8.7636E 00

A ( 21 3.2691E- 01 5.0268E- X

,

7042E 00 if , 4 592E 30 9 00 6B76E 01 2 6371E 01 3 6691E 01

A ( 3 ) 3.5217E-01 5 . 588 1£- 0

1

2, 1875E 00 6 . 8C02E 00 I 6999E 0

1

3 5375E 01 2768E 01 9 6573E 01

A ( 4 } 3.6975E-01 5.9862E- 01 2. 5636E 00 8. a575E 00 2 454 8E 01 5 6109E 01 1 0792E 02 I 7719E 02

A ( 5 ) 3.7875E- 01 6. 1927E- 01 2

,

7695E 00 1 , 0065E 01 2 9308E 0

1

7 009CE 01 1 4021E 02 2 3767E 02

r HE TAH 21 . 1 13 .2 9 .2 7 . 8 7 .0 6 .5 6 .2 6.0

THETA( 11 31 .4 24 ,9 19 .2 16 . 6 1

5

, 1 14 . 1 13 .4 13.0 THETA( 2

)

38 .8 33 ,4 27 .7 24 . 5 22 , 5 21 . 1 20 .2 19.6

THETAl 3) 46 .1 41 .6 36 . 3 33 .0 30 .7 29 . 1 28 .0 27.2

THETA( 4) 53 .0 49 , 1 44 .4 41 . 3 39 .0 37 .2 36 .0 35.1 THETAt 5 ) 59 .3 56 .0 52 .0 49 , 2 47 . 0 45 .3 44 .0 43.1

T HE T A ( 6 ) 65 .4 62 , 4 59 .1 56 6 54 . 7 53 .1 51 .9 51.0

T HE T A ( 7 1 71 .2 68 65 .8 6 3 . 8 62 , 2 60 .8 59 .8 59.0

THETA( 81 76 .8 74 'ft 72 . 3 70 68 .4 67 .5 66.9

82 .3 78 .6

' ^ 76 75 .8 75 .2 74.8

T HE T A ( 10 ) 87 .7 86 84 . 8 84 ^ I 83 83 .2 82 .8 B2.6

T HE T A (111 93 .2 9

1

_ 7 91 .0 90 ^ 7 90 . 6 90 .5 90 .5 rH£TA(121 98 .6 97 9 7 , 3 97 98.3

T HE T A ( 1 3 ) 103 , 2 103 .4 104 . 0 104 105 .2 105 .7 106. 1 THETA( 14) 109 .8 109 .1 109 .7 110 .8 111 .8 112 .7 113 .4 114.0 THETAIlSt 115 .7 115 .2 116 . 3 117 .8 119 .1 120 .3 121 .3 122.0

rHET4( 161 121 .8 121 .6 123 .2 125 .0 126 .7 128 . 1 129 .2 130.0

IHETA( 171 128 .4 128 .3 130 . 5 132 .7 134 .6 136 . 1 137 .3 138.2

THETA( 181 135 .5 135 .7 138 .4 140 .9 142 .9 144 .4 145 .6 146.4

THETAl 191 143 .5 144 .0 147 .0 149 .6 151 .6 153 .0 154 .0 154.7 THETAI20I 152 .9 153 .6 156 . 8 159 . 1 160 .7 161 .8 162 .6 163.1 THETA(21 1 164 .7 165 .5 167 .9 169 . 3 170 .3 170 .9 171 .3 171.5 THETA(22I 180 .0 180 .0 ISO .0 180 .0 180 .0 180 .0 ISO .0 180.0

BU(H) 42 . 3 26 .5 18 .4 15 .5 14 .0 1 3 .0 12 .4 12.0

BM( 1 ) 62 .7 49 .7 3b .4 33 . 1 30 . 1 28 .2 26 .9 26.0

N»13 0B= 10. BETAD 2.991 2.827 2.513 2. 199 1.885 1.571 1.257 n/LAMBOA 0.476 0.450 0.400 0.350 0.300 0.250 0.200

ALPHA 0.151 C .072 0.035 0.022 0.016 0.011 0.008

G 12. 88 16.56 18.08 18.58 18.83 18.97 19.06

G(DB) 11. 10 12. 19 12. 57 12 .69 12.75 12.78 12.80

Al 1 ) 2.7140E- 01 4.4224E- 01 1. 273nE 00 2 5e31E 00 4. 236CE 00 5 0686E OC 7 9015C 00

Al 2) 2.9902E-01 5. 1559E- 01 1. 8807E 00 5 Oe53E 00 1. 0965E 01 1 9879E 01 3 1314E 01

A( 3) 3.2180E- 01 5. 7824E- 01 2. 4e71E 00 8 1487E 00 2. 1125E 01 4 5107E 01 8 1497E 01

A( 41 3.3e79E- 01 6. 2618E- 01 3. 0052E 00 1 1151E 01 3. 2551E 01 7 7755E 01 1 5421E 02

A( 5) 3.4928E-01 6. 5629E- 01 3. 3543E 00 1 3378E 01 4. 1938E 01 1.0535E 02 2 2258E 02

Al 61 3.5283E-01 6. 6655E- 01 3. 4775E 00 1 4196E 01 4. 5512E 01 1 1781E 02 2 5111E 02 THETAH 20 .2 12 .0 8 .4 7. 1 6.4 6.0 5.7 THETA( 11 29 .9 22 .9 17 . 7 15.2 13.8 12.9 12.3 THETA( 21 37 .0 31 25 . 6 22.5 20.6 19.4 18.5 THETA( 3) 44 .0 39 .0 33 .8 30.5 28.3 25.8 25.7

THETAl 4) 50 .4 46 41 .5 38.3 36.0 34.3 33.1 THETAl 5) 56 .5 52 .7 48 .5 45. 7 43.4 41.7 40.5

THETAl 61 62 .1 58 .9 55 .3 52.7 50.7 49.

1

47.8

THETAl 71 57 .6 64 .7 61 .7 59.5 57.7 56.2 55.1 THETAl 8) 72 .8 70 .3 67 .8 66.0 64.5 53.3 52.3

THETAl 91 77 .9 75 .7 73 . 7 72.3 71.1 70.2 69.4

THETAl 101 83 .0 81 .0 79 . 5 78.5 77.6 77.0 75.4

THETAl 11) 87 .9 86 .3 85 . 2 84. 5 84. 1 83.7 83.4 THETAl 121 92 .9 91 .5 90 .8 9C.6 90.5 90.4 90.4

THETAl 131 97 .9 96 . 7 96 . 5 95.6 95.9 97.1 97.4

THETAl 14) 102 .9 102 .0 102 .2 102.7 103.3 103.9 104.4

THETAl 15) 108 . 1 107 .3 108 .0 109.0 109.9 110.7 111.4 THETAl 16) 113 .3 112 .9 113 .9 115.3 115.

5

117.7 118.6

THETAl 17) IIB .8 1 18 .6 120 . 1 121.9 123.5 124.8 125.8

THETAl IB) 124 .6 124 .6 126 .5 128.7 130.5 132.0 133.2

THETAl 19) 130 .8 131 . 1 133 .5 136.0 138.0 139.5 140.7 THETA(20) 137 .5 138 .1 141 .0 143.7 145.7 147.2 148.3 THETAI21

)

145 .1 145 .0 149 .2 151.9 153.8 155.2 156.1 THETAI22) 154 .1 155 .2 158 . 5 150.7 162.3 153.3 164.0 THErA(23) 165 .4 166 .4 168 . 8 170.2 171.0 171.5 172.0 THETAI24) 180 .0 180 .0 180 .0 18C.0 180.0 180.0 180.0

BMIH) 40 .4 23 .9 16 . 8 14.2 12.8 11.9 11.4

8WI 1 ) 59 .9 45 .9 35 .3 30.4 27.6 25.8 24.5

24
08= 10. BETAD 3.002 2.827 2.513 2. 199 1.885 1.571 0/LAM60A 0.478 0.450 0.400 0. 350 0 . 300 0.250

ALPHA 0* 140 0.062 0.030 0.019 0.013 0.010 0*007

G 13-26 17.03 18. 35 18.78 18.99 19.12 19.20 C(OBI 11.23 12.31 12.64 12

74 12.79 12. 81 12,83

A ( 1

2.5108E-01 4. 5339E-01 1. 3584E 00 2. 7807E 00 4. 5745E 00 6 5634E 00 8 5524E 00

A( 21 2.7533E-01 5. 3245E-01 2. 0681E 00 5. 7547E 00 1. 2623E 01 2 3132e 01 } 6684E 01 A( 3) 2.9585E-01 6.0232E-01 2. BUflE 00 9. 6607E 00 2.5859E 01 5 6463E 0 1 I 03616 02 At 4) 3. 1 193E-0

6. 5a85E-01 3. 49B7E 00 1 . 3e62E 01 4. 2542E 01 I 0500E 02 2 1380E 02

Al SI 3.2297E-01 6.9860E-01 4.0239E 00 1 . 7445E 01 5. 83695 01 I 5577f 02 3 3922E 02

Al 6) 3.2860E-01 71912E-01 4. 3090E 00 1 . 9514E 01 6. 8085E 01 I 8876E 02 2486E 02 THErAH 19.3 10.9 7 .7 6 . 5 5.9 5 .5 5.2 THETA( 11 28.7 21.3 16 . 3 14 . 1 12.8 11 ,9 THETAC 2> 35.5 29. 1 23 . 8 20 .9 19. I 17 ,9 17,1 THETAI 3) 42.1 36.7 31 . 5 28 .3 26.2 24 ,8 THETAf 41 48.2 43.6 38 .9 35 .7 33.4 31 . 8 30 ,

THETA( 5) 54 .

49.9 45 . 7 42 .7 40.4 38 . 7 3 7,5 THETA( 6) 59.4 55.8 52 . 1 49 .4 47.2 45 .6 THETAI 7} 64 .

61.3 58 . 1 55 .7 53.8 52 .3 5 1,1 THETAI 8) 69.4 66.6 63 .9 61 .9 60.2 58 .8 5 7,8 THETAI 91 74.2 71.7 69 .5 67 .8 66,4 65 . 3 THETA 1 101 78.9 76. 7 74 .9 73 .6 72.5 71 ,6 70,9 THETAI 11

83.5 81.6 80 .2 79 .3 78,5 77 , 9 77.4

THETAI 1288. 1 86.4 85 . 5 84 .9 84 ,5 84 , 2 83.9

THETAI 13) 92. 7 91.2 90 .7 9C .5 90.4 90 ,4 90-3

THETAI 1497.2 96. 1 95 .9 96. 1 96.3 96 , 6 96,8 THETA 115) 101.9 100.9 101 , 2 101 .7 102.3 102 ,8 103.2 THETAI 16

106.6 105.9 106.5 107.4 108.3 109 . 1 109-8

THE TA 1 1 7

111.4 1 10.9 112 .0 113.3 114.5 115 ,5 116-3

THETAI 18116.4 116.1 117.6 119.3 120. 7 122 .0 123,0 THETAI 19

121.6 121.6 123 .5 125.5 127.2 128 .6 129,8 THETA 1 20

127,1 127.3 129 .7 13? .0 133.9 135 .4 136,6 THETA 121

132.9 133.5 136.3 138.8 140.9 142 .4 THETAI221 139.4 140.2 143.4 146 . 1 148,1 149 .5 150,7 THETAI23I 146.6 147.7 151 .2 153 .8 155,7 157 ,0 157,9 tHETAI24l 155.2 156.5 159.9 162 . 1 153,6 164 ,6 165,2 TH£rAI25

166.0 167.2 169 .6 170.9 171,7 172 ,2 172.6 THErAI26l 180.

180.0 183 .0 180 .0 180,0 180 .0 180.0

BWIHl 38.7 21.9 15 .5 13 .1 11.8 1 1 .0 10,5 BUIll 57.4 42.6 32.7 28.1 25.5 23 .8 22.7

N-15 OB- 10. 6ETA0 3. 012 2,827 2.513 2. 199 1 . 885 1,571 0/LAMBDA 0.479 0.450 0.400 0.350 0.300 0.250

ALPHA 0.130 0.053 0.026 0,017 0.012 0.008

C 13.60 17.41 18. 56 18,94 19.13 19.24 GIOBI 11. 34 12. 41 12.69 12, 77 12- 82 12.84

AI 1) 2.3357E- 01 4 .667SE- 01 1, 4453E 00 2.9796E 00 4.9141E 00 7 0589E 00

A( 21 2.5500E- 01 5 .5239E- 01 2. 2659E 00 6. 4672E 00 1.4401E 01 2.5634E 01 A< 31 2.7351E- 01 6 .3021E- 01 3. 1684E 00 1. 1345E 01 3. 1245E 11 6 9668E 01 A( 4) 2.8853E- 01 6 ,9595E- 01 4, 04 74E 00 1. 7002E 01 5.4459E 01 1 3e71E 02

Al 51 2.9961E- 01 7 ,4585E- 01 4, 7e64E oc 2. 2377E 01 7.9363E 01 2 2156E 02

Al 61 3.0640E- Dl 7 ,7702E- 01 5, 2795E 00 2. 6255E 01 9.8779E 01 2 9C90E 02

Al 71 3.0868E- 01 7 .8762E- 01 5, 4526E 00 2. 7671E 01 1.0614E 02 3 1812E 02 THETAH 18 .6 10 .1 7 . 2 6 ,1 5 .5 5.1 THETAI 1) 27 .6 19 .9 15 .2 13 , 1 11 .8 11.1 THETAI 21 34 , 1 27 .4 22 .2 19 ,4 17 .8 15,7 THETAI 3) 40 .4 34 .7 29 .5 25 ,5 24 .4 23,0

THETAI 41 46 .3 41 .3 36 .6 33 .4 31 .2 29.6

THETAI 5) 51 .8 47 .4 43 . 1 40 .1 37 -8 36. 1 THETAI 61 56 .9 53 .0 49 .2 46 .4 44 .2 42.5

THETAI 71 61 .8 58 . 3 55 .0 52 .5 50 .4 48.8

THETAI ei 66 .4 63 .4 60 .5 58 .3 55 .5 55.0

IHETAI 91 71 .0 68 .2 65 , 8 63 .9 52 .4 61,1

THETAI 10) 75 .4 73 .0 73 ,9 69 .4 68 . 1 57,0

THETAI 1179 .7 77 .6 75 , 9 74 .8 73 .8 72,9

THETAI 121 84 .0 82 .1 80 ,9 80 .0 79 .3 78,8

THETAI 13) 88 .2 86 .6 85 ,7 85 .? 84 .9 84,5

THETAI 14) 92 .5 91 .1 90 ,6 9C .4 90 .4 9C-3

THETAI 1596 .7 95 .6 95 .4 95 .6 95 .9 95. 1 THETAI 16) 101 .0 100 .1 100 . 3 IOC .9 101 .4 101-9 THETAIIT) 105 . 3 104 .6 105 . 3 105 . 1 107 .0 107-7

THETAI 18109 .8 109 .3 110 . 3 111 .5 112 ,6 113.5 THETAI 19

114 .3 1 14 115 .5 117 .0 118 ,4 119-5 THEIAI20) 119 .1 119 .0 120 .9 12? .7 124 ,4 125.7 THETAUl) 124 .0 124 .2 126 .5 128 .5 130 ,5 132-0 THETAI22) 129 .2 129 .7 132 .4 134 .8 135 ,8 138-4 THETAI23) 134 .8 135 .6 138 ,6 141 .3 143 ,4 144-9 IHETAI24) 141 .0 142 .1 145 .5 148 .2 150 ,2 151.7 rHErAI25

147 .9 149 .3 152 .9 155 .5 157 .3 158-6 THETA(26) 156 . 1 157 .7 161 .2 163 .3 164 ,7 155-5 THETA(27) 166 .5 167 .9 170 , 3 171 .5 172 .3 172-8 THETAI28) 180 ,0 180 .0 180 .0 180 .0 180 .0 180-0

BHIHl 37 ,2 20 .2 14 , 3 12 . 1 11 .0 10-2 BWIIl 55 ,2 39 .8 30 .4 26 . 1 23 .7 22.2

25
BETAD 3.046 2 .827 2.513 2.199 D/LAMBOA 0.465 0.450

ALPHA 0.096 0.029 0*014 0.00 0.006

G 14.89 18.55 19.20 19 1 Q GIDB) 11.73 12.68 12.63 12 *68 1 7*on

A ( I ] 1 . 7298E-0

I

5, 6937E 00 0V07dt a K 7C nnUU 6213E 00

A ( 21 1.8558E-01 6

.

8245E~0

1

3. 4036E 00 0 6 72 E 01 2* 508 1 E 01

A ( 3) 1.971 lE-0

1

6 . 1175E-01 5.3832E 00 ^

* 2 660E 01 6. 9377E 01

A ( 4

)

2.0737E-01 ?• 7. 7396E 00 0 64 1 E 01 1. 5375E 02

A ( 5) 2. 1620E-01 . ' nAQac nn 1. 0298E 01 4 69 1 E 01 2. 8516E 02

A ( 6

}

2.2 346E-0

1

:

1I ^fl •» 7PC nnUU 1. 26206 01

Q* [^^^^ 2^ 4. 5970E 02

A ( 7

)

:

* £ £ OH t UU 1. 5036E 01 1 . 1853E 02 6. 4826E 02

A ( 8 } 2.3276E~01 £

7 aOUA 7r c nn t UU 1. 6685E 01 1 . 3992E 02 8.1103E 02

A ( 9

)

2 . 3465E-0

1

7U o ? C UU 1.7565E 01 5186E 02 9. 0583E 02

T HETAH 15.9

1 1*9 5.3 4.0 THETAt I

)

23.5 11.3 9*7 8.7 THETA( 2) 29.0 21*1 16.7 14.5 13.1 THETA( 3) 34.3 2 7.3 22.5 18.2 THETA( 4) 39.3 33.0 28.3 75*3 23.3

THETAf 5) 43.8 38.2 33.7 tn't 28.4

THETA( 6) 48.0 43.0 38.7 1^*7 33.5 THETA( 7) 52.0 43.5 fn*A 38.4

T HE T A ( 8 ) 55.8 51.7 46. 1 2e"t 43.2

THETA( 9) 59.5 52.5 49*9 47.8

THETA( 10

)

63.0 59*6 56.6 54.3 52.4 THETA ( 11) 66 . 4 63*3 60.7 56.8

T MET A ( 12 ) 69 . 7 66*9 64.6 62.8 61.2

T HE T A (13) 7n A 7^'o 68.5 66.6 65.5

THE T A ( 14

)

7Q*f

72.2 70.9 69.7

THE T A ( 15

)

* 77 % 75.9 74.8 73.9

T HE T A ( 16 ) fln*A 79.5 78.7 78.0

T H6T A (17) BA n 83.2 82.6 82. 1 T HE TA ( 1 8 ) 88*7 87*3 86.7 86. 1 THE TA ( 19 ) 91.6 90 . 6 90.3 qn'7 90.2 THETA ( 20

)

94.9 93.9 Qil 94.3

THETA( 21

)

96.0 97.2 97.5 97*9 98.3

THE TA { 22

)

101.2 1 00 .

5

101.

1

101*8 102.4 THETA ( 23 J 104 . 3 103.9 104.8 105*7 106.5

T HET A ( 24 ) 107.5 107. 3 106.5 -

* 110.7 THETA ( 25

)

110.8 U2.2 11-^*7 114.9

THE TA ( 26

)

114.4 116. 1 119.2

T HET A ( 27

)

t ?!

"

1* 120.0 12 2.0 123.6

T HE T A ( 26

)

1 71 'fl

1 7^ '7 124. 1 126.3 126.1

T HE T A ( 29

)

128.

4

130.7 132.7

THE T A ( 30

)

128*7 1 ?q*n 132.8 13 5.3 137.4

T HE T A ( 31 ) 132*7 134* I 137.4 140.1 142.2

THE TA ( 32

)

137.0 138.7 142.3 147.2

THETA( 33

)

141.7 143.7 147.5 150.4 152.4

THETA( 34

)

146.8 149.2 153. 1 15 5.8 157.7

THETA( 35

)

152.7 155.3 159.2 161.6 163.1

THETA( 36

)

159.6 162.4 165. 7 167.6 166.7 THETA(37) 168.5 170.7 172.7 173.7 174.3 THETA(38) 180.0 180.0 160.0 160.

0

180.0

8M(H) 31.6 14.5 10.5 8.9 8.1 BW(l) I 47.0 29.8 22.5 19.3 17.5

BETAO 3.066 2.827 2.513 2.199 D/LAMBDA 0.488 0.450 0.400 0.350

ALPHA 0.076 0.018 0.009 0.006

G 15. 75 19.07 19. 49 19.63

G(OB) 11. 97 12.80 12. 90 12.93

A( 1) 1 .3726E- 01 6.5633E-01 2. 3544E 00 5. 0C13E 00

A( 2) 1 .4550E- 01 8.4479E-01 4. 7796E 00 1. 5945E 01

A( 31 1 .5324E- 01 1.0464E 00 8. 4C89E 00 3. 9601E 01

A( 4) 1.6040E- 01 1.2550E 00 I. 3350E 01 6.2e08E 01 A( 51 .6691E- 01 1.4638E 00 1. 9550E 01 1. 5168E 02

A( 6) 1 .7270E- 01 1.665'iE 00 2. 6752E 01 2.4917E 02

A( 7) 1 .7770E- 01 1.8520E 00 3. 4547E 01 3. 7262E 02

A( 81 1 .8188E- 01 2.0165E 00 4. 2303E 01 5. 1243E 02

A( 9) 1 .8516E- 01 2.1521E 00 4. 9343E 01 6. 5259E 02 A(10) 1.8755E-01 2.2533E 00 5. 4977E 01 7. 7326E 02 A(ll) 1 .8897E- 01 2.3157E 00 5. 8621E 01 6. 5513E 02 A(12) 1 .8951E-01 2.3369E 00 5. 9882E 01 8. 8414E 02 THETAH 14 .1 5.7 4 .1 3.5 THETA( 1) 20 .8 11.9 6 .9 7.6 THETA( 2) 25 .7 17.2 13 .3 11.5 THETAI 3) 30 .4 22.6 16 .2 15.9 THETA( 4) 34 .7 27.6 23 .0 20.3

THETA( 5) 36 .6 32.2 27 .6 24.7

THETA( 6) 42 .3 36.5 32 .0 29.0

THETA( 7) 45 .8 40.4 36 . 1 33.1 THETA( 8) 49 .1 44. 1 40 . 1 37.1 THETAI 9) 52 .2 47.6 43 . 9 41.0 THETA(IO) 55 .2 51.0 47 . 5 44.8 THETA(ll) 56 .1 54.2 51 .0 48.4 THETA(12) 60 .9 57.4 54 .4 52.0

THETA< 13) 63 .7 60.4 57 .7 55.4

THETA( 14

)

66 .4 63.3 60 .9 58.8

THETA( 15

)

69 .0 66.2 64 .0 52. I THETA( 16

1

71 .6 69.0 67 .0 55.4 THETA t 17

)

74 . 1 71.8 70 .0 58.6 THETA(18) 76 .7 74.5 73 .0 71.7

THETA( 19) 79 .2 77.2 75 .9 74.9 THETA(20) 61 .6 79.9 78 .8 78.0 THETA(21) 84 . 1 82.5 81 .7 61.0 THETA(22) 86 .5 85.1 84 . 5 84.1

THETA( 23) 89 .0 87.8 67 .4 87.1 THETA(24) 91 .4 90.4 90 .2 90.1 THETA(25) 93 .9 93.0 93 .0 93.2 THETA(26) 96 .3 95.6 95.9 96.2 THETA127) 98 .6 98.2 96 . 7 99. 3 THETA(261 101 .2 100.9 101 .6 102.4 THETA(29) 103 .7 103.6 104 .5 105.4

THETA( 30

)

106 .3 106.3 107 . 4 108.6 THETA(31) 108 .8 109.0 110.4 111.7

( Continued )

1 Mt 1 A 1 1 111* 111.8 113.4

T HET A ( 33

)

1 14* 1 1 14.6 116. 5

T HET A ( S^V ) 116. 8 117,5 119. 6

T MC T A f 3*^ 1 1 nc 1 n 1

J

119. ^ 120.5 122.8

T HE T A ( 36

)

122 • 4 123.5 126. 1

1 Ht 1 A 1 3 r 1 125. 3 126. 7 129- 5

T HE T A (381 128 • 3 1 29-9 133.0

T HET A (391 131. 5 1 33 .4 136, 7

T UC T A / z. n t

1 Mt 1 A I *»U 1 134 • 8 136 .9 140,5

T HET A (411 138* 3 140. 7 144.6

T HET A ( 42

1

142 • 1 144.8 148.8

The T A ( 43

)

146 . 1 149. 2 153.3

T HE r A ( 44

)

158-1 THETA(45) 155- 8 159.4 163,2 THETA(46

)

162. 0 165-5 168,6 THETA(47

1

169. 8 172-4 174,2 THETA (48

1

180. 0 180.0 180*0

BW(H1 28- 2 11.4 8.3 BW(1) 41. 6 23.8 17.9

115.0

118.2

121.5

124.9

128.4

132.0

135.7

139.5

143.4 147.4

151.7

156.0 160.6

165.3

170.1 175.0

180.0

7.1 15.3

BETAO 3.079 2.827 2.513 2. 199 D/LAMBOA 0.490 C.4S0 0.400 0.350

ALPHA 0.063 0.012 0.006 0.004

G 16.36 19.36 19.55 19.74

G (08) 12.14 12.87 12.93 12.95

A ( 1

)

1. 1373E-01 7. 6632E-01 2.8210E 00 6. 0224E 00

A( 2) 1. 1953E-01 1. 029tE 00 6. 3884E 00 2. 2281E 01

A( 3) 1.2505E-01 1. 3261E 00 1. 2351E 01 6. 3262E 01

A( 41 1.3027E-01 1. 5502E 00 2. 1381E 01 1.5C02E 02

A( 5) 1.3514E-01 1.9943E 00 3. 3997E 01 3. 1033E 02

A( 6) 1.3952E-01 2.3493E 00 5. 0421E 01 5. 7450E 02

A( 7) 1.4370E-01 2. 70496 00 7.0460E 01 9. 5840E 02

A( 61 1.4730e-0l 3. 049eE 00 9. 3430E 01 I.5028E 03

A( 9) 1.5050E-01 3. 37266 00 1. 1815E 02 2. 1652E 03 A(10) 1.5318E-01 3. 6620E 00 1. 4302E 02 2. 9136E 03

A( 11 ) 1.5537E-C1 3. 9077E 00 1. 5517E 02 3. 6779E 03 A(12) 1.5683E-01 4. 1006E 00 1. 8566E 02 4.3691E 03 A(13) 1.5794E-01 4. 2334E 00 1. 9977E 02 4. 8950E 03 A(14l 1.5854E-01 4. 3012E 00 2. 0718E 02 5. 1794E 03 THETAH 12.8 4.7 3.4 2.9 THETA( 1) 18.9 9.9 7.4 5.3 THETA( 2) 23.3 14.5 11.

1

9.5 THETA( 3) 27.5 19.2 15.2 13.2 THETA( 4) 31.4 23.7 19.3 15.9 THETA( 5

)

35.0 27.9 23.4 20.7

THE TA ( 6

)

38. 3 31.7 27.2 24.3

T HE T A ( 7 ) 41.4 35.3 30.9 27.9

THETA( 8) 44.3 38.7 34.4 31.4 THETA ( 9) 47.1 41.9 37.8 34.8

THE TA ( 10

)

49.8 44.9 41.0 38.1

T HETA ( 11

)

52.3 47.8 44.1 41.3

T HET A ( 12

)

54.8 50.6 47.1 44.4

THETA( 13

)

57.2 53.3 50. 1 47.4

THETA( 14

)

59.6 55.9 52.9 50.4

ThETA( 15

)

61.9 58.5 55.7 53.3 THETA( 16) 54.2 60.9 58.3 56.2

THETA( 17

)

66.4 63.4 61.0 59.0 THETAdS) 58.5 65.8 63.6 61.7 THETA ( 19 I 70.7 68.1 66. 1 64.4

THETAI 20

)

72.6 70.4 68.6 67.1 THETA ( 21

)

74.9 72.7 71.1 69.7 THETA ( 22

)

77.0 74.9 73.5 72.3

THEI A ( 23

)

79.0 77.2 75.9 74.9

THETA( 24

)

81 . 1 79.4 78.3 77.5 THETA( 25

)

83.

1

81.6 80. 7 80.

0

THETA ( 26

)

65. 1 83.7 83. 1 82.5 THETA( 27

)

87.1 85.9 85.4 85.1 THETA(28) 89.2 88.1 87.8 87.5 THETAI29) 91.2 90.3 90. 1 90.1 THETAI 30

)

93.2 92.4 92.5 92.6

THETA( 31

)

95.2 94.6 94.8 95.1

THE TA ( 32

)

97.2 96.8 97.2 97.7 THETA(33) 99.3 99.0 99.6 100.2 THETA(34) 101.3 101.1 101.9 102.7 THETA(35) 103.4 103.4 104.3 105.3 THETA(36) 105.4 105.6 106.8 107.9 THETA(37) 107.5 107.9 109.2 110.5 THETA(36) 109.7 110.1 111.7 113.1 THETA( 39

)

111.8 112.5 114.2 115.8 THETA(40) 114.0 114.8 116.7 118.5 THETA(41

)

116.2 117.2 119.3 121.3 THETA(42) 118.5 119.6 122.0 124.1 THETA(43) 120.8 122.1 124. 7 126.9 THETA(44) 123.1 124.7 127.5 129.6 THETA(45) 125.6 127.3 130.3 132.8 THETA(46) 128.1 130.1 133.2 135.9 THETA(47) 130.7 132.9 136. 3 139.0 THETA(48) 133.4 135.6 139.4 142.3 THETA(49) 136.2 138.9 142.7 145.6 THETA(50) 139.2 142.

1

146. 1 149.0 THeTA(51

)

142.3 145.5 149. 7 152.5 THETA(52) 145.7 149.2 153.4 156.2 THETA(53) 149.3 153.2 157.4 159.9

THETA( 54) 153.4 157.5 161.5 163.6

THETA( 55

)

158.1 152.3 165.9 167.7 THEIA(56) 163.6 157.7 170.5 171.6 THETA(57) 170.7 173.5 175.2 175.9 rHETA(58) 160.0 180.0 180.0 160.0 BM(H) 25.5 9.3 5.9 5.8

HW( 1 ) 37.8 19.8 14.6 12.7

26
N- 3 0B= 15. BETAO 2 • 153 1.885 1.571 1.257 0.942 0 628 0 114 D/LAHBOA 0.342 0. 300 0.250 0. 200 0 . 1 50 0.100 o'o50

ALPHA 0*969 0.761 0.565 0.416 0 . 294 0.186

G 3.94 5.24 6.43 7.32 7 . 96 6 39 fl 5,96 7.19 8.06 8.65 9*24 9*37

A( 11 1.3961E 00 1.4324E 00 1.5361E 00 1.6672E 00 1 . 79 7 1 E 00 1

1. . q7^ap ^ f ;>*t C nnU

THEIAH 59.0 49.1 42.4 3B.6 36.4 35.0 34.3 THETAi 1 1 95.1 89.7 85.3 82.3 80.2 78.9 78.1

THETA( 21 117.4 113.8 lll.l 109.3 108.2 107. 107.0

THETAI 3) 146.1 144.5 143.4 142.8 142.6 1^.2.5 142.4

THEIA( 4) 180.0 180.0 180.0 180.0 180.0 160.

180.0

awlHI 118.0 98.2 84.8 77.3 72.8 70.1 68.7

BMIl) 190.2 179.3 170.6 164.6 160.4 157.7 156.2

N» 4 DB« 15.

BETAO 2.412 2.199 1.885 1.571 1.257 0.942 0.628 0.314 0/LAMBOA 0.384 0.350 0.300 0.2S0 0.200 0. 150 0. 100 0.050

ALPHA 0.730 0.557 0.396 0.290 0.211 0.148 0.095 0.046

G 5.84 8.08 10.57 12.36 13.55 14.57 15.18 15.53

G(OB) 7.66 9.07 10.24 10.92 11.35 11.63 11.61 11.91

At 11 1.3318E 00 1.3930E 00 1.6223E 00 1.9279E 00 2.2519E 00 2.5512E 00 2.7914E 00 2.9454E 00 THETAH 46.9 38.0 31.3 27.9 25.9 24.7 24.0 23.6

THETA( 1) 73.8 66.2 62.9 59.4 57.0 55.4 54.3 53.7 THETAI 2) 89.2 85.0 81.0 78.3 76.5 75.2 74.3 73.8

THETAI 31 107.6 104.7 102.1 100.6 99.7 99.0 98.7 98.

THETAI 4) 128.2 126.4 125.2 124.8 124.7 124.8 124.9 124.9

THETAI 51 152.2 151.4 151. 1 151.3 151.6 151.9 152.1 152.3

THETAI 61 180.0 180.0 180.0 18C.0 180.0 180.0 180.0 180.0 BMIH) 93.8 75.9 62.5 55.7 51.8 49.4 47.9 47.1

BWIl) 147.5 136.4 125.8 118.8 114.1 110.8 108.7 107.5

N« 5 08» 15. BETAD 2.572 2.513 2. 199 1.665 1.571 1.257 0.942 0.628 0.314 0/LAMBDA 0.409 0.400 0.350 0.300 0.250 0.200 0.150 0.100 0.050

ALPHA 0.570 C.516 0.333 0.235 0. 171 0.124 0.087 0.056 0.027

G 7.72 8.86 13.60 16.75 18.94 20.48 21.57 22. 29 22.70

GlOB) 8.87 9.47 11.34 12.24 12.77 13.11 13.34 13.48 13.56

AI 1) 1.1629E 00 1.1719E 00 1.4182E 00 l.e413E 00 2.3402E 00 2.8491E 00 3.3121E 00 3.6809E 00 3.91826 00

Al 2) 1.3320E 00 1.3436E 00 1.6696E 00 2.2652E 00 3.0247E 00 3.8638E 00 4.6833E 00 5.37466 00 5.8372E 00 THETAH 39.8 36.5 26.8 22.8 20.7 19.4 18.6 18 . 1 17.9 THETAI 1) 61.8 59.8 52.5 48.2 45.3 58.7 57.4 56 .5 56.0

THETAI 2) 74.1 72.4 66.5 62.9 60.4 43.4 42.1 41 .3 40.8

THETAI 31 88.1 66.6 82.4 79.8 78.0 76.7 75.8 75 .2 74.8

THETAI 4) 102.8 101.6 98.7 97.2 96.2 95.7 95.3 95 .1 95 .0 THETAI 51 118.5 1 17.8 115.8 115.3 115.2 115.3 115.5 115 .7 115.8 THETAI 6) 135.8 135.4 134.5 134.6 135.3 135.9 136.4 135 .8 137.0

THETAI 7) 156.2 155.9 155.8 156.4 157.0 157.5 158.0 158 .3 158.4 THETAI 6) 180.0 160.0 180.0 180.0 180.0 180.0 180.0 180 .0 180.0

BUIHI 79.5 73.0 53.6 45.6 41 .4 38.9 37.3 36 . 3 35.7

BWIl) 123.7 119.6 104.9 96.3 90.7 86.9 84.2 82 .5 81.6

N= 6 DB= 15. BETAD 2.577 2.513 2. 199 1.885 1.571 1.257 0.942 0.528 0.314 D/LAMBOA 0.426 0.400 0.350 0. 300 0.250 0.200 0.150 0.100 0.050 ALPHA 0.465 0.341 0.219 0. 154 0.112 0.081 0.057 0.036 0.018

G 9. 52 13.83 19.38 22.69 25.27 26.93 28. 08 28.83 29.26

GlOB) 9. 79 11.41 12. 87 13. 60 14.03 14.30 14. 48 14. 50 14.66

Al I) 1.0043E 00 1.0660E 00 1.5049E 00 2.1009E 00 2 7791E 00 3.4631E 00 4.0824E 00 4.5747E 00 4.S910E 00

Al 2) 1.2060E 00 1.3219E 00 1.9578E 00 2.9e37E 00 4 3238E 00 5.851BE 00 7.4156E 00 8.7502E 00 9.6753E 00 THETAH 35 .0 27.1 20 . 7 18 .0 16.5 15.5 14 .9 14 .5 14.4 THETAI I) 54 .1 46.7 42 .6 39 .0 35.5 35.0 33 .9 33 .2 32.8

THETAI 2) 64 .5 60.1 54 . 8 51 .5 49.2 47.5 46 .3 45 .5 45.1 THETAI 3) 76 .1 72.6 68 .4 55 .7 53.8 62.4 61 .3 60 .6 5C.2

THETAI 4) 88 .0 65.1 82 . 1 80 .2 78.9 77.9 77 .2 76 .7 76.5

THETAI 51 100 .0 97.8 95 . 7 94 .7 94. 1 93.7 93 .5 93 .3 93.2 THETAI 61 112 .5 110.9 109 .7 109 . 5 109.5 109.8 110 .0 110 .2 110.3 THETAI 7) 125 .9 124.8 124 .5 125 .0 125.7 126.4 125 .9 127 .3 127.5 THETAI 8) 141 .0 140.4 140 .8 141 .8 142.8 143.6 144 .2 144 . 7 145.0 THETAI 91 158 .9 158.7 159 . 3 160 .2 151.0 161.5 162 .0 162 .3 152.5 THETAI 101 180 .0 180.0 180 .0 180 .0 180.0 180.0 180 .0 180 .0 180.0 BHIH) 70 .1 54.2 41 .4 35 .9 32.9 31.1 29 .9 29 .1 28.7

BWIll 106 .3 97.4 65 .1 77 .9 73.2 70.0 67 .8 66 .4 55.6

27
N'^ 7 0B= 15. BETAO 2.750 2.513 2. 199 1.885 1.571 1.257 0.942 0.62S 0.314

0/LAMBDA 0.437 0.400 0. 350 0.300 0.250 0.200 0. 150 0.100 0.050

ALPHA 0.392 0.241 0. 154 0.108 0.079 0.057 0.040 0.026 0.012

G 11.24 18.93 24.87 28.51 30.92 32.58 33.71 34.46 34.83

GCOBl 10.51 12.77 13.96 14.55 14.90 15.13 15.28 15. 37 15.42

A( 11 8.7404E-01 1.0539E 00 1.6301E 00 2. 3854E 00 3. 2357E 00 4.0885E 00 4.8592E 00 5.4713E 00 5.8645E 00

A( 2) 1.0650E 00 1.3469E 00 J.2944E 00 3. 8102E 00 5. 8531E 00 8.2675E 00 1.0762E 01 1.2955E 01 1.4463E 01

Al 3) 1.1349E 00 1.4524E 00 2.5560E 00 4. 4107E 00 7. 0392E 00 1.0293E 01 1.3792E 01 1 .6966E 01 1.9196E 01 THETAH 31.6 21.4 16.9 14.8 IJ.7 12-9 12.5 12 .2 12.0 THETA( 11 48.7 41.1 35.8 32.7 30.6 29.3 28.4 27 .8 27.4

THETAI 21 57.8 51.5 46.7 43.6 41.4 39.9 38.8 38 . 1 37.7

THETAC 31 67.9 62.7 58.7 56.0 54.0 52.6 51.5 50 . 8 50.3

THETAI 41 78.1 73.8 70.7 68.6 67.0 65.8 54.9 64 .3 64.0

THETA( 5) 88.1 84.7 82.4 81.0 79.9 79.2 78.6 78 .2 78.0

THETA( 6) 98.2 95.5 94.0 93.3 92.9 92.6 92.4 92 .3 92.3

THETAI 7) 108.5 106.5 105.8 105.8 106.0 106.2 105.4 106 .6 106.7

THETAI 8 1 119.5 118.1 118.1 118.7 119.4 120.1 120.6 121 .0 121.2

THETAI 9) 131.3 130.5 131.2 132.4 133.4 134.3 135.0 135 .5 135.8

THETAI 10) 144.8 144.6 145.7 147.1 148.2 149.1 149.8 150 .3 150.5

THETAI U

)

160.9 161.0 152. 1 163.1 163.8 154.4 164.8 155 .1 165.2

THETAI 121 180.

0

180.0 180.0 180.0 180.0 180.0 180.0 180 .0 180.0

BWI H) 63.3 42.9 33.8 29.7 27.4 25.9 24.9 24 .3 24.0

BW( 1

)

97.4 82.2 71.6 65.3 51.3 58.6 56.7 55 .5 54.8

N= 8 DB= 15.

BETAD 2.804 2.513 2. 199 1. 885 1.571 1.257 0.942 0.628 D/LAMBDA 0.446 0.400 0.350 0.300 0.250 0.200 0.150 0.100

ALPHA 0.338 C.178 0. 114 0.080 0.058 0.042 0.030 0.019

G 12.87 23.81 29.84 33. 42 35.76 37.34 38.42 39. 12 G lOBI 11.09 13. T7 14.75 15. 24 15.53 15.72 15.85 15.92

A! I ) 7.6954E-01 1.0792E 00 1. 7786E 00 2. 5882E 00 3.7036E 00 4.7213E 00 5.6403E 00 6.3700E 00

Al 21 9.3874E-01 1.4119E 00 2. 6824E 00 4. 7529E 00 7.6225E 00 1.1090E 01 1.4730E 01 1.7953E 01

Al 31 1.0326E 00 1.6039E 00 3. 2491E 00 6. 1816E 00 1.0619E 01 1.6422E 01 2.2936E 01 2.9035E 01 THETAH 29.1 17 .8 14.3 12.7 11.7 11.1 10.7 10.4 THETAI 11 44.6 35.5 30.9 28.1 25.3 25.2 24.4 23.8

THETAI 2) 52.8 45-1 40.6 37.7 35.7 34.3 33.4 32.7

THETAI 31 61.9 55 .4 51.5 48.8 46.8 45.4 44.4 43.7

THETAI 4) 70.8 55 .5 52.3 60 .0 58.3 57.0 56.0 55.3

THETAI 51 79.5 75 .2 72.7 71 .0 69.5 58.6 57.9 57.3

THETAI 6) 88.3 34 .7 82.9 81 .7 80.9 80.3 79.8 79.5

THETAI 7) 95.9 94 .1 93.0 92 .4 92.1 91.9 91.8 91.7

THETAI 8) 105.7 103 .6 103.2 103 .2 103.4 103.7 103.9 104.0

THETAI 9) 114.9 113 .4 113.7 114 .3 115.0 115.6 116.1 116.5

THETAI 101 124.7 123 .9 124.7 125 .8 126.9 127.8 128.5 129.0

THETAI 11 f 135.4 135 .2 136.6 138 .0 139.3 140.3 t41.I 141-fr THETAI 12) 147.7 148 .0 149.5 151 .1 152.3 153.2 153.9 154.3

THETAI 13) 152.4 163 .0 154.2 155 .2 166.0 166.5 166.9 167.1 THETA 1 14

)

180.0 180 .0 180.0 180 .0 180.0 180.0 180.0 180.0

BWIH) 58.1 35 .6 28.6 25 .3 23.4 22.2 21.4 20.9 Bull) 89.2 71 .0 51.7 56 .2 52.7 50.3 48.7 47.7

N= 9 DB= 15. BETAD 2.845 2 .827 2.513 2. 199 1.885 1.571 1.257 0.942 0.628 D/LAMBDA 0.452 0.450 0.400 0. 350 0.300 0.250 0.200 0.150 0.100

ALPHA 0.297 0.280 0. 137 0.088 0.051 0.045 0.032 0.023 0.014

G 14.40 15.53 28.28 34. 18 37.51 39.81 41.28 42.27 42.89

GlOB) 11.58 11.91 L4. 51 15. 34 15.75 16. 00 16.16 16.25 15. 32

A 1 1 ) 6.8536E-01 5. 8739E- 01 1. U70E 00 1.9417E 00 3. 0005E 00 4. 1790E 00 5.3591E 00 5.4243E 00 7 2699E 00

Al 2) 8.3215E-01 8. 3505E- 01 1. 5069E 00 3.1200E 00 5. 8139E 00 9.5365E 00 1.43346 01 1.9322E 01 2.37861= 01

Al 3) 9.3028E-01 9. 337?E- 01 1. 7843E 00 4.0557E 00 8. 3462E 00 1 .5192E 01 2.4529E 01 3.5345E 01 4.5703E 01

A( 4) 9.647eE-0l 9. 6851E- 01 1. 8848E 00 4.4127E 00 9. 3705E 00 1.7573E 01 2.9132E 01 4.2900E 01 5 6374E 01 THETAH 27.0 25 .6 15 .2 12 . 4 11.0 10 .2 9.7 9.4 9.1 THETAI 1) 41.3 40 .5 31 .3 27 .1 24.7 23 22.0 21.3 20.9

THETAI 2) 48.9 48 .2 40 . 1 36 .0 33.3 31 .4 30.2 29.3 28.7

THETAI 31 57.2 55 .6 49 . 7 45 .9 43.3 41 .3 39.9 38.9 38.3 THETAI 41 55.3 64 .8 59 .0 55 . 7 53.-4 51 .6 50.2 49.2 48.5

THETAI 5) 73.2 72 .7 67 .9 65 .2 63.3 61 .8 60.6 59.7 59.1 THETAI 5) 80.9 80 .5 75 .5 74 .4 72.9 71 .8 70.9 70.2 59-8

THETAI 7) 83.4 88 . 1 84 . 8 83 .4 82.4 81 .7 81.2 80.

»

80.5

THETAI 81 95.0 95 .7 93 . 1 92 .3 91.9 91 .6 91.5 91 .4 91.3

THETAI 9 1 103.7 103 ,4 101 .5 101 .2 101.4 101 .5 101.8 102.0 102.2

THETAI 101 111.5 111 .4 110 . 1 110 .4 lU.O 111 .7 112.3 112.7 113,1 THETAI 111 119.9 119 .7 119 .0 119 .9 121.0 122 .0 122.9 123.6 124. 1 THETAI 12

1

126.8 128 .6 128 .5 130 .0 131.5 132 .7 133.8 134.5 135.1 THETAI 13) 138.6 138 .5 139 . 1 140 .9 142.5 143 .9 144.9 145.7 146.2 THETAI 14) 150.0 149 .9 150 .9 152 .8 154.4 155 .5 155.4 157.0 157.4

THETAI 15

1

163.7 163 .6 154 .6 165 .9 166.9 167 .6 168. 1 168.5 158-7

THETAI 161 180.0 180 .0 180 .0 ISO .0 180.0 180 .0 180.0 180.0 180 .0 BUIHl 54.0 51 . 3 30 . 4 24 .8 22.1 20 .4 19^4 19.7 18.3 bWdl 82.7 80 .9 62 .6 54 .2 49.3 45 .2 44>I 42.

T

41.8

28
N=10 DB= 15.

BEr»D 2.877 2.827 2.513 2.199 1.885 1.571 1.257 0.942 D/LAHBDA 0.458 0.450 0.400 0.350 0.300 0.250 0.20& 0.150

ALPHA 0.265 C.222 0. 109 0.069 0.049 0.035 0.026 0.018

G 15.85 19.50 32.27 37. 92 41.13 43. 16 44. 51 45.41

G(OB) 12.00 12.90 15.09 15. 79 15.14 15.35 15.48 16. 57 A( 1) 6. 1672E-01 6. 3407 E-01 1 1691E 00 2.1 146E 30 3. 32O0E 00 4 5596E 00 6 0004E 00 7. 21U4E 00

A( 2) 7. 4350E-01 7 .6809E-01 1 6247E 00 3.6C52E 30 5 9942E 00 1 1897E 01 1 8002E 01 2. 4541E 01

A( 3) 8. 3767E-01 8.6792E-01 1 9942E 00 4.9e80E 30 1 0950E 01 2.0885E 01 3 4894E 31 5. 1521E 01

A( 8. e786E-0l 9.2121E-01 2 2013E 00 5.8236E 30 1 3546E 01 2 7275E 01 4 7785E 01 7. 3347E 01 IHETAH 25 3 21 7 13 3 11 .0 9.8 9.1 8 .5 8.3

THETA( 1) 38 7 36 3 2a 0 24 .2 22.0 20.6 19 .6 19.0 THeTA( 2) 45 8 43 7 36 2 32 .2 29.7 28.0 26 .9 25.1

THETAI 3) 53 ,4 51 7 45 2 41 .4 38.8 3 7.0 35 .6 34.7

rHErA( t,) 50 .5 48.1 46.2 43.9

THETA( 5) 68 1 66 8 62 1 59 .2 57.1 54 .2 53.3 THETAI b) 75 0 73 9 70 0 57 .7 66.0 54.6 63 .5 62.7

THETAI 7) 81 8 80 9 77 6 75 .8 74.5 7 3,6 72 .8 72.2

THETAI 8) 88 .6 87 7 85 1 83 .9 83.1 82.5 82 .0 81.6

THETAI 9) 95 .3 94 5 92 5 91 .8 91.5 91.3 91 .2 91.1 THETAIlOl 102 1 101 4 100 0 99 .8 99.9 100.2 100 .4 100.6

THETAI 11) 109 .0 108 5 107 6 107 .9 108.5 109.1 109 .7 110.1 THETAI 12) 116 .2 115 8 115 4 116 .3 117.3 118.3 119 . 1 119.8

THETAI 13) 123 9 123 5 123 7 125 .1 125.5 127.7 128 .7 129.5

THETAI U) 132 1 131 8 132 5 134 .4 135.1 137.5 1 38 .6 139.4 THETAI 15

141 3 141 I 142 4 144 .4 146.2 147.5 148 .6 149.4 THETAI16) 151 .9 151 7 153 4 155 .4 156.9 158.

158 .9 159.5

THETAI 17) 164 7 164 6 166 0 157 .3 168.3 169.0 169 .4 159. 7 ThETA I 18

180 0 180 0 180 0 180 .0 180.0 180.0 180 .0 1 80 . 0 BW 1 H

50 .7 43 4 26 6 21 .9 19.5 16.2 17 .2 16.7

BWI 1 1 77 ,4 72 .5 55 9 48 .3 43.9 41.1 39 .2 38.0

S=ll DB 15

BETAD 2.903 2.827 2.513 2. 199 1.885 1.571 1.257 0.942

L//LAKBDA 0.462 0.450 0.400 0.350 0.300 0.250 0.200 0.150

ALPHA 0.239 C .181 0.088 0. 056 0.040 0.029 0.021 0.015

G 17.22 23.30 35.78 41.10 44 .07 45.93 47.15 47.97

GIOB) 12.36 13.67 15.54 16.14 16.44 16.52 16.74 16.81

A 1 11 5. 5997C-01 6.015CE-01 1. 2309E 00 2.2';43E 00 3. 6445E 00 5. 1440E 00 5. 5443E PO 7. 99eOE 00

A 1 2 > 6. 6972E-01 7.2813E-01 1. 7611E 00 4.1357E 00 8. 2938E 00 1 . 4405E 01 2. 2095E 01 3. 03e7E 01

Al 31 7. 5689E-01 8.2946E-01 2. 2331E 00 6.0565E 00 1.4035E 01 2. 7825E 01 4. 7798E CI 7. 1959E 01

Al 8. 1295E-01 8.9494E-01 2. 5594E 00 7.5192E 00 1. 8889E 01 4.0352E 01 7. 3958E 01 1

1736E 02

Al 5) 8 . 3229E-01 9. 175aE-01 2. 6759E 00 8.0668E 00 2.0799E 01 4

5520E 01 8. 5214E 01 1

3759E 02 THETAH 23. 9 18. 7 11. 9 9 8 8.8 8.2 7 8 7.5

THETAI 1) 36. 5 32. 9 25. 3 21 8 19.8 18.5 17 7 17.1 THETAI 2) 43. 1 40. 0 33. 0 29 2 25.9 25.3 24 2 23.5

THETAI 3) 50. 3 47. 7 41. 4 37 7 35.2 33.4 32 2 31. J

THETAI 4) 57. 3 55. 0 49. 5 46 2 43.7 41.9 40 6 39.6

THETAI 5) 63. 9 52. 0 57. 3 54. 3 52.1 50 .4 49 1 48.1

THETAI 6) 70. 3 68 . 6 54. 6 62. 1 50.2 58.7 57 6 56.7

THETAI 7) 76. 6 75. 0 71. 7 69 7 68.2 57.0 66 0 65.3

THETAI 8) 32. 7 81. 3 78. 6 77. 0 75.9 75.0 74 3 73.

8~ THETAI 9) 88. 7 87. 5 85. 3 84 3 83.6 83.1 82 7 82.4 THETA 1 10

94 . 7 93. 7 92. 0 91. 5 91.2 91.1 91 0 90.9

THETAI 11) 100. 8 99. 9 98. 8 98 7 98.8 99. 1 99 3 99.5

THETAI 12) 107. 0 106. 2 105. 6 106 0 106.6 107.1 107 6 108. 1 THETAI 13) 113. 4 1 12. 7 112. 6 113 5 114.5 115.4 115 1 115.7

THETAI 14) 120. 1 119. 5 119. 9 121. 2 122.6 123.8 124 7 125.5

THETAI 15) 127. 2 126. 8 127. 7 129. 4 131.0 132.4 133 5 134.3

THETAI 16) 134. 9 134. 6 136. 0 138. 1 139.9 141 . 3 142 5 THETAI 17) 143. 5 143. 3 145. 2 147. 4 149.2 150.5 151. 6 152.3

T HE T fl I 18) 153. 4 153. 4 155. 4 157 5 159.1 160.2 161 THETAI 19) 165. 5 165 . 5 167. 1 168. 5 159.4 170.0 170 4 170.7 THETAI20) 18C. 0 180. 0 180. 0 18" 0 180.0 180.0 180 C 180.0

BhlHI 47. 9 37. 4 23. 7 19 6 17.6 16.3 15 5 15.0

3 M 1 1 ] 73. 1 65. 7 50. 5 43 6 39.6 37.1 35 3 34 . 2 N=12 DB = 15. BETAO 2.924 2.827 2.513 2. 199 1.885 1.571 1.257 0.942 D/LAKBDA 0.465 0.450 0.400 0. 350 0.300 0.250 0.200 0.150

ALPHA 0.218 C . 150 0.073 0.047 0.033 0.024 0.017 0.012

G 18.51 26.84 38.84 43. 80 46.53 48.22 49. 33 50.04 GID8 1 12.67 14.29 15. 89 16. 42 16.58 16.83 15. 93 16.99

Al 1) 5 1242E- 01 5.82t6E- 01 1 .2994E 00 2.4789E 00 3.9730E 10 5 .6312E 00 7 2900E 00 8 7857E 00

A 1 21 6 0790E- 01 7 .061 lE- 01 1 .9133E 00 4.7134E 00 9 .7129E 00 1 .7162E 01 2 .5615E 01 3 5851E 01

A 1 3 1 6 .e729E- 01 8.1014E- 01 2.5007E 00 7.2705E 00 1 .7646E 01 3 .5140E 01 6 .3521E 01 9 7152E 01

Al 7 4419E- 01 e.8537E- 01 2 .9534E 00 9.53676 00 2 .5598E 01 5 .7489E 01 1 .0941E 02 1 7844e 02

Al 5) 7 73B8E- 01 9.2485E- 01 3 .2185E 00 1.0873E 01 3 .0628E 01 7. 1914E 01 1 4226C 02 2.3946E 02 THETAH 22 .7 16 .5 IC .7 8 .9 8.0 7.4 7 .1 5.8

THETAI 1) 34 . 7 30 .0 23 .0 19 .9 18.0 16.9 15 .1 15.5

THETAI 2) 40 .9 37 .0 30 . 3 26 .7 24.5 23.0 22 .0 21.4

THETAI 31 47 .7 44 .3 38 .2 34 .6 32.2 30.5 29 .3 28.5

THETAI 4) 54 .2 51 . 3 45 . 9 42 .5 40.1 38.3 37 .0 36.1 THETAI 5) 60 .4 57 .9 53 . 2 5C .2 47.9 46. 1 44 .8 43.9

THETAI 6) 66 .4 64 .2 60 . 1 57 .5 55.5 53.9 52 .6 51.7

THETAI 7) 72 .2 70 .2 65 .8 64 . 5 62.8 51.4 60 .4 59.5

THETAI 8) 77 .6 76 .0 73 . 2 71 .4 70.0 58.9 68 .0 57.4

THETAI 9) 83 .3 81 .8 79 . 4 78 . I 77.1 76.3 75 . 7 75.2

THETAI 10) 88 .8 87 .4 85 . 6 84 .7 84. 1 83.6 83 .2 83.0

THETAI 11

94 .3 93 .0 91 . 7 91 .2 91.0 90.9 90 .8 90.7

THETAI 12) 99 .8 98 .7 97 . e 97 . 8 98.0 98.2 98 .4 98.5

THETAI 13

105 .4 104 . 5 104 .0 104 .4 105.0 105.5 106 .0 106.4 THETAIK) 111 . 1 110 .3 110 .4 111 .2 112.1 113.0 113 .7 114.2

THETAI 15

117 . 1 116 .4 116 . 9 lie .2 119.4 120.6 121 .5 122.2 THETAI 16) 123 . 3 122 .8 123 . 8 125 .4 127.0 128.3 129 .4 130.2 THETAI17I 129 .9 129 .6 131 . 1 133 . 1 134.9 136.3 137 .5 138. 3 THETAI 181 137 .2 137 .0 138 . 9 141 .2 143.1 144.5 145 .7 146. 5 THETA 1 19

145 .3 145 .3 147 . 6 149 .9 151.8 153.1 154 . 1 154 .8 THETAI20) 154 .8 154 .9 157 .2 159 .4 160.9 161.9 16 2 .6 163.2 THETAI21) 166 .2 165 .4 168 . 1 169 .5 170. 3 170.9 171 .3 171.6 THETAI22) 18C .0 180 .0 180 .0 18C .0 180.0 180.0 180 .0 18C.0

awiH) 45 .5 32 .9 21 . 4 17 .8 16,0 14.8 14 .1 13.5

Bwl 1 1 69 .3 60 . 1 46 . 1 39 .7 36.0 33.7 32 .2 31.1

29
N-13 0B= 15.

BETiO 2.9*2 2.827 2.513 2.199 1.885 1.571 1.257 O/LAMBOA O.'.bS C.<.50 O.'iOO 0.350 0.300 0.250 0.200 ALPHA 0.200 0.126 0.052 0.039 0.02B 0.020 0.015

G 19.74 20. 09 41. 50 46. 10 48. 59 50.12 51.12

G(DB) 12. 95 14. 78 16.18 15. 64 15.87 17.00 17.09

A( 11 '..7208E- 01 5 .7324E- 01 1.3727E 00 2 5571E 00 4 3042E 00 6 1204E 00 7. 9371E 00

A( 21 5.5565E- 01 6 .9647E- 01 2.0794E 00 5 3347E 00 1 1251E 01 2.0158E 01 3. 1551E 01

A( 31 6.27'(7E- 01 8 .0453E- 01 2. 7967E 00 8 6392E 00 2 1823E 01 4 5953E 01 8. 2344C 01

A( <.) 5.8268E- 01 8 . 88e0E- 01 3.4168E 00 1 1915E 01 3 3881E 01 7 9437E 01 I. 5508E 02

A( 5) 7. n-tSE- 01 9 .4235E- 01 3.8379E 00 1 4338E 01 4 3529E 01 1 0B83E 02 2. 2550e 02

A( 61 7.2930E- 01 9 .6073E- 01 3.9870E 00 1 5234E 01 4 73b6E 01 1 2C52E 02 2. 5448E 02 THETAH 21 .7 14 .7 9 . 7 8 . 1 7 .3 6 .8 5.5 IHETAl 1) 33 . 1 27 .7 21 . 2 18 .2 15 .5 15 .5 14.7 THETAI 2) 39 .0 34 .4 28 .0 24 .6 22 .5 21 .2 20.2

rHErA( 31 45 .4 41 .4 35 . 5 32 .0 29 .7 28 .0 26.9

THEIAI 41 51 .6 48 .1 42 . 8 39 .4 37 .0 35 .3 34.0

IHETA( 5) 57 .5 54 .4 49 . 7 46 .5 44 .3 42 .5 41.2

rHETA( 5) 63 .1 60 .4 56 .3 53 .5 51 .4 49 . 7 48.4

THETAI 7) 68 .5 66 .1 62 . 6 60 .2 58 .3 55 .8 55.6 THETA( 8) 73 .7 71 .6 68 . 6 56 .5 65 .0 63 .7 52.7

THETA( 91 78 .8 76 .9 74 .4 72 .8 71 .6 70 .6 59.8

THETA( 10

1

8 3 .9 82 .2 80 . 1 79 .0 78 . 1 77 .3 76.8 ThETA( 111 88 .9 87 .4 85 .8 85 .0 84 .5 84 .0 83.7

THETAI 12

)

93 .9 92 .6 91 .4 91 .0 90 • 8 90 .7 90.7

THETAI 13 I 98 .9 97 .8 97 .0 97 .1 97 .2 97 .4 97.6

THETAI K) 104 .0 103 .0 102 .7 103 . 1 103 .7 104 .2 104.6

THETAI 15) 109 .2 108 .4 108 .5 109 . 3 110 .2 111 .0 111.7

THETAI 16) 114 .6 113 .9 114 . 5 115 . 7 115 .9 117 .9 118.8 THETAI 171 120 .2 119 .6 120 . 7 122 .2 123 .7 125 .0 126.0 THETAI 18) 126 .0 125 .7 127 . 2 129 . 1 130 .8 132 .2 1 33.4

THETAI 19) 132 .3 132 .1 134 . 1 135 .3 138 .2 139 .7 140.8 THET4I20) 139 .2 139 .2 141 . 5 143 .9 145 .9 147 .4 148.4 THETAI21

1

146 .9 147 .1 149 . 7 152 . 1 153 .9 155 .3 155.2 THETAI22) 155 .9 156 .2 158 .8 150 .9 152 .4 153 .4 164. 1 THETAI23) 166 .8 167 .2 169 .0 170 . 3 171 . 1 171 .6 172.0

THETAI2<,) 180 .0 180 .0 180 .0 180 .0 180 .0 180 .0 180.0

BWIH) 43 .4 29 .4 19 . 5 15 .3 14 .5 13 .5 12.9

BWI I

)

66 55 .4 42 . 3 35 .4 33 .1 30 .9 29.5

N=14 08= 15. BETAD 2.957 2.827 2.513 2. 199 1.885 1.571 1.257 D/LAMBOA 0.470 0.450 0.400 0.350 0.300 0.250 0.200 ALPHA 0.185 0.108 0.053 0.034 0.024 0.017 0.012

r. 20.90 33.04 43. 80 48.04 50.32 51. 71 52.50

GIDB) 13.20 15. 19 15.41 15. 82 17. 02 17. 14 17.21

Al 1) 4.3748E-01 5 7054E-01 1.4498E 00 2.8581E 00 4.6376E 00 5 6112E 00 8. 5853E 00

Al 2) 5.1109E-01 6 9574E-01 2.2562E 00 5.0C0OE 00 1 .2909E 01 2 3422E 01 3. 5934E 01

Al 3) 5.7592E-01 8 0909E-01 3. 1213E 00 1.0171E 01 2.6609E 01 5 7389E 01 1

.

0455E 02

Al 4) 6.2e24E-01 9.0247E-01 3.9230E 00 1 .4692E 01 4.3962E 01 1 07o;e 02 2. 1609E 02

Al 51 6.5498E-01 9 5896E-01 4.5426E 00 1.855eE 01 6.0481E 01 I 5903E 02 3. 4321E 02

A 1 6) 5.8392E-01 1 0035E 00 4.88056 00 2.0812E 01 7.0642E 01 1 .9287E 02 4. 3007E 02 THETAH 20.8 13.3 8 .9 7 .5 5 .7 5 . 3 6.0 THETAI 1) 31.7 25.7 19 . 6 16 .8 15 .3 14 .3 13.5 THETAI 21 37.3 32.1 25 .0 27 . 8 20 .8 19 .6 18.7 THETAI 3) 43.4 38.9 33 . 1 29 .7 27 .5 25 .9 24.9

THETAI 4) 49.3 45.4 40 . 1 36 .7 34 .4 32 .7 31.5 THETAI 5) 54.9 51.4 46 .7 43 .5 41 .2 39 .5 36.2 THETAI 51 50.2 57.1 53 .0 50 . 1 47 .9 45 .2 44.9

THETAI 7) 65.3 52 .5 58 .9 55 .4 54 .4 52 .8 51.5

THETAI 8) 70.2 67.8 54 .5 62 .4 60 .7 59 .3 58.2

THETAI 91 75.0 72.8 70 . 1 5R .3 66 .9 55 .7 64.7

THETAI 10

1

79.7 77. 7 75 . 5 74 . 1 72 .9 72 .0 71.3

IHETAI 11

1

84.4 82.5 80 .8 79 .7 78 .9 78 .2 77.7

THETAI 12) 89.0 87.4 86 . 0 85 .3 64 .6 84 . 4 84.1 THETAI 13

)

93.6 92.2 91 .2 90 .9 90 .7 90 .5 90.6

THETAI 14

)

98.2 97.0 96 .4 96 .4 95 .5 95 .8 97.0 THEIA 1 15

)

102.9 101.8 101 . 7 102 .1 102 .5 103 .0 103.4

THE lAI 16 ) 107.7 106.8 107 .0 107 . 8 108 .5 109 .3 109.9

THETAI 17) 112.5 111.8 112 .4 113 .5 114 .7 115 .7 115.5

THETAI 18

]

117.6 117.0 118 . 1 119 .5 121 .0 122 .2 123.2

THETAI 19) 122.9 122.5 123 .9 125 . 8 127 .4 128 .8 129.9 THETAI20) 128.4 128.2 130 . 1 132 .2 134 .1 135 .6 136.7 THETAI21I 134.4 134.4 136 . 7 139 .1 141 .0 142 .6 143.7 THETAI221 141.0 141.1 143 .8 145 . 3 148 .3 149 .7 150.8

THETAI 23

)

148.3 148.7 151 .6 154 .0 155 .8 157 .1 158.0 rH£TAI24) 156.9 157.4 160 . 2 162 . 3 163 .7 164 .6 155.3 THETAI25) 167.4 157.8 159 .8 171 .0 171 .8 172 .3 172.5 THETAI26I 180.0 180.0 IBO .0 IBP .0 180 .0 180 .0 180.0

BWIHI 41.6 26.5 17 .9 15 .0 13 .5 12 .5 11.9

Bwl 1) 63.3 51.4 39 .2 33 .7 30 .5 28 .5 27.2

50
N=15 0B= 15. BETAO 2.970 2.827 2.513 2.199 1.885 1.571 1.257 D/LAH8DA 0.472 0.450 O.AOO 0.350 0.300 0.250 0.200 ALPHA 0.172 0.O93 0.046 0.029 0.020 0.015 O.Oll

G 22. 00 35.69 45.79 49.71 51. 78 53.04 53.80 G(DB ) 13.42 15.53 16.61 16.96 17. 14 17. 25 17.31

A( I

4.0749E-01 5 72766-01 1

5297E 00 3. 0513E 00 4. 9725E 00 7 1034E 30 9 2344E 00

A( 2) 4.7273E-01 7.0163E-01 2. 44896 00 6. 7091E 00 1

46876 01 2 6926E 01 4.2735E 01

A( 3) 5.3128E-01 8.2146E-01 3. 474TE 00 1. 18766 01 3. 20456 01 7 0575E 01 1 3041E 02

A( 4) 5.8026E- 01 9 2442E-01 4. 48526 00 1. 791 IE 01 5. 60806 01 1 41086 02 2 9175E 02

A( 5) 5. 1716E-01 1 0036E 00 5. 3412E oc 2. 36756 01 8. 1950E 01 2 25736 02 5 0456E 02

A( 6) 5.4012E-01 1 0534E 00 5. 9150E 00 2. 78476 01 1.0215E 02 2 95686 0? 6 9415E C2

At 7

6.4789E-01 1 07046 00 6. 1 17IE 00 2. 93726 01 1 .09836 02 3 2455E 02 7 7089E 02 THETAH 20 .0 12.1 8 . 3 6 .9 6 . 3 5 .8 5.5 THETA ( I

30 .4 23.9 18 .2 15 .7 14 .2 13 .3 12.6 THET A ( 2

35 .9 30.2 24 .3 21 .2 19 . 4 18 .2 17.4 rHETA( 3) 41 .7 36.7 31 .1 27 .7 25 . 6 24 . 1 23.1

THETA( ^) 47 .3 43.0 37 .7 34 .4 32 . 1 30 .4 29.3 THETA I 5

52 .6 48.8 44 . 1 40 .8 38 . 5 35 .8 35.5 THETAl 6) 57 . 7 54.3 50 .0 47 . I 44 . 8 43 . 1 41.8

THETA{ 7) 52 .5 59.5 55 .7 53 .0 51 .0 49 .3 48.1

THETAl 81 67 .2 64.4 61 .1 58 . 8 55 . 9 55 .4 54.3

THETAt 9) 71 .7 69.2 66 .4 64 .4 52 . 8 61 .5 60.4

THETA( 1076 . 1 73.9 71 .5 59 . 8 68 .5 67 .4 55.5 THETAl 11

80 .5 78.5 76 . 5 75 . 1 74 . 1 73 .2 72.5 THETAt 12

84 .8 83.0 81 .4 8C .4 79 . 5 79 . 0 78.5 THETA( 13

89 .0 87.4 86 .2 85 .6 85 . 1 84 .8 84.5

THETA( 1^) 93 .3 91.9 91 .0 90 .8 90 .5 90 .5 90.5

THETAl 15 » 97 .6 96.4 95 .9 95 .9 96 . 1 95 , 3 95.5 THETA ( 16

101 .9 100.9 lOO .7 101 .1 101 .6 102 . 1 102.5 THETAl 17

106 .3 105.4 105 .7 106 .4 107 .2 107 .9 108.5 THETAl 18

110 .8 110.1 110 . 7 111 .8 112 .9 113 .8 114.5

THETAl 19 ) 115 .4 114.9 115 .9 117 .3 118 6 119 .8 120.7 THETA 1 20

120 .2 119.8 121 .2 123 .0 124 . 6 125 .9 125.9

T MET A f 7 1 1 125 .2 125.0 126 .8 12B .9 130 132 . 1 133.3 THETAI22I 130 .5 130.5 132 .7 135 .0 137 .0 138 .5 139.7 THETA(23) 136 .2 136.4 139 .0 141 .5 143 .5 145 . 1 146.2

THETA(2<.) 142 .5 142.9 145 . 8 148 .4 150 .3 151 .8 152.8 THETA(25) 149 .6 150.1 153 .2 155 .7 157 .4 158 .7 159.5 rHETA(25) 157 .8 158.5 161 .4 163 .5 164 .8 165 .7 155.3 THETA(27) 167 .9 158.5 170 .4 171 .6 172 . 3 172 .8 173.1 THETA(28

180 .0 180.0 180 .0 18C .0 180 .0 180 .0 180.0 8W<HI 40 .0 24.3 16 . 5 13 .9 12 .5 11 .6 11.1

BW( 1 1 60 .9 47.9 36 .4 31 . 3 28 .4 26 .5 25.3

N=20 08= 15.

3.015 2.513 2.199 1.885 1.571 D/LAHBOA 0.480 C.450 0.400 0. 350 0.3 00 0.250

ALPHA 0.127 0.051 0.025 0.016 0.011 0.008

G 26. 76 45.36 52. 52 55. 13 56. 47 56.99

G(OB) 14. 27 16.57 17.20 17.41 17. 52 17.55

A( 1) 3.0296E- 01 5. 25456-01 1.954eE 00 4.0380E 00 6. 6545C 00 9 57636 00

A( 2) 3.4150E- 01 7. 9017E-01 3.5537E 00 1. 0903E 01 2. 53666 01 4 81906 01

A( 31 3.7811E- 01 9. 5801E-01 5.5957E 00 2. 3294E 01 7. 04276 01 1 67126 02

A( 41 4.1152E- 01 1. 1215E 00 8.2548E 00 4. 21836 01 1. 5554E 02 4 4389E 02

AC S) 4.4093E- 01 1. 2730E 00 1. 1052E 01 6. 70656 01 2. 92046 02 9 5352E 02

Al 61 4.6551E- 01 1. 4049E 00 1.3823E 01 9. 55336 01 4. 69976 02 1 71106 03

A( 7) 4.8459E- 01 1. 5104E 00 1.6265E 01 1. 23486 02 6. 5351E 02 2 6155E 03

A( 81 4.9762E- 01 1. 5841E 00 1.8089E 01 1. 45956 02 8. 3093E 02 3.44966 03

Al 91 5.0422E- 01 1. 522CE 00 1.9C64E 01 1. 58516 02 9. 2844E 02 3 9548E 03 THETAH 17 .0 8.5 5 .0 5 . 1 4 .6 4.3 THETAl 1) 25 .9 17.9 13 . 5 11 .6 10 .5 9.8 THETAl 21 30 .4 23.2 18 . 2 15 .8 14 .3 13.4 THETAl 3) 35 .3 28.8 23 . 7 20 .8 19 .0 17.9 THETAl 4) 40 .0 34.2 29 . 1 26 .0 24 .0 22.6

THETAl 5) 44 .4 39.2 34 .3 31 .2 29 .0 27.5

THETAl 6) 48 .6 43.8 39 .3 35 .2 33 .9 32.3 THETAl 7) 52 .6 48.2 44 .0 41 .0 38 .8 37.1 THETAl 8) 55 .3 52.4 48 .6 45 .7 43 .5 41.8

THETAl 9) 60 .0 55.3 52 .9 50 .2 48 . 1 46.5 THETAl 10

53 .5 60.2 57 .0 54 .6 52 .7 51.1 THETAl 11) 56 .9 63.8 61 .0 58 .9 57 .1 55.6

THETAl 12) 70 .2 67.4 64 .9 53 .0 51 .4 60. 1 THETAl 13) 73 .5 70.9 68 .8 67 . 1 65 .7 64.5

THETAl 14) 75 .7 74.4 72 .5 71 . 1 59 .9 68.9

THETAl 15) 79 .9 77.8 75 .2 75 .0 74 .0 73.2 THETAl 16) 83 .0 81.1 79 . 8 78 .9 7B . 1 77. 5 THETAl 17) 85 .2 84.4 83 .4 82 .8 82 .2 81.8 THETA 118) 89 .3 87.7 87 .0 86 .6 85 .3 86.0 THETAl 19) 92 .4 91.0 90 . 5 9C .4 90 . 3 90. 3 THETAI20) 95 .5 94.3 94 . 1 94 .2 94 ,4 94. 5 THETAI21

98 .7 97.6 97 . 7 98 . 1 98 .5 98.8

THETAl 22

101 .8 101.0 101 .3 101 .9 102 .5 103.1 THEIAI23 1 105 .0 104.3 105 .0 105 .8 105 .7 107.4 THETA(24) 108 .3 107.8 108 . 7 109 .8 110 .6 111.7 THETAI25) 111 .6 111.3 112 .5 113 .8 115 .1 116.1 THETAI26) 115 .0 114.8 115 .3 117 .9 119 . 3 120.6 THETA(27) 118 .5 118.5 120 . 3 122 . 1 123 . 7 125. 1 THETAI281 122 . 1 122.2 124 . 3 126 .4 128 .2 129.7 THETAI29

125 .8 125.2 128 . 6 13C .9 132 .6 134.3

THETAl 30

129 .7 130.3 133 .0 135 .5 137 .5 139.1 THETAI31) 133 .8 134.6 137 . 6 14C .2 142 . 3 143.9 WETAI32) 138 .2 139.2 142 . 5 145 .2 147 . 3 148.8 THETAI33) 142 .9 144.2 147 . 7 15C .5 152 .4 153.8 THETAl 34) 148 .2 149.7 153 .3 155 .9 157 .7 159.0 THETAl 35

154 .1 155.8 159 .3 161 .6 153 . 1 164. 1 THETAI36) 161 .1 152.8 165 .8 157 .6 156 .7 169.4

THETAl 37

169 . 7 1 70.9 172 .8 173 .8 174 .3 174.7 rHETAl38) 180 .0 180.0 180.0 18C.0 180 .0 180.0

BWIH) 34 .1 17.0 12.0 10 .2 9 .2 8.5

BMI 1

51 .7 35.8 27.0 23.1 20 .9 19.5

31
0.484

0.101

30.53

14.85 2.4080E-0I 2.6617E-01

2.9065E-01

3.1386E-01

3.3539E-01

3. 5490E-01 3.7201E-01

3.B647E-01 3.9796E-01

4.0638E-01

4.1142E-01

4. 1312E-01

15.1 22.9

26.9

31.2

35.3

39.2 42.8

45.2

49.5

52.5 55.6

58.5

61 .3 64.1 56.7 69.4

72.0

74.5

77. 1 79.5

82. 1 84.5

87.0 89.4

91.9

94.3 96.8

99.3

101.8

104.3

105.9 109.4

112.0

114.7

117.4 120.2

123.1

125. 1 129.1 132.4

135.7

139.3

143.

1

147.3

151.9

157.1 153.3

170.8

180.

0

30.2 45.8

2.827

C.450

0.032

50.98

17.07

7. 1112E-01 9.3236E-01

1.1721E 00 1.4229E 00 1.6761E 00 1.9224E 00 2.1520E 00 2.3552E 00 2.5236E 00 2.6496E 00 2.7275E 00

2. 75385 00 6.6

14.3

18.8 23.8

28.5 33.0

37.1 41.0

44.6

48.1

51.4 54.6

57.7

60.7

63.7 55.5

59.3

72.1 74.8

77.5 80.1

82.8

85.4

88.0 90.6

93.3

95.9

98.5 101.2

103.8

105.5 109.3

112.1 114.9

117.8

120.8

123.8

127.0

130.2 133.6

137.2

141.0

145.1 149.5

154.3 159.7

165.7

1 72.6 180.0

13.2 28.5

2.513 0.400

0.016

56.11

17.49 2.4024E 00 4.9275E 00 8.7365E 00 1.3956E 01 2.0540E 01 2.8231E 01 3.5551E 01 4.4885E 01 5.2456E 01 5.8525E 01 5.2455E 01 6.3815E 01

4. 7 10.7

14.5

19.1 23.7

28.1 32.4

36.5

40.

A

44.2 47.8

51.3

54.5 57.9

61.1 54.2

57.2

70.2 73.2

75-1 79.0

81.

8

84.7

87.5

90.4 93.2

96.0 98.9

101.7

104.5

107.5

110.5

113.5 115.5 119.7

123.0

126.2

129.6 133.2

136.8 140.7

144.7

148.9

153.4

158.2

163.2

168.5 174.2

180.0

9.5 21.4

2. 199 0.350

O.CIO

57.91 17.53 5.0430E 00 1.6169E 01 4.0338E 01 8.4652E 01 1.5552E 02 2.5508E 02 3.B370E 02 5.2a49E 02 6.7382E 02 7.9907E 02 8.8411E 02 9.1424E 02 4.0

9.2

12.5 16.5 20.9

25.2

29.4

33.4 37,4 41.3

45.0 48.6

65.5

58.7

71.9

75.0

78.1

81.1 84.2 87.2 90.3

93.3

96.3

99.4

102.5

105.5

10ft.

7

111.8

115.0

11B,3 121.5

125.0

128.5

132.1 135.7

139.5

143.4

147.5

151.7

156,1 15C.5 155.3

170. I 175.0 18C.0

8.1 18.3

1.885 0.300

0.007

58.51

17.68 8.3711E 00 3.9029F 01 1.3127E

3. 51 78E 7.9080E 02 1.5375E 03 2.6367E 03 4.0421E 03 5.5905E 03 7.0195E 03 8.0345E 03 8.4024E 03 3.6

8.3

11. 15.1

19.1 23.2

27.2

31. 35.2

39.0

42. 46.5

50.2

53. 57.2

50.

54. 1 67.4

70.8

74. 1 77.3

80. 83.8

87.0 90.2

93.4 95.5

99.9

103.1

105. 109.7

113.

115. 119.8 123.3

125.8

130.4

134.1 137.8

141.6

145.6 149.5

153.7

157.9

162.2 156.5

171.0

175.5

180.0

7.3 16.6

BET4D D/LAMBOA

ALPHA

GGIDB)

Al 1) Al 21

A 1 3 ) A( 4) A( 5) A( 61

A( 7) A( 81

Al 9) AIIOI Adll

Al 12) Aim

AI14) fHETAH

rHETAI 1) THETAI 2) THEIAI 31 IHETAI 4) THETAI 51 THETAI 6) THETAI 71 THETAI 8) THETAI 91 THETAI 101 THETAI 11

)

THETAI 12 I THETAI 13

)

THETAI 14) THETAI 15

)

THETAI 15 I THETAI 17

)

THETAI 18) THETAI19)

rHErAI20)

THETAI21

)

THETAI 22

)

THETAI 23

)

THETAI24)

THETAI25) THETAI26)

THETA127) IHETA(28

I

THETAI 29

)

THETAI30)

THETAI31 THETAI32) THETAI33)

THETAI 34

)

THETAI 35 THETAI 35) THETAI 37) THETAI38)

THETAI 39

)

THETAI 40

]

rHETAI41

)

THETAI42) THETAI43)

THETAI44) IHETAI45)

THETAI45) THETAI47

]

1HETAI48)

IHETAI49)

THETAI50) THETAI51

)

THETAI52)

THETAI 53 rHETAI54)

rHETAI55)

IHETAI55)

rHETA|57) THETAI58)

BMIH)

UMI 1 )

3.059 0.487

0.083

2.827

0.450 C.022

2.513

0.400

O.Oll

2.199

0.350 0.007

33.60

15.26 1.9970E-01

2. 1758E-01 2.3503E-01

2.5185E-01

2.5787E-01

2.8289E-01

2.9672E-01

3.0923E-01

3.2024E-01

3.2969E-01 3.3734E-01

3.4315E-01

3.4711E-01

3.4918E-01

13.7 20.7 24.4

28.3

32.0 35.4

38.7 41.7

44.5 47.4

50.1

52.5

55.1

57.5 59.9 52.2 64.4

56.7

68.8

71.0

73.1 75.2

77.3 79.4

81.4

83.5

85.5 87.5

89.5

91.5

93.5

95.6 97.6

99.7

101.7

103.8 105.9

108.0

110.2

112.3

114.5

115.8

119. 1 121.4

123.8

125.2

128.8

131.4

134. 1 137.0

140.0

143.2 146.5

150.4

154.5

159.2 164.8

171.7

180.0 27.4

41.5

54.41 17.36

8. 1070E-01 1.1053E 00 1.4405E 00 1.8104E 00 2.2060E 00 2.6169E 00 3.0305E 00 3.4339E 00 3.8129E 00 4.1539E 00 4.4441E 00 4.5723E 00 4.8297E 00 4.9100E 00 5.4 a.

9

15.8 20.2

24.5

28.5 32.3

35.8

39.1 42.2

45.3

48. 1 50.9

53.5

55.2 58.7 51.2

75.1 77.4 79.6

81.8

83.9

86.1 88.3 90.4

92.5

94.8

97.0

99.

1

101.3

103.5

105.8

108.

0

110.3

1 12.6 115.0

1 17.4 119.8

122. 3 124.9

127.5

130.2

133.1

1 36.0

139.1 142.3

145.8 149.4

153.4

157.7

162.5 167.9

173.7

180.0

10.8 23.7

58.19

17.65 2.8605E 00 5.5287E 00 1.2598E 01 2.2089E 01 3.5255E 01 5.247nE 01 7.3544E 01 9.7752E 01 1.2386E 02 1.5017E 02 1.7470E 02 1.9537E 02 2.1035E 02 2.1822E 02 3.9

8.9

12.1 15.9

19.9

23.8 27.5

31.2

34. 7 38.0 41.2

44.3

47. 3 50.2

53. 1 55.8

58.5

61.1

53. 7 66.2

58. 7 71.2

73.6

75. 1 78.5 80.8

83.2

85. 5 87.9 90.2

92.6

94. 9 97.3

99. 7 102.0

104.4 106.9

109. 3 111.8

114.3

116.8

119.

4

122.1 124.8

127. 5 130.4

133.3

136.4

139. 5 142.8

145.2 149.7

153.5 157.4

161.5

155.9

170. 5 175.2

180.0

7.8 17.7

59.49

17.74 5.0559E 00 2.2502E 01 6.4103E 01 1.5244E 02 3.1607E 02 5.8539E 02 9.8994E 02 1.5384E 03 2.2191E 03 2.9890E 03 3.7750E 03 4.48eOE 03 5.0301E 03 5.3234E 03

3.3

7.5 1C.4

13.8 17.4

21.1 24.7

28.2

31.6

35.0

38.3 41.5 44.6

47.5

50.6

53.5

55.3

59. 1 61.8

64.5

67.2 69.8

72.4

75.0

77.5

80. 1 82.5

85.2 87.7

90.2

92. 7 95.2

97.7

100.3

102.8

105.4

108.0 11C.5

113.2 115.9

118.6

121.3

124.1 127.0

129.9 132.9

135.9

139.1 142.3

145.6 149.0 152.5

156.2 159.9

153.8

167.6

171.8

175.9 180.0

6.7 15.2

52
N= 3 0B= 20.

BETAD 2.011 1.885 1.571 1.257 0.942 0.628 0.314

D/LAH6D4 0.320 JO . 300 0.250 C. 200 0.150 C.lOO 0.05C

ALPHA 1 . 13

l.;X)12 0. 755 0.569 0.404 0.260 0.127

G 3.61 4.18 5.40 6.34 7.04 7.52 7.80 croe> ^..57 6.21 7.32 8.02 8.48 8.76 8.92

At 11 1.63&4E ceo 1.6418E 00 1.6923E 00 1.7724E 00 1.8586E 00 1.9329E 00 1.9826e OC THETAH 62.6 57.2 48.0 42.9 39.9 38.2 37.3

rHETA( I'J 104 . 9 102.4 91.6 90 .

89. 1 tHeTA( .2) 124.2 122.4 119. 1 116.9 115.4 114,4 113.9

IHETA( 31 150.1 149.2 147.6 146. 7 146.1 145.8 145.6

tHEIAl *l 180.0 180.0 18J.0 18C.0 180.0 IBC.O lec.c

bW(HI 125.1 114.4 96. 1 85.8 79.8 76.4 74.5

BW(I) 209.8 204.7 194.8 187.9 183.

180.0 178.2

H= 4 08= 20. BETAO 2.277 2.199 1.885 1.571 1.257 0.942 0.628 0.314

D/LAHBOA 0.362 C.350 0.300 0.250 -0.200 C.150 0.100 0.050

AirHA 0.S65 0.791 0.570 0.420 0.307 0.216 0. 13« 0.067

G 5.36 6.15 B.88 10.97 12.54 13.68 14.46 14.92

G(DB) 7.30 7.89 9.48 10.40 10.98 11.35 11.60 11.74

A ( 1

1.7357E 00 1.7430E 00 1.8791E 00 2.11066 00 2.3726E 00 2.6212E OC 2.8233E OP 2.9545E 00 THETAH 50.1 46.2 36. 3 31.6 28.9 27.4 26.4 25.9

THETA( 1) 81.7 79.5 73.2 69.0 66.2 64.2 63.0 62.3

tHETA( 21 95.1 93.4 88.4 85.2 82.9 81.4 80.4 79,8

THEIA( 31 112.3 1 1 1 .107.6 105.5 104.1 103.2 102.7 102.4

THETAl 4) 132.1 131.3 129.2 128.2 127.7 127.5 127-4 127.3

THErA( 5) 154.7 154.3 153.4 153.1 153.1 153.2 153.3 153.4

THETAI 6) 180.0 180.0 180.0 18P.0 160.0 180.0 180.0 180.0

BWIH) 100.1 92.4 72. 7 53-1 57.8 54.7 52.8 51-8

BW( 1163.3 159.1 146.3 138,0 132.3 128.5 125.9 124.5

«= 5 08= 20. BETAD 2.455 2.199 1.885 1.571 1.257 0.942 0.528 0.314 O/LAMBOA 0. 390 0.350 0.300 0.250 0.200 0. ISO 0. 100 P. 050 ALPHA 0.687 C.491 0. V48 0.254 0. 185 0.130 0.083 0-040

C 7.23 11.47 15.48 18.47 20.70 22.31 23.40 24-04

ClOBI 8.59 10.50 11,90 12-57 13.15 13.48 13.69 13.81

A( 11 1.6C85E 00 I .727<E 00 2.0685E 00 2.50 33E 00 2.9579E 00 3.3756E 00 3.7100£ 00 3.9255E 00

A( 21 1.93m 00 2 .lOllE 00 2.6C35E 00 3.2857E 00 4.0516E OO 4,8000E CO 5.4305E OC 5.8519E 00 THETAH 42.5 31.9 25. 1 23.3 21.7 20.7 20. 1 19.8

THETA4 1) 58.4 61 .5 56.3 52,9 50.5 49, I 48. 1 47.5

THETA( 21 79.0 73.3 68. 9 65.9 63.9 62.4 61.5 60.9

rHETA( 3) 92.0 87.6 84.2 82.0 80.5 79.4 78.7 78-3

THETAI 4) 106.2 102.9 100.7 99.3 98-5 97.9 97.6 97.4

TH£TA( 5) 121.6 119.3 118.1 117.6 117.4 117.4 117.4 117.

ThETA( 6) 138.7 137.3 136.9 137,0 137.3 137.5 137.9 138.1

rHETA( 7) 158.1 157.5 157.6 157.9 158.3 158.6 158.8 159-0

THETA( 81 180.0 180.

180.0 ler.o 180.0 180.0 180.0 180-0

BWIH) 85.0 63.8 52.3 46.6 43.4 41.4 40.2 39-5 BUdI 136.8 123.0 112.6 105.9 101.3 98.2 96.2 95.0

H= 6 0B= 20. »ET40 2.575 2.513 2, 199 1,885 1,571 1.257 0.942 0.528 C.J14

0/LAH80A 0-410 C.400 0. 350 0. 300 0.250 0.2C0 0. 150 0. ICO :.C5C

ALPHJH 0,566 0.508 0.328 0.231 0. 169 0.123 0,086 0.055 L.02r

G 9. 13 10.88 18.20 23.48 27. 15 30.23 32.30 33.71 34. 52 &IDB) 9,60 10.37 12.60 13.71 14, 37 14.80 15.09 15.28 15,38

A( 1 ) 1.4369E 00 1.4496E 00 1.7621E 00 2.2938E 00 2,9I95E 00 3.55T6E 00 4.1379E 00 4. 60016 00 4.89756 00 A( 2) 1.8499E 00 1.8699E 00 2.3831E 00 3. 34606 DO 4,6242E 00 6.0889E 00 7.5623E 00 8.8324E 00 9.69456 00 THETAH 37,4 33 8 24,1 2C .4 18.5 17.3 16,5 16.2 15.9

/HETA( 1 1 59.7 57 5 50.0 45 .6 42.8 40.9 39,6 38.8 38.3

TMETA ( 2) 68.6 56 8 AC. 3 56 .4 53,7 51.8 50,5 49.7 49.2

THETAi 3 1 79.4 77 .9 T2.6 69 .4 67.2 65.6 64.4 53.6 63.2

THETAi »> 90,8 89 .5 85-5 83 .1 81.5 80.

79.5 79.0 78,7

rnerA( 5) 102.7 101 7 98.6 97 .1 96.2 95.6 95.2 95.0 94.9

THETA

61 115.1 114 3 112.2 111 .5 111.

111.111.4 111.5 in,*

i HE T 4 ( 7 1 128.5 127 .9 125, 7 125 .7 127.0 127.5 127.9 128.2 128.4 THCTAl 8) 143,5 143 .1 142.6 '43 .1 143. 7 144 . 4 144.9 145.3 145.5

rHETA( 91 150.6 160 .4 160.4 16C .9 161.5 152.0 162.3 152.6 162.7 THEIAdO) 180.0 180 .0 180.0 180 .0 180.0 180.0 180.0 180.0 180.0

e>4(HI 74.9 57 .5 48. 3 40 .8 37.0 34.7 33.2 32.3 31.8

BW( 11 119,5 115 .0 99.9 91 .2 85.6 81.8 79.3 77.6 76.6

55
N= 7 0B= 20. BETAO 2.662 2.513 2.199 1.8B5 1.571 1.257 0.942 0.628 0.314 D/L4MB0A 0.423 0.400 0.350 0.300 0.250 0.200 0.150 0.100 0.050

ALPHA 0.<>80 C . 364 0. 234 0. 164 0.119 0.087 0.061 0.039 0.019

G 11. 03 16. 75 25. 94 32.41 37. 13 40. 60 43. 10 44. 78 45.74

G(OBI 10. 43 12.24 14. 14 15. 11 15. 70 15.09 15.34 15. 51 15.60

A) 11 1.276'iE 00 1.35876 00 1.8457E 00 2. 5513E 00 3.3571E 00 4.1707E 00 4.9077E DC 5.49366 00 5.87026 00

A( 21 1.6837E 00 1.8202E 00 2.5974E 00 4. 1787E 00 6. 1746E 00 B.5194E 00 1.09296 01 1 .3039E 01 1.4485E 01

A( 31 1 .8387E 00 1.9972E 00 3.0395E 00 4. a749E 00 7.4641E 00 1 .0641E 01 1.4031E CI 1 .7C89E 01 1.923CE 01 THETAH 33 . B 26 . 1 19 .4 It .8 15 . 3 14 .4 13 .9 13 .5 13.3 IHETA( 1) 53 .6 48 .5 42 .0 38 .3 35 .9 34 .3 33 .2 32 .5 32.1 rHEIA( 2) 61 . 4 57 .0 5

1

• 3 47 .7 45 . 3 43 .5 42 .4 41 .6 41.2

THETAI 31 70 . 8 57 . 1 62 . 2 59 .1 55 . 9 55 . 3 54 .1 53 .4 52.9

THETAI 41 80 . 5 77 .4 73 . 5 71 .0 69 . 2 67 .9 56 .9 56 .3 65.9

THEIA( 51 90 . 3 87 .8 84 . 6 83 .0 8

1

80 .8 80 .2 79 .8 79.5 THETAI 6J 100 .4 98 .3 95 . 1 95 .0 94 .4 94 .0 93 .7 93 .5 93.5

IHETA( 7) 110 .7 109 .1 107 .7 107 .3 107 .2 107 . 3 107 .4 107 .5 107.6

IHETA( 81 121 .7 120 .5 119 .8 120 .0 120 .4 120 .9 121 .4 121 .7 121.9

THEIA( 9) 133 .6 132 .7 132 .7 133 .4 134 .3 135 .0 135 .5 135 .1 135.3

THETAI 101 147 .0 146 .5 145 .9 147 .9 148 .8 149 .6 150 .2 150 .5 150.9

THETAI 11

1

162 .5 162 .3 162 .8 153 .5 164 .2 164 . 7 155 .C 165 .3 155.4

THETA( 12) 180 .0 180 .0 180 .0 180 .0 180 .0 180 .0 180 .0 180 .0 180.0

BW(HI 67 .6 52 .2 38 .9 33 .5 30 .5 28 .9 27 .7 27 .0 25.5

BWIl) 107 .2 96 .9 84 .0 75 .6 71 . 8 68 .6 55 .4 55 .0 64.2

N= 8 06= 20. BETAO 2.725 2.513 2.199 1.885 1.571 1.257 0.942 0.628 0/LAMBDA 0.434 0.400 0. 350 0. 300 0.250 0.200 0. 15C 0.100

ALPHA 0.416 C.272 0. 174 0.122 0.089 0.065 0.045 0.029

0 12. 91 23.42 34.33 41. 90 47. 36 51. 34 54. 19 56.11

G(DBI 11. 11 13. 70 15. 35 16. 22 16. 75 17.10 17.34 17.49

A ( 11 1 1385E 00 1.32346 00 1.9630E 00 2. 83146 00 3.80996 00 4 . 7935E 00 5.68316 00 6.38976 00

A( 21 1 50916 00 1 .8238E 00 3.0639E 00 5. 12196 00 7.9570E 00 1 . 1359E 01 1 .491 IE 01 1.8055E 01

A( 3) 1 7244E 00 2.1213E 00 3. 76876 00 6. 7303E 00 1.11596 01 1 .68906 01 2.3271E 01 2.92116 01 THETAH 31 .0 21 .2 15 . 3 14 .2 1 3 . 1 12 .4 11 .9 11.6 THETA( 11 49 .0 41 .9 35 .2 33 .0 30 .9 29 .5 28 .5 27.9

TH6TA( 21 56 .0 49 .8 44 .6 41 .3 39 . 1 37 .6 36 .5 35.8

theta; 31 64 .4 59 .1 54 . 5 51 .5 49 .3 47 .8 45 .7 45.9

THETAI 41 73 .0 68 .5 54 .7 52 .1 60 .2 58 .8 57 .8 57. 1 THETAI 51 81 .5 77 .8 74 . 7 7? .7 71 .2 70 . 1 59 .3 68. 7 THETAI 51 90 . 1 87 .0 84 .6 83 .2 82 .2 81 . 5 81 .0 80.5

THETAI 71 98 .8 96 .2 94 .5 93 .7 93 .2 92 .9 92 .7 92.6

THETAI 81 107 .5 105 .5 104 .6 104 .3 104 .4 104 .5 104 . 7 104.8

THETAI 91 116 .9 115 .3 114 .9 115 .3 115 .6 116 .3 115 .7 117.1

THETAI 101 126 .7 125 .5 125 .9 126 .7 127 .6 128 . 3 129 .0 129.4

THETAI 111 137 .5 135 .8 137 .6 138 .8 139 .9 140 .e 141 . 5 141.9

THETAI 12 1 149 .7 149 . 4 150 .5 151 .7 152 .7 153 .6 154 . 1 154.6

THETAI 13 1 163 .9 163 .9 154 .7 155 .5 156 .2 155 .7 167 .0 167.3

THETAI 141 18C .0 180 .0 180 .0 18C .0 180 .0 180 .0 180 .0 180.0

BWIHI 52 .0 42 .3 32 .6 28 .5 25 .2 24 .7 23 .8 23.2

BWI 1 1 98 .0 83 .7 72 . 5 56 .0 51 .8 59 .0 57 . 1 55.8

N= 9 DB= 20.

B6TAD 2.776 2.513 2. 199 1.885 1.571 1.257 0.942 0.628

D/LAMBDA 0.442 0.400 0.350 0.300 0.250 0.200 0. 150 C.lOO

ALPHA 0.365 0.209 0. 134 0.094 0.068 0.050 0.035 0.022

G 14.78 30.55 43. 10 51. 60 57.58 62. 07 55. 19 57.27

GIOB) 11. 70 14. 86 15. 34 17.13 17.61 17. 93 18. 14 18.28

Al 1) 1.0231E 00 1.32436 00 2. 1C24E 00 3 12576 00 4. 2733E 00 5.4235E 00 5 45256 00 7.26756 00

Al 21 1.35036 00 1.8724E 00 3. 4835E 00 6 leiBE 00 9. 9797E 00 I .4615E 01 1 95136 01 2.3884E 01

Al 3) 1 .58006 00 2.27386 00 4. 60286 00 8 9702E 00 1. 58426 01 2.5116E 01 3 57766 01 4.59356 01

Al 41 1 .56276 00 2.4212E 00 5. 03376 00 1 0105E 01 1. 8365E 01 2.9869E 01 4 34576 01 5.65806 01 THETAH 28 .8 17 .8 14 . 1 12 .4 11 .4 10 .8 10 .4 10.2

THETAI 1) 45 .4 35 .8 31 .8 28 .9 27 . 1 25 .8 25 .0 24.5

THETAI 2) 51 .8 44 .3 39 .4 36 .4 34 .4 33 32 .0 31.4

THETAI 31 59 .4 52 .9 48 . 5 45 .6 43 .5 42 .0 41 .0 40.3

THETAI 4) 57 .2 61 .6 57 .8 55 .2 53 .3 51 .9 50 .8 50.1 THETAI 5) 74 .9 70 . 1 57 .0 54 .8 63 . 1 51 .9 51 .0 60.3

THETAI 61 82 .4 78 .4 75 . 9 74 .2 73 .0 72 .0 71 .3 70.8

THETAI 7) 90 .0 86 .6 84 .7 83 .5 82 .7 82 . 1 81 . 7 81.4

THETAI 81 97 .5 94 .8 93 . 5 92 .9 92 .5 92 . 3 92 .1 92.0

THETAI 9) 105 .3 103 . 1 102 .4 102 .2 102 . 3 102 .5 102 .5 102.8

THETAI 10) 113 . 3 111 .6 111 .4 111 .8 112 . 3 112 .8 113 .2 113.6

THETAI 111 121 .7 120 .5 120 . 9 121 .7 122 .5 123 .4 124 .0 124.4

THETAI 121 130 .6 130 .0 130 .9 132 .1 133 ,2 134 .2 134 .9 135.4

TM6TAI 13

1

140 .5 140 .3 141 .6 143 . 1 144 .3 145 .2 146 .0 146.5

THETAI 141 151 .8 152 .0 153 .4 154 .7 155 .8 155 .5 157 .2 157.6

THETAI 15) 155 .0 155 . 3 155 . 3 157 .1 167 .8 156 .2 158 .6 168.8

THETAI 15

)

180 .0 180 .0 180 .0 18C .0 160 .0 160 .0 180 .C 180.0

BMIH) 57 .5 35 . 7 28 . 1 24 . 8 22 .9 21 .6 20 .8 20.3

BHI 11 90 .8 73 . 7 53 . 7 57 .9 54 .2 51 .7 50 .0 48.9
N=10 08= 20.

2.815

O.'i'.S 2.513

0.400

2. 199

0. 350

.885

. 300 1.571 0.250

1.257 0.200 0.9A2

0.150 0.6280.100

ALPHA 0.327 C.167 0. 106 0.C75 0.054 0.039 0.028 0.018

G 16. 62 38. 22 52.00 61.26 57. 81 72.50 75.81 77.57

C(0B) 12.21 15.82 17. 16 17.87 18.31 18.50 18.80 18.90

A ( 11 9.26'i3E- 01 1. 348?E 00 2.2568E 00 3. 4327E 00 4. 7442E 00 6 0583E 00 7 2447E 00 B H157E 00

A( 21 1.2125E 00 1.9554E 00 3.9545E 00 7. 3606E 00 1.2247E 01 1 e293E 01 2 474nE PI 3 0527E 01 Al 3) l.'i360E 00 2. 4507E 00 5.55<)5E 00 1. 1644E 01 2. 1542E 01 3 5599E 01 5 2052E 01 6.8C0le 01

A( 41 1.5585E 00 2. 74e2E 00 5.5394E 00 1. 4475E 01 2. 8353E 01 4 8845e 01 7 4181E 01 9 9t73E 01 THETAH 27 .0 15 .4 12 .4 1 1 .0 10 . I 9 .6 9.3 9.1 THETAI 1) 42 .4 32 .9 28 .4 25 .8 24 .1 23 .0 22.3 21.8

THETA( 2) 48 .4 39 .9 35 . 4 32 .6 30 .7 29 .4 28.5 27.9

THETA( 3) 55 .4 48 .0 43 . 8 40 .9 39 .0 37 .5 35.5 35.9

rHETA( *) 52 .6 56 .1 52 .3 49 .7 47 .8 46 .4 45.3 44.5

THETAI 5) 69 .6 64 .0 60 .8 58 . 5 55 .7 55 .4 54.4 53.8

THETAI 6) 75 .4 71 .6 69 .0 67 .1 65 .5 54 .5 53.7 53.1

THETAI 7) 83 .2 79 . 1 77 .0 75 .5 74 .5 73 .6 73.0 72.6

THETAI 81 89 .9 86 .5 84 .9 83 , 9 83 .2 82 .7 82.3 82. 1 THETAI 9) 96 .7 93 .8 92 . 8 92 .3 92 .0 91 .8 91.7 91.6 THETAIIO) 103 .5 101 .2 100 . 7 100 . 7 100 .8 100 .9 101.1 101.2 THETAIll) 110 .5 108 .8 108 . 8 109 .2 109 .7 110 .2 110.6 110.9

THETAI 12

117 .8 116 .6 117 . 1 117 .9 118 .8 119 .5 120.5 THETAI131 125 .5 124 .8 125 . e 127 .0 128 . 1 129 .1 129.8 130.3

THETAI 14) 133 .9 133 .7 135 .0 136 .5 137 .8 138 .8 139.6 140.2

THETAI 15143 .1 143 .3 145 .c 145 .5 147 .9 148 .8 149.6 150.0

THETAI 16) 153 .6 154 .2 155 .8 157 .2 158 .3 159 . 1 159.5 160.0

THETAI 17) 165 .9 166 .5 157 .6 158 .4 159 . 1 159 .5 159.8 170.0

THETAI 181 180 .0 180 .0 180 .0 18C .0 180 .0 180 .0 180.C 180.0

BKIH) 53 .9 30 .9 24 . 8 21 . 9 20 .3 19 .2 18.5 18.1

BNI 1 1 84 .9 55 .8 56 . a 51 .6 48 .2 46 .0 44.5 43.5

2.847 0.453

0.295

18.42

12.55 8.4502E-01

1.0949E 00 1.3C36E 00 1.44226 00 1.4907E 00 25.5

40.0 45.6

52.2 58.8 55.3

71.6

77.8

83.8 89.9 95.9

102.1 108.3

114.8 121.6 128.7

136.5

145.2

155.1 155.7

180.0 50.9

80.0

2.827 C.450 0.276

20.55

13.13 8.4820E-01

I.IOOOE 00 1.3104E 00 1.4501E 00 1.4991E 00 23.9

39.0 44.7

51.4

58.1

2.513

0. 400

0. 135

2. 199

0. 350 0.C85

1.885 0.300

0.051

1.571 0.250 0.044

1.257 0.2P0

0.032

0.942

0. 1 50 0.022

89.5 95.5

101.8

108.1

114.5 121.4

128.5

135.4

145.1

155.0 155.7

180.0 47.7

78.0

45.95

15.62 1.3894E 00 2.0551E OC 2.5819E OC 3.1149E 00 3.2708E 00 13.5 29.7

35. 3 43.9

51.5

59.0

65. 1 73.0

79. 8 85.4

93. 1 99.8

105.5

113.5

120.9

128.5 136.9

145.0

156. 1 167.5

180.0 27.3

59.4

60.33

17.84 2.4218E 00 4.4745E 00 5.5512E 00 8.3272E 00 8.9578E 00

11.1 25.5

32.0

39.8 47.8

55.7

53.3

70.7 78.0

85.1 92.3 99.4

106.7

114.1 121.9

13C.0 138.6

147.9

157.9

158.7

18C.0

22.1 51.2

70.67

18.49 3.7464E 00 8.65e7E 00 1.4797E 01 2.0O23E 01 2.2087E 01 9.8 23.2 29.4

37.1

59.1

76.7 84.3

91.8

99.4

107.1 115.0

123.0

131.4

140.2 149.5

159.3

169.5

180.0

19.7 45.5

77.55

18.90 5.2206E 00 1.4760E 01 2.e687E 01 4.1747E 01 4.7147E 01 9.1 21.7

27.7 35.2 43.3

51.5

59.7 67.8

75.8 83.7

91.5

99.5

107.5

115.8

124.1 132.7

141.5

150.8

150.3

170.

180.

18.2 43.5

82.44

19.15 5.5957E OC 2.2393E 01 4.8521E 01 7.5392E 01 8.6927E 01 8.7 20.7 25.5

33.9 41.9

50.2

58.5 55.8

75.0 83.2 91.5

99.7

108.0

115.5

125.0 133.8

142.7

151.8

161.1 170.5

180.0 17.3 41.5

85.86

19.34

e.C291E 00 3.0593E 01 7.259CE 01 l.ie53E 02 I.3901E 02 8.3 20.1 25.7

33.0 40.9

49.2

57.6

55.0

74.4 82.9

91.4 99.9

108.4

117.0 125.7

134. 5 143.5

152.5 151.6

170.8

180.0

15.7

40. 1

8ETA0 2.873 2.827 2.513 2.199 1.885 1.571 1.257 C.942 D/LAMBDA 0.457 0.450 0.400 0.350 0.300 0.250 0.200 0.150

ALPHA 0.269 0.229 0.112 0.C72 0.050 0.037 0.027 0.019

G 20. 20 26. 04 53.70 69.44 79. 70 86. 78 91. 75 95.20

GlOB) 13. 05 14. 15 17.30 18.42 19. 01 19. 38 19.63 19.79

Al 11 7.7591E- 01 7.94C5E- 01 1.4412E 00 2.5944E 00 4. 0657E no 5 7C11E 00 7 3380E CO e.8152E 00

A 1 21 9.9483E- 01 1.0233E 00 2. 1955E 00 5.0421E 00 1.0077E 01 1 7520E 01 2 69leE 01 3.70726 01

A 1 3 ) 1 . 1850E 00 1.2243E 00 2.9362E 00 7.8e82E 00 1. 8473E 01 3 7104E 01 5 4461E 01 9.7893E 01

Al 4) 1.3278E 00 1.3735E 00 3.5279E 00 1.0437E 01 2. 6948E 01 5 9233E 01 1 1127E Ci 1.7999E 02

Al 5) 1.4C32E 00 1.453CE 00 3.8571E 00 1.1949E 01 3. 2330E 01 7 4224E 01 1 4483E 02 2.4158E 02 THETAH 24 .2 20 .5 12 . 2 IC.O 8 .9 8 .3 7 .9 7.6 THETAI 1) 37 .9 35 .6 27 . 1 23.3 21 .2 19 .8 18 .9 18.2 THETAI 2) 43 .2 41 .2 33 .2 29.3 26 .8 25 .2 24 . 1 23.4

IHETAI 3) 49 .4 47 .5 40 . 5 36.5 33 .9 32 . 1 30 .9 30.0 THETAI 4) 55 .6 54 .1 47 .7 44.0 41 .5 39 .6 38 .2 37.3 THETAI 5) 51 .7 60 .3 54 . 7 51.4 49 .0 47 .2 45 .8 44 .8 THETAI 6) 67 .5 66 .3 51 . 5 58.6 56 .4 54 .7 53 .4 52.5

IHETAI 7) 73 .3 72 .2 57 . 9 55.5 53 .5 52 .2 51 . 1 60.2

THETAI 8) 78 .9 77 .9 74 .2 72.2 70 .7 59 .6 58 .6 58.0

THETAI 91 84 .4 83 .5 8C . 4 78.8 77 .7 75 .9 75 .2 75.7

THETAI 10) 89 .9 89 .1 85 . 5 85.4 84 .5 84 . 1 83 . 7 83.4

IHETAI 11

95 .4 94 .7 92 . 5 91.9 91 .5 91 .3 91 .2 91.1

THETA 1 12

100 .9 100 .3 98 . 7 98.4 98 .4 98 .5 98 .7 98.9

THETAI 13) 105 .5 105 .0 104 .8 105.0 105 .4 105 .9 105 .3 105.7

IHETAI 14) 112 .4 111 .9 111 .2 111.8 112 .5 113 .3 114 .0 114.5

THETAI 15

118 .4 118 .0 117 . 7 118.7 119 .8 120 .9 121 . 7 122.4 THETAI15) 124 .7 124 .3 124 .5 125.9 127 .4 128 .5 129 .6 130.4

IHETAI 17) 131 .4 131 .2 131 . 8 133.5 135 .2 136 .6 137 .7 138.5 THETAI 18) 138 .8 138 .5 139 .5 141.6 143 .4 144 .8 145 .9 146.6

THETAI 19) 145 .9 146 .8 148 .2 150.3 152 .0 153 .3 154 .2 154.9 THETAI20) 155 .3 156 .2 157 . 8 159.5 151 .0 152 152 .7 153.2 THETAI21

157 .4 157 .3 168 .5 159.5 170 .4 171 .0 171 .3 171.6 THETAI22) 180 .0 180 .0 ISO .0 180.0 180 .0 180 .0 180 .0 180.0

bMIH) 48 .4 41 .3 24 . 5 2C.0 17 .9 15 .5 15 .7 15.2

HWI 1 ) 75 .9 71 .2 54 .2 46.5 42 .3 39 .5 37 .7 36.5

35
M«13 08= 20. HETAO 2.895 2.827 2.513 2. 199 1 .685 1 .571 1.257 0-942 D/LAHBOA 0 .460 0.450 O.-iOO 0, 350 0. 300 0.250 0.200 0.150

ALPHA 0»247 0.193 0.09<« 0, 060 0.042 0 .031 0.022 0.016

G 21.95 31. 80 61

.

36 77 , 73 88. 24 95.41 100 .41 102.45

(jrlOS) 13.41 15.02 17. i)8 16.91 I 9.46 I 9 , 80 20 .02 20.11

A ( 1 ) 7 . 1670E-0

1

7, 5753E- Ot 1

.

50 i 1

E

)0 2. 7726E 00 4 . 3893E 00 6 1847E 00 7 . 9813E 00 9 .6024E 00

A ( 2> 9,093 JE-Ol 9. 7272E- 01 2. 3461E )0 5. 65596 00 1 . 1614E CI 2 0529E 01 3. IS69E 01 4 .4180E 01

A( 3) i.oesoE 00 1. L683E 00 3. 2 225E 00 9, 2800e 00 2. 2714E 01 4 70r8E 01 6. 34C1E 01 1 .2e46E 02

A ( 4

»

1.2212E 00 I. 32'.7E 00 3. 99 16E )0 1 . 2S08E 01 3 , 5458E 01 8 1562E 01 1 , 5841E 02 2 -6246E 02

A ( 5

»

1.3101E 00 I.425BE 00 4. 5 1 68E }0 I

.

5610E 01 4. 5804E CI 1 1196E 02 2, 2925E C2 3.9648E 02

A ( 6 ) 1.3409E 00 1 .4607E 00 <t . 7C65E 30 I

.

6611E 01 4 . 9800E 01 L 2418E 02 2* 5871E 02 4 .5362E 02 THETAH 23. L 18 .1 1

1

. I 9,1 8.2 7.6 7.2 7.0

T HE T A t It 36.2 32 .8 24 , <f 21.4 19.4 16.1 17.3 16,7 THEfA( 21 41.2 38 .2 30 , 7 27.0 24 .

7

23,2 22.1 21.5

IH£ TA ( 3 ) 47.0 44 .4 37 • 6 33o 8 31.3 29,6 28.4 27. 5

T HE T A ( <t J 52. 9 50 .6 44 . 5 4C. 8 38.3 36.5 35. 1 34.2 THETAI 51 58*6 56 .6 5

1

, 1^ 47.8 45*3 43.5 42,2 41.2

THtTAI 5) 64 • L 62 .3 57 ,5 54.5 52.3 50.5 49.2 48.3

THETA( 7) 69 .

5

67 .8 63 61.0 59.0 57,5 56.3 55-4

ThETAI 6) 74. 7 73 .2 69 ^ 5 67.3 65.7 64. 3 63.3 62.5

THETAi 9) 79.8 78 .5 75 ^ 3 73.5 72.2 71.1 70.3 69.6

THETAI 10

)

84,8 83 .7 8

1

. 0 79,6 78,6 77.8 77.2 76,7 THETA ( tl

)

89. 9 68 .8 86 • 6 65.6 85.0 84. 5 84.

1

83.8

T H€TA( 12) 9^ 9 93 .9 92 , 2 91.6 91,3 91,1 91,0 91.0

T HE T A ( 13) 100.0 99 .1 97 . 8 97,6 97.6 97.8 97.9 98. 1 THETA ( l<») 105.1 104 .3 103 , if 103.6 104.0 104,5 104,9 105.2

T HET A ( 15 i 1 10 . 4 109 7 109 . 2 109,8 110.6 111.3 111,9 112.4

T HETA ( 16 J 1 15 .8 115 .2 1 15 , 1 116.1 117.2 118.2 119,0 119.7

THETA( 17) 121.4 120 .9 121 . 3 122.7 124 ,0 125,2 1 26. 2 127.0

THE TA ( 18 ) 127 .4 127 .0 127 .8 129,5 131.1 1 32 .4 133.5 134.4

T HE T A ( 19

)

133.8 133 .5 134 .7 1 36 • 7 138.4 139.9 141.0 141 .6 THE TA ( 20

)

140 • 7 140 .5 142 .1 144 . 3 146.1 14 7,5 148,6 149. 3

T UC- T A 1 7 \ 1 1 nc 1 A I ^ i } t4& .4 150 .2 156.9 THeTA(22» 157.^ 157 .4 159 . 3 161.1 162.5 163.5 164. 1 164.6 lHETAi23» 167.9 168 .0 169 -3 17C.4 171 ,2 171.7 172.

C

172.3

THeiAt2<fJ 180.0 180 .0 180 .0 18C,0 18C.0 160.0 180.0 180.0

46. 1 36 .3 22 .2 18.3 16.3 15.2 14.4 13.9 8H(H 72.3 65 .5 49 .8 42.8 38.8 36.3 34.6 3 3.5

H = l<i 06' 20. BETAO 2,913 2.827 2.513 2. 199 1.885 1.571 1.257 0/L4M80A 0.*63 0.450 0.400 0. 350 0. 300 0.250 0.200

«Lf>HA 0.229 C.166 0.081 O.C52 0.036 0.026 0.019

G 23.66 37.72 68. 82 85.63 96. 25 103.41 108.37

CI081 13.74 15.77 18. 38 19.33 19. 83 20.15 20.35

Al 11 6,6554£-01 7. 3355E-01 1.5670E 00 2. 9555E 00 4. 7162E 00 6. 6708E 00 3. 6262E 00

Ar 2) 8.3590E-01 9. 4051E-01 2. 51146 00 6. 3150E 00 1. 3271E 01 2. 3786E 01 3. 7246E 01

A( 3) 9.9312E-01 1. 1341E 00 3.5402E 00 1. 0836e 01 2. 7563E 01 5, 855SE 01 1.0572E 02

A( 4) I.1245E 00 1. 2975E 00 4.5C95E 00 1. 5782E 01 4. 5780E 01 1.0955E 02 2. 1895E C2

A( 51 1.21906 OO 1. 4158E 00 5.266rE 00 2. 0C48E 01 6. 3193E 01 1 . 6315E 02 3. 4820E 02

A( b) 1.2684E 00 1.47796 00 5.6809E 00 2. 2528E 01 7, 3930c 01 1

.

9808E 02 4 . 3661E 02

f HETAH 22.1 16.2 10 .2 8.4 7 .5 7.0 6.7

THEIAi 1) 34.6 30. J 23 .0 19.8 17 .9 16.8 16.

C

rHEIAl 2) 39.4 35.6 28 .5 25.0 22 .3 21.4 20.5

rHETA( 3) 44.9 41.7 35 .0 31.4 29 .0 27,3 26.2

THETAI 4> 50.5 47.6 41 .6 38,0 35 .5 33.8 32.5 TH£TA( 5) 55.9 53.4 48 .0 44.6 42 .2 40,4 39.0

THEtA( 6) 61.1 58.8 54 .1 51.0 48 . 7 46-9 45.6

THETAI 7) 66.2 64.1 59 .9 57. 1 55 .1 53.4 52.2

THETAI 8) 71.1 69.2 65 . 5 63.1 61 .3 59.9 58.7

TMET4I 91 75.9 74.2 70 .9 68.9 67 .4 66.2 65.2

THEtAI 19) 30.6 79,0 76 .3 74.6 73 .4 72.4 71.7

THETAI 111 85,2 83.8 81 .5 80.3 79 .4 78.6 78.1

THETAI 12

1

69.9 83.6 86 . 7 85.8 85 .2 84.8 34.5

TH€TA( 13) 94.5 93.4 91 .8 91.3 91 .1 91.0 90.9

THETAI I*) 99.2 98.1 97 .0 96.9 97.0 97.1 97.3

THETAI IS) 103.9 103.0 102 . 3 102.5 102.9 103.3 103.7

THETAI 16) 108.7 107.9 107 .6 108.2 108 .9 109.6 110.2

THETAI 17) 113.6 112.9 113 .0 114.0 115 .0 115.9 1 16.7 THETAlie) U8,7 1 18.2 118 .6 119.9 121 .2 122.4 123.3

THETAI 19) 124. 1 123.6 124 .5 126. 1 127.7 129.0 130.1 THETAI20) 129.7 129.4 130 .6 132.6 134 .3 135.8 136.9 IHETA(2l

)

135.8 135.5 137 .2 139.4 141,2 142.7 143.8 THETAI22) 142.4 142.3 144 .3 146.6 148.4 149.8 150.9 THEIAI23) 149.8 149.8 152 .0 154.3 156 .0 157.2 158.

C

THETA(2'.I 158.4 158.4 160 .6 152.5 163.8 164.7 165.3 TH£TAI25) 168.4 168.5 170 .0 171.1 171 .3 172.3 172.6 THETAI26) 180.0 180.0 180 .0 180.0 180.0 180.0 180.0

BWIH) 44.2 32.3 20 . 3 16.8 15.1 14.0 13.3 Bull) 69.2 60.7 46 .0 39.5 35.9 33.5 32.0

36
N=15 CB= 20. BETAD 2.929 2.827 2.513 2.199 1.885 1.571 1.257 0/L»HBDA 0.456 0.450 0.400 0.350 0.300 0.250 0.200

ALPHA 0.213 0.143 0.070 0.045 0.031 0.023 0.017

1 25.35 43.72 76. 04 93.09 103.70 110.78 115.51 GIOBI 14.04 16.41 18. 81 19.59 20. 16 20.44 20.53

A( 1) 6.2095E-01 7. 1873E-01 1. 6375E 00 3. 1416E 00 5. 0457E 00 7 1588E DO 9. 2725E 00 " V.

' 7.7242E-01 9. 2167E-01 2. 6910E 00 7.0188E 00 1. 5048E 01 2 7292E 01 4. 3050E 01

A( 3) 9. 1458E-01 1. 1161E 00 3. 8e90E 00 1

2554E 01 3. 3052E 01 7 1841E 01 1 . 3170E 02

Al <il 1.0379E 00 1. 2871E 00 5. 0849E 00 1. 9C99E 01 5. 8151E 01 1 4405E 02 2. 9519E 02

A( 5) 1.1331E 00 1. 4207E 00 6. 1C78E 00 2. 5379E 01 8. 5265E 01 2 3100E 02 5. 1117E 02

A( 6) 1.1933E 00 1. 5057E 00 6. 7<)79E 00 2. 9S43E 01 1. 0553E 02 3 0400E 02 7. 0380E 02

A 1 7) 1.2138E 00 1. 534SE 00 7. 0416E 00 3. ltl4E 01 1. 1457E 02 3 3259E 02 7. 817gE 02 THETAH 21.2 14.6 9 .4 7.8 r.o 6.5 5.2 THETA( 11 33.2 28.3 21 .4 18.4 15.7 15.6 14.8 THETA( 2) 37.8 33.4 26 .6 23.2 21.2 19.9 19.0 THETA( 3) 43.1 39.2 32 .8 29.3 27.0 25.4 24.4

THETAI *) 48.5 45.0 39 . 1 35.5 33.2 31.5 30.2 THETA( 5) 53.6 50.6 45 .2 41.8 39.4 37.6 36.3

THETAC 6) 58.6 55.8 51 .0 47.9 45.6 43.8 42.5

THETAt 7) 63.3 60.9 55 .6 53.8 51.6 49.9 48.6

THETAI 8) 68.0 65.7 51 ,9 59.4 57.5 56.0 54.8

THETAI 9) 72.5 70.4 67 . 1 65.0 63.3 51.9 60.8 THETAIIO) 76,9 75.0 72 .2 70.3 58.9 57.8 55.9

THETAI 11) 81.3 79.6 77 . 1 75.5 74.5 73.6 72.9 THETAilZ) 85.6 84.0 82 .0 8C.8 80.0 79.4 78.9

THETAI 13) 89.9 88.5 86 . 8 86.0 85.5 85.1 84.8 THETAI14) 94.2 92.9 91 .6 91.2 90.9 90.8 90.8 THETAI 15) 98.5 97.3 95 . 4 95.3 95.4 95.5 96.7

THETAI 16) 102.8 101 .8 101 .3 101.5 101.9 102.3 102.7 THETAI17) 107.3 106.4 105 .2 106.8 107.5 ICS. 1 108.7 THETAI 18) 111.8 111.1 111 .2 112.1 113.1 114.0 114.8 THETAU9) 116.5 115.8 116 . 4 117.5 118.9 120.0 120.

THCTAI20) 121.3 120.8 121 . 7 123.3 124.8 125. 1 127.1 THETAI21) 126.4 126.0 127 . 3 129.2 130.9 132.3 133.4 THETAI22) 131.8 131.5 133 .2 135.3 137.2 138.6 139.8 THETAI23) 137.6 137.4 139 . 5 141.8 143.7 145.2 145.3 THETAI24) 143.9 143.9 146 .2 148.5 150.5 151.9 152.9 THETAI25) 151.

151.1 153 .5 155.9 157.5 158.7 159.5 THETAI26) 159.2 159.4 161 .7 163.6 164.9 165.7 166.3

THETAI 27) 168.9 169. 1 170 .6 171.7 172.4 172.8 173.2 rHETAI28) 180.0 180.0 180 .0 lec.o 180.0 180.0 180.0 BWIH) 42.5 29.2 18 .7 15.5 14.0 13.0 12.4 BMIll 66.5 56.5 42 .8 36.8 33.3 31.1 29.7

N=20 DB= 20. BETAD 2 985 2.827 2.513 2 199 1.885 1.571 0/LAHBDA 0.475 0.450 0.400 0.350 0.300 0. 250 ALPHA 0,157 C.078 0.038 0.C24 0.017 0.012

G 33.33 72. 91 107.25 123.56 133.08 139.33

GlOB) 15.23 18.63 20.30 20.92 21.24 21.44

A( 1) 4.6385E-01 7. 2113E- 01 2. 0322E 00 4 .1041E 00 6. 7184E 00 9.6174E 00

Al 2) 5.5445E-01 9. 4009E-01 3. 7711E 00 1 .1195E 01 2. 5724E 01 4. 8562E 01

Al 3) 6.4339E-01 1. 1680E 00 6. 1063E 00 2 .4103E 01 7. 1754E 01 1. 5888E 02

Al 41 7.2743E-01 1. 394CE 00 8.9385E 00 4 . 3909E 01 1.6008E 02 4. 4959E 02

Al 5) 8.0335E-01 1.5063E 00 1. 2059E 01 7 .0131E 01 2. 9950E 02 9. 6760E 02

Al 6) 8.5819E-01 1. 7932E 00 1. 5171E 01 1 .0C25E 02 4. 8306E 02 7385E 03

Al 7) 9.1931E-01 1. 9440E 00 1. 7925E 01 1 .2990E 02 5. 8319E 02 2. 5603E 03

Al 8) 9.5451E-01 2.050CE 00 1.9991E 01 1 .5380E 02 8. 5635E 02 3. 5U0E C3

Al 9) 9.7264E-01 2. 1046E 00 2. 1095E 01 1 .6717E 02 9. 5734E 02 4.0265E 03 THETAH 18.1 9 .9 6.8 5.7 5.1 4.8 THETAI 1) 28.2 21 .1 15.8 13.6 12.3 11.5 THETAI 2) 32.0 25 .5 20.0 17.3 15.7 14.7 THETAI 3) 36.5 30 .6 25.0 21.9 20.1 18.9

THETAI 4) 40.9 35 .6 30.1 25.9 24.8 23.4

THETAI 51 45.2 40 .4 35.2 31.9 29.7 28.1 THETAI 6) 49.3 44 .9 40.

36,8 34.5 32.8 THETAI 71 53.1 49 .2 44.7 41.6 39.2 37.5 THETAI 81 56.9 53 .2 49. 1 46.2 43.9 42.2

THETAI 9) 60.5 57 .1 53.4 50.6 48.5 46.8

THETAI 10) 64,0 60 .9 57.5 55.0 53.0 51.4 THETAIlll 67,4 64 .5 51.5 59.2 57.4 55.9

THETAI 12) 70.7 68 .1 65. 3 63.3 61.7 50.4

THETAI 13) 74.0 71 .6 69. 1 57.4 55.9 64.8

THETAI 141 77.2 75 .0 72.9 71.4 70.1 59. 1 THETAI 151 80,4 78 .4 75. 5 75.3 74.3 73.4 THETAI16) 83.6 81 .7 83.1 79,1 78.4 77.7 THETAI 171 86.7 85 .0 83,7 83,0 82.4 82.0 THETAIiai 89,9 88 .3 87.3 86.8 86.5 86.2

IHETAI 191 93,0 91 .6 90,9 90.6 90.5 90.5 THETA (20) 96,2 94 .9 94.4 94.4 94.6 94.7 IHETAt2l) 99.3 98 .2 98.0 98.3 98.5 98.9 THETAI221 102,5 101 .5 101.5 102.1 102.7 103.2 THETAI231 105,7 104 .9 105.3 106.0 105.8 107.5 THETAI24) 109,0 108 .3 109.0 IIC.O 11 I.

111.9 THETAI25) 112,4 111 .8 112.7 114.0 115.2 116.2 THETAI261 115,8 115 .3 116.6 118.1 119.5 120.7 THETAI27) 119.3 119 .0 120.5 122.3 123.9 125.2 rHETAI28) 122.9 122 .8 124.5 126.5 128.3 129.7 THEIAI29) 126.7 126 .7 128.8 131.0 132.9 134.4 THETAI30) 130.7 130 .8 133.2 135.6 137.5 139.

IHETAI 31

134.8 135 .2 137.9 140.4 142.4 144.0 THETAI32) 139.3 139 .8 142. 7 145.4 147.4 148.9

THETAI 33) 144. 1 144 .8 147.9 15C.6 152.5 153.9 THETAI 34

149.4 150 .2 153.5 155.0 157.8 159.0 THETAI35) 155.4 155 .3 159.5 151.7 163.2 164.2 THEIAI36) 162.3 153 .3 166.0 157.7 168.7 169,4

THETAI 37

170.5 171 .2 172.9 173.8 174.3 174.7 THETAI 38 1 180.

180 .0 180.0 18C.0 180.0 180.0

8WIH1 35. 1 19 .7 13.5 11.4 10.3 9.6

BMI 1 ) 56.4 42 .1 31.7 27.2 24.5 23.0

57
N-=25 DB

BETAO D/LAHBDA

ALPHA

= 20.

3.017 0.480

0.125

2 .827 0.450

C .049

2.513

0.400

0.024

2. 199 0.350

0.015

1.885 0.300

0.011

N=30 DB BETAO D/LAHBDA

ALPHA

= 20.

3.039 0.483 0.103

2.827 0.450

0.033

2.513 0.400

0.016

2. 199 0.350

0.010

& 40.64 97.97 130.19 144.27 151.43 G 47.33 117.96 146. 49 158.20

G(OB) 16.09 19.91 21.15 21.59 21.80 GlOB) 16.75 20.72 21. 56 21 .99

A( 11 3.6947E-01 7 8251E-01 2. 4629E 00 5. 0952E 00 8. 4139E 00 Al 1 ) 3.0676E-01 8. 6783E-01 2. 9103E )0 6. lOOOE 00

A( 2) 4.2919E-01 1 0504E 00 5. 1168E 00 1. 6453E 01 3. 9386E 01 Al 2) 3.4895E-01 1. 2054E 00 6. 7C71E 00 2. 27eOE 01

A( 3) 4.8877E-01 1 3455E 00 9. 1607E 00 4. 1273E 01 1. 3290E 02 Al 3) 3.9132E-01 1. 5948E 00 1. 3143E ) 1 5. 5157E 01

A( 4) 5.4687E-01 1 6585E 00 1. 4747E 01 8. 7C04E 01 3. 5713E 02 A 1 4 ) 4.3324E-01 2. 0290E 00 2. 3002E 0 1 1. 5551E 02

Al 5) 6.0214E-01 1.97e2E 00 2. ie38E 01 1. 6043E 02 8. 0465E 02 Al 5) 4.7405E-01 2. 4981E 00 3. 6908E 0 1 3. 2338E 02

A( 6) 6.5324E-01 2 2922E 00 3. 0167E 01 2. 6495E 02 1. 5673E 03 A( 5) 5.1 309E-01 2. 9893E 00 5. 5156E 0

1

5.0143E 02

A( 7) 6.9891E-01 2 5872E 00 3. 9228E 01 3. 9796E 02 2. 6920E 03 A 1 7 ) 5.4972E-01 3. 4e75E 00 7. 7571E 0

1

1. 0175E 03

A( 8) 7.3801E-01 2 8501E 00 4. 8313E 01 5. 4918E 02 4. 1320E 03 Al 8) 5.8333E-01 3.9761E 00 1.0341E 3 2 1. 5840E 03

A 1 9 ) 7.6953E-01 3 0689E 00 5. 6599E 01 7. 0122E 02 5. 7201E 03 Al 9) 6.1333E-01 4. 4375E 00 1. 3 135E ) 2 2. 2882E 03

A( 10) 7.9267E-01 3 2333E 00 6. 3255E 01 8. 3242E 02 7. 1870E 03 Al 10) 6.3916E-01 4. 3544E 00 1. 5958E )2 3. OeSBE 03

A ( 11 ) B.0677E-01 3 3352E 00 6. 7569E 01 9. 2156E 02 8. 2293E 03 AIU) 6.5044E-01 5. 2104E 00 1. 8593E ) 2 3. 9C19E 03 A(12l 8. 1 152E-01 3 3693E 00 6. 9064E 01 9. 5316E 02 8.6071E 03 AI12) 5. 7672E-01 5. 4913E 00 2. 0818E 4. 6409E 03 THETAH 16.0 7.5 5.3 4.5 4.1 4 113) 5.8775E-01 5. 5853E 00 2. 2431E 5. 2038E 03 rHETA( 1) 24.9 16.8 12.6 1C.8 9.7 Al 14) 6.9319E-01 5. 7844E 00 2. 3278E 5. 5C84E 03 THETAI 2) 28.3 20.6 15.9 13.7 12.5 THETAH 14.5 5.1 4 3.7 THETA( 3) 32.2 25.2 20. 1 17.5 16.0 THETAI 1) 22.6 14.0 10 8.9 THETA( <i) 36. I 29.6 24.5 21.6 19.8 THETAI 2) 25.6 17.3 13 11.4 THETA( 51 39.8 33.9 28. 8 25.7 23.7 THETAI 3) 29.1 21.4 15 14.6 THETA( 61 43.3 37.9 33.0 29.8 27.7 THETAI 4) 32.6 25.4 20 18.0 THETA( 71 46.7 41.7 37.0 33.9 31.6 THETAI 5) 35.9 29.3 24 21.5

THETAI 81 49.9 45. 3 40.9 37.8 35.5 THETAI 6) 39.1 32.9 28

^ 25.1 THETAI 9) 53.0 48.7 44.6 41.6 39.3 THETAI 71 42.1 35.3 31 28.5

THETAI 101 56.0 52.0 48.1 45.3 43.1 THETAI 8) 45.0 39.5 35

'

1 32.0 THETAI 11

)

58.9 55.2 51.6 48.9 46.8 THETAI 9) 47.7 42.7 38 35.3 THETAI 12) 61.7 58.2 54.9 52.4 50.4 THETAI 10

)

50.4 45.7 41 38.5 THETA(13) 64.4 61.2 58.2 55.8 53.9 THETAI 11

)

52.9 48.5 44 41.7

THETAI K) 6f.l 64.1 61.3 59.2 57.4 THETAI 12

)

55.4 51.3 47 44.8 THETAdSI 69.8 66.9 64.4 62.5 60.9 THETAI 13) 57.8 53.9 50 47.8

THETAI 16

)

72.4 69.7 67.5 65.7 64.3 THETAI 14) 60.2 55.5 53 50.7

THETAI 17

)

74.9 72.5 70.5 66.9 67.6 THETAI 15

)

62.5 59.0 56 53.6

THETAI 18) 77.5 75.2 73.4 72.0 70.9 THETAI 16) 64.7 51.5 58 56.4 THETAI19) 80.0 77.9 76. 3 75.2 74.2 THETAI 17

)

57.0 63.9 51 59.2 THETAI 20

1

82.5 80.5 79.2 78.2 77.5 THETAI 18) 59.2 66. 3 53 62.0

THETAI 21

)

85.0 83.2 82.0 81.3 80.7 THETAI 19) 71.3 58.5 66 64.7 THETA(22

)

87.4 85.8 84.9 84.3 83.9 IHETAI20) 73.4 70.9 68 57.3 THETA(23) 89.9 88.4 87.7 87.4 87.1 THETAI21

)

75.5 73.2 71 59.9

THETAI 24) 92.4 91.0 90. 5 90.4 90.3 THETAI22) 77.6 75.4 73

^ 72.5

THETAI 25

)

94.8 93.6 93.4 93.4 93.5 THETAI23) 79.7 77.5 76 75.1 THETAI26) 97.3 96.2 96.2 96.5 96.7 THETAI 24

)

81.8 79.6 78 77.7 THETAI27) 99.8 98.9 99. 1 99.5 100.0 THETAI25) 83.8 82.0 81 .C 80.2 THETAI 28 ) 102.3 101.5 101.9 102.5 103.2 THETAI26) 85.8 84.2 83 . 3 82.7 THETAI29) 104.9 104.2 104.8 105.7 106.5 THET4I27) 87.9 86.4 85 . 7 85.3 THETAI30) 107.4 106.9 107.7 108.8 109.8 TH6TAI28) 89.9 88.5 88 .0 87.8 THETAI 31

1

110.0 109.6 110.7 111.9 113.1 THETAI 29

)

91.9 90.7 90 . 4 90.3 THETAI 32

)

112.7 112.4 113.7 115.2 116.5 THETAI 30

)

94.0 92.8 92 . 7 92.8

THETAI 33

)

115.4 115.2 116.8 118.4 119.

9

THETAI 31 ) 95.0 95.0 95 . 1 95.3

THETAI 3*

1

118.1 118.1 119.9 121.7 123.3 THETAI 32

)

98. 1 97.2 97 .4 97.8

THETAI 35

)

120.9 121.1 123. 1 125.1 126.9 THETAI 33

)

100.1 99.4 99. 8 100.3

THETAI 36

)

123.8 124.

1

126.4 128.6 130.5 THETAI 34

)

102.2 101.6 102.2 102.9

THETAI 37

)

126.8 127.3 129. 8 132.2 134.1 THETAI 35

)

104.3 103.8 104.6 105.4 THETAI 38

)

129.9 130.6 133.3 135.8 137.9 THETAI 36

)

106.4 106.0 107 .0 108.0 THETA 1 39

)

133.2 1 34.0 137.0 139.6 141 .7 THETAI 37

)

108.5 108. 3 109 .4 110.5

THETAI<.0) 136.6 137.6 140. 8 143.5 THETAI 38

)

110.7 1 10.6 111 . 9 113.3 THETACil ) 140.2 141.4 144. 8 147.6 149.5 THETAI 39

)

112.9 112.9 114 .4 115.9

THEIA('t2 ) 144. 1 145.5 149. 1 151.8 153.7 THETA 140) 115.1 115.2 115 .9 118.7

THETAIiiS ) 148.3 149.9 153.5 156.2 157.9 THETAI41

)

117.3 117.5 119 . 5 121.4 THETAI '.'r ) 153.0 154.7 158. 3 160.7 152.2 THETAI42 ) 119.6 122 .2 124.2

THETAI<.5 ) 158.2 160,0 163.3 165.3 165.6 THETAI43) 122.0 122.5 124 .9 127.1 THETAI46) 164.3 166.0 168.7 170.1 171.0 THETAI44) 124.4 125.1 127 .7 130.0

THETAI<.7 ) 171.6 172.7 174.3 175.0 175.5 THETAI45) 125.9 127.8 130 .5 133.0

IHETAI<(8) 180.0 180.0 180.0 180.

0

180.0 rHETAI46) 129.5 130.5 133 . 4 135.0 BWIHI 32.0 15.1 10.6 9.0 8.1 THETAI 47

)

132. 1 133.3 135 . 5 139.1 BWdl 49.8 33.6 25.2 21.5 19.5 THETA 1 48

)

134.9 136.3 139 .6 142.4 THET4(49) 137.8 139.3 142 .9 145.7 THETAI50) 140.8 142.6 145 . 3 149.1 THETA 1 51

)

144. I 146.0 149 . 8 152.5

THETAI 52

)

147.5 149.7 153 .6 155.2

THETAI 53

)

151.3 153.7 157 . 5 150.0

THETAI 54

)

155.5 158.0 161 . 6 163.8

THETAI 55

)

160. 3 162.8 165 .0 157.8

THETAI 56) 165.8 168.0 170 .5 171.8 IHETAI57) 172.4 173.8 175 . 2 175.9

THETAI 58

)

180.0 180.0 180 .0 180.0 BWIH) 29.0 12.2 8 . 8 7.4

BUI 1 ) 45.1 27.9 20 .8 17.6

36
N= 3 DB= 25. BETAD 1.903 1.885 1.571 1.257 0.942 0.628 0.314 0/L4HBDA 0.303 0.300 0.250 0.200 0. 150 0. 100 0.050

4LPHA 1.239 1.221 n. 940 0.708 0.506 0.327 0. 161

G 3.3<. 3.42 4.59 5.52 6.22 5.71 6.99

G(Dei 5.24 5.3<i 6.52 7.42 7.94 8.27 8.45

A( 1 ) 1.7e7CE 00 1.7871E 00 1.8C75E 00 1.8528E 00 1.9C65E 00 1.9550E 00 1.9e82E CO THETAH 65.3 6'..

53. 1 46.6 42.9 40.8 39.6

THETA( I) 11*.

113.6 108.5 104. 8 102.2 100.5 99.5

FHETAI 21 130.6 130.3 126.8 124.2 122.5 121.4 120.7

THEIAI 3) 153.6 153.'. 151.6 150.5 149.7 149.2 148.9

FHETAI <,! 180.0 180.0 18C.0 18C.0 180.0 180.0 180.0

SMIHI 130.7 129.0 106.3 93.2 85.8 81.5 79.3

BM(1 1 227.9 227.2 716.9 209.6 204.4 201.0 199. 1

N= 4 DB= 25. BETAD 2.161 1.B85 1.571 1.257 0.942 0.628 0.314 0/LAM60A 0. 344 C.300 0.250 0.200 0. 150 0. 100 0.050

ALPHA 0.981 0. 747 0. 555 0.408 0.288 0.185 0.090

G 4.90 7.15 9.23 10.82 11.99 12.79 13.26

GlOB) 5.90 8.55 9.65 10.34 10.79 11.07 11.22

Al 11 2.0699E 00 2.129CE 00 2.2900E 00 2.4514E 00 2.69C1E 00 2.8547E 00 2.9625E 00 THETAH 52.8 41.5 35. 1 31.7 29.7 28.6 28.0

THETAI 11 89. 3 83.2 78.4 75.2 73.0 71.5 70.7

THETA( 2) 101.1 95. I 92.3 89.7 87.9 86.7 85.0

THETAI 3) 117.0 113.

110.7 108.9 107.8 107. 1 106.7

THETAI 4) 135.6 133.3 131.8 13C.9 130.4 130. 1 130.0

THETAI 51 156.8 155.7 155.1 154.8 154.7 154.7 154.7

THETAI 6) 180.0 180.0 180.0 180.0 180.0 180.0 180.0

BHIHI 105.5 83.3 70. 3 53.4 59.5 57.2 55.9

BHII) 178.6 166.3 156.9 15C.4 145.9 143.0 141.4

BETAO 2.348 2.199 1.885 1.571 1.257 0.942 0.628 0.314 0/LAHBDA 0.373 0.350 0. 300 0. 250 0.200 0. 150 0. IGC 0.050

ALPHA 0.79* C .664 0.474 0.348 0.254 0. 178 0.114 0.056

G 6.60 8.85 12.85 15.94 IB. 27 19.97 21.14 21.82

GlOB) 8.19 9.47 11 .09 12.02 12.62 13.00 13.25 13. 39

Al 11 2.0318E 00 2.069SE 00 2.3181E 00 2.5809E 30 3.0755E 00 3.4439E 00 3.7412E OC 3.9335E 00

Al 2 1 2.5478E 00 2.6054E 00 2.989qE 00 3.5792E 00 4.2578E 00 4.9265E 00 5.4907E 00 5.e676E 00 THETAH 44.9 . 37.7 29.5 25 .9 23.8 22.6 21.8 21.4

THETAI 1) 74.8 70.6 54.5 60 .5 57.9 56. 1 55.0 54.3

THETAI 2) 84.0 30.5 75. 3 71 .9 69.5 57.9 65.8 65. 1 THETAI 31 96.1 93.3 89. 2 86 .5 84 .7 83.4 82.6 82.1

THETAI 4) 109.7 107.6 104.6 102 .8 101.5 100.9 100.4 100.2 THETAI 5) 124.7 123.1 121.2 12C .2 119.8 119.5 119.4 119.4

THETAI 61 141.2 140.2 139.2 13fl .9 138.9 139. 1 139.2 139.3

THETAI 7) 159.8 159.3 158.9 158 .9 159.1 159.3 159.5 159.6

THETAI 81 180.0 180.0 18C.0 18r .0 180.0 180.0 180.0 180.0

BMIH) 89.9 75.4 59.2 51 .7 47.5 45.2 43.7 42.9

BWI 1 ) 1 149.5 141.2 129.0 121 .2 115.9 112.3 1 lO.C 108.6

2.481 0.395

0.661

2.199 0.350

C .453

1.885 0.300

0.321

1.571 0.250

0.234

1.257 0.200 0.1700.942

0.150

0.120

0.628

0. 100 0.076

0.314 0.050

0.037

8.37 9.23

.8804E 00 .5875E 00

14.76 11.59 2.0535E 00 2.9154E 0020.29

13.07 2.5155E 00 3.7811E 00

24.49

13.89 3.0790E 00 4.97506 00

27.55

14.42 3.5640E OC 5.3490E 00

29.97

14.77 .2001E 00 .7282E 00

31 .55 14.99 .5286E 00 .9134F 0032.49

15. 12 4.9047E 00 9.7160E 00 THETAH 39 6 28 0 22 9 20 4 19 0 18 2 17 6 17 3 THETAI 1) 65 2 57 5 52 4 49 2 47 0 45 5 44 5 44 0 THETAI 2) 73 0 66 3 61 7 58 7 56 5 55 1 54 1 53 5 THETAI 31 82 9 77 3 73 5 71 0 . 59 2 57 9 67 C 65 5 THETAI 4) 93 9 89 3 85 4 84 5 83 1 82 2 81 5 81 2 THETAI 5) 105 4 101 9 99 8 98 6 97 8 97 3 97 C 96 8 THETAI 6) 117 7 1 15 0 113 8 113 2 113 0 112 9 112 9 113 0 THETAI 71 130 9 129 1 128 6 128 6 128 8 129 1 129 3 129 5 IHETAI 8) 145 5 144 5 144 5 144 8 145 3 145 7 145 0 146 2 THETAI 91 162 0 151 5 151 7 152 1 162 4 162 7 162 9 163 1 THETAI 101 180 0 180 0 180 0 18C 0 ISO 0 180 0 180 0 180 0 BMIH) 79 2 55 9 45 8 4C 9 38 0 36 3 35 3 34 7 BMIl) 130 5 115 1 104 9 98 3 93 9 90 9 89 C 87 9

59
25. 8EIA0 2.579 2.513 2. 199 1.885 1.571 1.257 0.942 0.628 0.314 0/LAMBOA O.'ilO 0.400 0. 350 0. 300 0.250 0.20C 0. 150 0. 100 0.050

ALPHA 0.563 C.503 0. 325 0.229 0. 157 0.121 0.085 0.054 0.026

b 10. 18 12. 51 22.08 29.25 34.57 38.77 41. 77 43.83 45.02

C(OB) 10.08 10.97 13.44 14.65 15.40 15 .88 16.21 16.42 16. 53

A( 1 ) 1.70eiE 00 1.72<i8E 00 2.1042E 00 2.7449E 00 3.4979E 00 4.2654E 00 4.9633E 00 5. 5192E 00 5.8767C 00

Al 2) 2.4374E 00 2.4685E 00 3.2111E 00 4.52e5E 00 6.5567E 00 e.8138E 00 1. 1122E 01 1. 3134E 01 1.4511E 01

A( 31 2.7267E 00 2.7639E 00 3.6664E 00 5.4478E 00 7.9725E 00 1 . 1049E 0

1

1.43C7E 01 1. 7230E 01 1.926BE 01 rHETAH 35.7 31 .7 22.2 18.7 16 .9 15.8 15 .2 14.8 14.5

rHETA( 11 58.4 56 .1 48.4 44.

1

41 . 3 39.4 38 .1 37 .

3

36.9

THEIAl 2) 65.2 63 . 1 56.3 52.2 49 .5 47.6 46 .3 45.4 44.9

THETAI 3) 73.8 72 .0 66. 2 62.6 60 .2 58.4 57 . 1 56. 3 55.8

THETA( ^) 83.1 81 .6 76. 7 73.8 71 .8 7C.3 69 .3 58.5 58.1 THETA( 51 92.7 91 .4 87.5 85.3 83 .8 82.8 82 .0 81.5 81.3

THETAI 6) 102.6 101 .6 98.5 97.0 96 .1 95.5 95 95.0 94 .8 ThETA( 7) 112.9 112 .1 109.8 109.0 108 .7 108.5 108 .6 108.7 108.7 THETA( ai 123.8 123 .2 121.7 121.4 121 .7 122.0 122 .3 122.6 122.7 THEfAl 9) 135.7 135 .2 134.4 134.5 135 .2 135.8 136 .3 136.7 135.9

THETA( 10) I'^S.B 148 .5 148.2 148.8 149 .5 150.2 150 .7 151.0 151.2

THETAI 11

)

163.7 163 .5 163.6 164.0 154 .5 154.9 165 .3 155.5 155.6 THerA(12) 180.0 180 .0 180.0 18C.0 180 .0 180.0 180 .0 180.0 18C .0 BHIHI 71.* 63 .4 44.4 37.4 33 .8 31.7 30 .3 29.5 29.1

BW( 1 1 116.9 112 .1 96.9 88.2 82 .5 78.8 75 .3 74.5 73.7

N= 8 08= 25. BETAD 2.652 2.513 2.199 1.885 1.571 1.257 0.94 2 0.528 0/LAHBOA 0.422 0.400 0.350 0.300 0.250 0.200 0.150 0. 100 ALPHA 0.490 C.379 0.244 0.171 0. 125 0.091 0.064 0.041

G 12.01 18.61 30.65 39. 57 46.31 51 .40 55. 14 57.70

G(DBI 10.80 12.70 14.86 15.97 16.65 17.11 17.41 17.61

A ( 1) 1.5464E 00 1.6307E 00 2. ie59E 00 3. 0012E 00 3.9346E 00 4.8780E 00 5 7328E 00 6.4125E 00

A 1 2 ) 2.2296E 00 2.3904E 00 3. 55HE 00 5. 5746E 00 8.3578E 00 1 . 1576E 01 1 5123E 01 1.8151E 01

Al 3) 2.6467E 00 2.8587E 00 4. 4459E 00 7. 4 130E 00 1.1812E 01 1. 7444E 01 2 3553E 01 2.9417E 01 THETAH 32.7 25.2 18.4 15 .6 14.4 13 .5 13 .0 12.7 THETA( 1) 53.3 48.4 41.8 38 .0 35.5 33 .9 32 .8 32. I IHETA( 2) 59.4 55.1 49.0 45 .3 42.8 41 . 1 39 .9 39.1 IHEfAl 31 57.1 53.3 57.9 54 .6 52.2 50 .5 49 .3 48.5

THETA( 4) 75,2 72.0 67.4 64 .5 62.5 60 .9 59 .8 59.1 IHETAl 5) 83.6 80.8 77.1 74 .7 73.0 71 .8 70 .9 70.3

THETAI 5 1 92.0 89. 7 86. 7 84 .9 83.7 82 .9 82 .3 81.9

THETAI 71 100.6 98.7 95.4 95 .2 94.5 94 . 1 93 .9 93.7

THETAI 81 109.5 107.9 105.2 105 .7 105.5 105 .5 105 .6 105.7

THETAI 91 118.7 117.5 116.5 115 .4 115.7 117 . 1 117 .5 117.7

THETAI 10) 128.6 127.6 127.2 127 .7 128.4 129 .0 129 .6 130.0

THETAI 11

)

139.4 138.7 138.8 139 .5 140.5 141 . 3 141 .9 142.3

THETA 1 12

)

151.4 151.0 151.4 152 .3 153.2 153 .9 154 .5 154.8 THETAI13) 155.0 154.8 165.2 165 .9 166.4 165 .9 157 .2 167.4

THETAI 14) 180.0 180.0 180.0 18C .0 180.0 180 .0 130 .0 180.0

RWIH) 55.5 50.4 36. e 31 .6 28.8 27 .1 25 .0 25.4

BUI 1 1 106.7 96.9 83.5 75 .0 71.1 57 .8 65 .7 64.2

N= 9 CB= 25.

BETAD 2.709 2.513 2.199 1.885 1.571 1.257 0.942 0.628 0/LAHBDA 0.431 C.400 0.350 0.300 0.250 0.200 0. 150 0.100

ALPHA 0,433 C.295 0. 189 0.133 0.097 0.070 0.049 0.031

13. 86 25.72 40.31 51 . 08 59.21 55. 34 59. 83 72.91 GlOB) U. 42 14.10 15.05 17. 08 17. 72 18. 15 18. 44 18.53

Al 1 ) 1 .4035E 00 1. 5857E 00 2. 2973E 00 3.2772E 00 4 3847E 00 5 4991E 00 5 5071E 00 7. 3C81E 00

Al 2) 2.0193E 00 2. 3715E 00 3. 9455E DO 6.5335E 00 I 0393E 01 1 4949E 01 1 9739E CI 2. 3998F 01

A 1 31 2.4751E 00 2. 967;E 00 5. 3149E 00 9. 7473E 00 1 5631E 01 2 5816E 01 3 5289E 01 4.621CE 01

Al 41 2.6434E 00 3. 1901E 00 5. 8478E 00 1. 1C25E 01 1 9331E 01 3 0751F 01 4 41 16E 01 5. 7C39E 01 THETAH 30 .4 20 .9 15 . 8 13.7 12 .5 11 .9 11 .4 11.1 THETAI 11 49 .3 42 .5 36 . 7 33.4 31 .2 29 .8 28 .8 28.2

THETAI 2) 54 .9 48 .8 43 . 3 39 .9 37 .5 36 . 1 35 .0 34.3

THETAI 3) 61 .8 56 .5 51 .5 48 .3 46 .1 44 .5 43 .3 42.6

THETAI 4) 69 .2 64 .6 50 .3 57.4 55 .3 53 .8 52 .7 51.9

THETAI 51 76 .7 72 . 7 59 .0 65 .6 64 .8 63 .4 52 .5 61.8

THETAI 51 84 . 1 80 .7 77 . 7 75.7 74 .3 73 .3 72 .5 72 .0 THETAI 7) 91 .6 88 .7 86 .3 84 .9 83 .9 83 .2 82 .7 82.4

THETAI 8) 99 .2 96 .7 94 .9 94 .0 93 .5 93 .2 93 .0 92.9

THETAI 9) 106 .9 104 .9 103 . 7 103 .3 103 .2 103 . 3 103 .4 103.4 THETAI 10) 114 .9 113 .3 112 .6 112 .8 113 . 1 113 .5 113 .9 114.1 THETAI 11

)

123 .4 122 .1 122 .0 122 .6 123 .3 - 123 .9 124 .5 124.9

THETAI 12

)

132 .4 131 .5 131 .9 13? .8 133 .8 134 .5 135 .3 135.8

THETAI 13

)

142 .3 141 .8 142 .5 143 .7 144 .7 145 .6 146 .3 146.7 THETAI 14) 153 .4 153 .2 154 . 1 155 .2 155 .1 156 .9 157 .4 157.8

THETAI 15) 166 .1 165 .0 166 .7 167 .4 157 .9 158 .4 168 .7 158.9 THETAI 16

)

180 .0 180 .0 180 .0 18r .0 180 .0 180 .0 180 .0 180.0

BHIHI 50 .8 41 .7 31 .5 27 .4 25 .1 23 .7 22 .8 22.2 BMIl) 98 .7 85 .2 73 .4 66 . 7

to

52 .4 59 .5 57 .6 55.3
N=10 DB= 25.

6ET*0 2.755 2 .513 2- 199 1.885 1.571 0/LAHBOA 0.438 0.400 0- 350 0 • 300 n" 7no n 1 sf 0 100 ALPHA 0,387 C . 235 0,150 0. 105 0.0 o'o39 0 . 0 25

G 15-70 33. 71 50-94 63.61 89 OA G(OB) 1 1 .96 15 . 28 17.07 18 . 04 18 64 19*33 19*50

A( n 1.2602E 00 1 • 5 7 50E 00 2. 4295E 00 3 56766 00 1 -it 7C

' 1 Z6 f t vU 2 8526 00 6.20536 00

A( 2) 1.8265E 00 2. 402CE 00 4. 39716 00 7 - 8101E 00 ^ " 266B6 01 1 aoo5v /. 10 c n I t U

497 7 6 01 3 mV Ct OC u t A( 3) 2.2770E 00 3. 114CE 00 6. 29896 00 1 - 25076 01 2, 25626 01 ^* 64446 0 I 0,0 C \J L A( 2.5318E 00 3. 526eE 00 7.47476 00 1

56386 01 2 • 96696 01 n 1 1 a c n 1 36 CI 1 . £ J1Z 'J C. THETAM 28.5 17.8 13.8 12.1 11.1

?a' \ THETA( I) 46. 1 38.0 32.7 29.7 27.8

THETAI 2) 51.2 43.9 38.

35.7 33*6 32-2 31.2 TNETAf 3) 57.6 51.2 46.4 43-4 41.2 39-7

7'r

3 7 • 9- THETA( Mi 64.4 58.7 54.5 51-7 49.6 48 . 1 46 . 3 THETA( 5) 71.2 66. 3 62 • 6 60. 1 58-2

A^* 7 THETAf 6) 77-9 73-6 70.5 68-4 66 . 9 7i I THETAi 7» 84.6 80 . 9 78.4 7 6-7 739 73*5

THETAI 8) 91-3 88 . 1 86.2 Ra' 7 83*6 8 3.1 82.8

THETAC 9) 98 • 1 , 93-9 92*8 92-5 92.4 92.3 THETA f 10 ) 104 • 9 102- 7 101.6 im "5 101*5 101.6 101,7 101 . 8 THETAt 11 J 112.0 110.2 109.8 1 I r n 110.7 1 1 1 - 1 111.3

THETA( 12119.3 117-9 ua-o 1186 119*4 120-6 121.0 THETA( 13 } 127.1 I 26. 1 126.7 127-6 1 7q'

130.2 1 30 . 6 THETA( 1^

135.5 134-9 135. 8 137 . 1 138 2 139' 2 THETA(15» 144-7 144.5 145.7 147.0 146.2 149.1 149-8 150.2

THETAI 161 155.1 155.1 156.4 157.6 158.5 159,3 159.8 160. 1 THETA* 17) 166.9 167. I 167.9 168.6 169.2 169,6 169.9 170. 1 THETAC18) 180-0 180.0 180-0 18P.0 180.0 180.0 1 80 , C 180 .0 6W(H) 56.9 35.6 2 7-6 24.2 22.3 21.1 20,3 19.6

BW( 1

92.2 76.1 65-5 59-4 55.6 53-0 51.3 50.2

N=ll OB= 25.

BETAD 2. 792 2.513 2. 199 1 . 885 1.571 1 - 25 7 0 . 942 D/LAMBDA 0-444 0.400 0.350 0. 300 0.250 0-200 0. 150 ALPHA 0.350 C.191 0. 122 0 . C86 0 .062 0.045 0 ,032

G 17.54 42.48 62.41 77, 00 67 - 96 96-22 102.23

G ( OB12.44 16.28 17.95 1 6 > 66 19 * 44 19-83 20.10

A 1 1 ) 1 . 17 39E 00 L. 5883E 00 2- 5767E 00 3 . 8684E 00 5 3118E 00 6 7590E 00 8 .06606 OC

At 2i 1.6562E 00 2.4711E 00 4. 90056 00 10596 00 1 5 1 6 76 01 2.27496 01 3 -08 3 76 01

A 1 3

2-0816E 00 3. 3021E 00 7- 41576 00 157416 01 2 9734E 01 4.96096 01 7 .33426 01

A ( ) 2.37396 00 3. 89676 00 9. 37726 00 2. 1440E 01 4 34506 01 7 7118E 01 1 - 1992E C2

A ( 5 ) 2-4781E 00 4. 1127E 00 1- 01206 01 2. 3699E 01 4 9 1 3 7E 01 8 8g91E 01 1 .40706 02

T HETAH 26.8 15.6 12.3 1 C . 6 10-0 9-5 9-1 THETA ( 1

43.4 34.3 29.5 26,8 25-1 23.9 23-1

The T A ( 2 ) 48-2 39,9 35.1 32-2 39.3 29.0 28.1

T HE T A ( 3 ) 54.2 46.8 42.2 39,3 37.3 35.8 34.8

THET A ( * ) 60 .4 53.9 49. 6 7 .0 44 .9 43.5 42-4

The

Ai 566.7 61 .0 57.3 54.8 52.9 51.4 50.4

THE T A ( 6 ) 72 • 9 67.9 6'..7 62.5 60,8 59.5 58-6

THET A 1 7 ) 79-0 74.6 70-1 68. 7 67.7 66-9

r HET A ( 8 ) 85. 1 81.2 79. 1 77.7 76,6 75.8 75-2

T HE T A 1 9 ) 91.1 87.8 66. 1 85.1 84 ,4 83.9 83.5 THETA ( 10

97 .2 94.4 93.2 92 .92-3 92.1 91,9

T MET A ( 11 ) 103.4 101.0 100. 3 IOC . 1 100-2 ICO.

ICO.

THET A ( 12 ) 109.6 107.8 107. 5 107-8 108.1 106.5 108-8

T HE T A 113) 116.2 114.7 114-9 115.5 116.2 116.9 117.4

T H£TA t l<f I 123.0 122-0 122.6 12 3.6 124.5 125.4 126.1

I rlt 111 1 !> 1 130 - 2 129.6 130.6 131.9 13 3.1 134. 1 1 34- S

1 rlt 1 A I 1 o 1 137.9 139. 2 140.7 141.9 142.9 143. 7 THETAI 17

146-7 146.9 148.4 149.9 151.1 152.0 152-6

T^€TA^ 18) 156.5 156.9 158.3 15<?.5 160.5 161.2 161-7 THETA(19) 167.6 168.0 168.9 169,6 170-2 170,fe 170.

THETA(20 ) 180.0 180.0 180.0 18C.0 180.0 160.0 180.

BHlH

53.7 31-1 2'r,6 21.7 20-0 19.

18.3 Bull

86.8 68.7 59.1 53,6 50. 1 47.8 46-2

N-12 DB ~ 25.

BET AO 2.823 2.513 2.199 1 • 865 1-571 1.257 0 . 942 d/lamboa 0 .449 0.400 0.35C 0 . 300 0-250 0-200 0.150

ALPHA 0*319 C-158 O.lOl 0 . 07

0-052 0.038 0-026

G 19.38 51,94 74.58 91.09 103 .47 112-73 1 19.46

G ( OB ) 12.87 17. 16 18.73 19, 59 2C . 15 20.52 20.77

A ( 1

1.0822E 00 I. 61846 00 2. 73486 00 4. 1770E 00 5 /845E 00 7 3951E 00 6 .64906 CO

A ( 2) 1 . 506 IE 00 2. 57086 00 5. 454-'»e 00 1 < 05216 01 1 79526 01 2 .72816 CI 3 .7324E 01

A ( 3

1.9C08E 00 3 5303E 00 8 67736 00 I 9^*966 01 3 .8275E 01 6 .55926 01 9 .6767E 01

A ( ) 2-2C27E 00 4 3126E 00 I. 16006 01 2. 8630E 01 6 1362E 01 1 ,13516 02 1 .81856 02

A ( 5

2.3668E 00 4 752^.6 00 1. 33^56 01 3. 4'i576 01 7 7051E 01 1,47946 02 2.44346 02 THETAH 25.5 13.9 1 1. I 9.8 9,1 8.6 8.3 THETA ( 1

41.1 31.3 26.9 2^.4 22.8 21.7 21,0

THETAI 2) 45.7 36.6 32-1 2*3 .4 2 7-6 26.4 25.6

The T A f 3

5 L • 3 43.1 38-7 3 5.9 34.0 32.7 31.7

THETAI hi 57.1 49-9 45.8 4? , 1 41.1 39.7 3H.7

I HE T A 1 5 ) 63 «0 56.5 52.9 50.3 4 6-4 47.0 46.0

THETAI 6) 68.7 63.0 59. 8 57-5 55.8 54,4 53.5 THETAI 7) 74.4 69.3 66-6 64 .6 63.1 61.9 61.0

THETAI 8) 80 «0 75.5 73.2 71-6 70.3 69-4 68-7

T HE T A t 9 J 85.5 81-6 79, 7 78-5 77-5 76.8 76.3 THETA 1 10

91.0 87.6 86.2 8 5,3 84-7 64-3 83.9 THETA ( 11

96.5 93.6 92.6 92,2 91,9 91-7 91,6

f HETAI 12

102 .

99-7 99. 1 99.0 99.1 99.2 99.3

THETAI 13

107 .8 105.8 105.7 106.0 106 .4 106.7 107-C

THETAI 1*) 113.6 112.1 112.

113,0 113.7 114.3 114.6 THETA ( 15

1 19.7 118.6 119. 3 12C. 3 12 1.2 122. I 122.7

T HETAI 16

126-1 125.5 126. 5 12 7.8 128.9 129.9 130.

THETA 117) 132 .9 132.7 134. 1 135.6 136.9 137.9 138.7 THETA 118) 140. 2 140-5 142, 1 143-7 14 5.0 146, i 146.8 149.0 150.7 154.4 155.0 rHETA(20) 157.7 158.4 160.0 161.2 162.2 162.8 163.3 THETA121) 168.3 166.6 16^.8 17C.5 171.0 171.4 171.6 THETAC22) 180.0 180-0 180.0 18C.0 180.0 160, C 160.0

BWIH) 51.0 27.7 22.2 19.7 16.2 17.2 16,6 BWIl) 82.3 62.6 53.8 46.8 45.6 43.5 42.1

41
N=13 DB= 25. BETAD 2.8<.8 2.827 2.513 2. 199 1.885 1.571 1.257 0.9-^2 0/LAMBOA 0.453 0.450 0.400 0.350 0.300 0.250 0.200 0.150 ALPHA 0,294 C.274 0.134 0.086 0.060 0.044 0.032 0.022

21. 22 24.34 62.00 87. 105.73 119. 129.58

13.27 17.92 19. 20. 24 21. 13 21' 36

Al l 1 A

1 ?! 1.0027E 00 1 nr 7 7 P An 1. 6608E 00 2 9C10E 4. 4915E 00 AF

' 8.0340E OC IC UU 1.379BE 00 i.Jdrft uu 2.6952E 00 6 0570E in

^.

1 .2057E 01 n9A5F 11 3.2238E 01 M 7 ^ L U I

1 ^

:

1.7384E 00 1 HlQrp fin 3. 7955E 00 1 0C94E

^: 2. 3814E 01 ft ^1 7F ^:^: 8.4574E 01 2 946F 02 2.0346E 00 z.u*»^lt uu 4. 7809E 00 1.4184E

^: 3. 7419E 01 1.5123E 02 ^'

^6*t£ OH0 /. tF noU d 2.2301E 00 7 7A<i7C nn 5.4634E 00 1 7253E

^

J 4. 8518E 01

I 7ft^^F

2. 3367E 02 n ^./. 1 c n 7 U U M 1 1; & f A 1 2.2983E 00 ^.^17ft 7 71*I7C nnuu 5. 7076E 00 1 8394E 5.2815E 01 2.6383E 02 5 84 3 £ 02 THFTAH 24 .3 12 .5 IC 1 9 .0 7 .9

J HcT A 1 11 39 .2 38* I 28 . 7 24 ^ 22 .4 20 19 .9 iq'7

43 .5 42.5 33 . 7 29 ^ 5 27 .0 2 5 24 .2 23*5

THE T A ( 3 ) 48 .8 47.9 39 .9 35 . B 33 .1 3

1

, 3 30 .0 29' 1 T HET A ( 4

)

54 .3 53.5 46 .4 42 ^ if 39 .7 37 . 8 36 .5 35.5

T HE TA ( 5

)

59 .8 59.1 52 . 7 49 , 1 46 .5 44 6 43 .2 42.2

T HET A ( 6 ) 65 .2 64.6 58 .9 55 . 6 53 .3 5 1 , 5 50 .1 49.1

THE T A ( 7 ) 70 .5 69.9 64 .9 62 . 0 59 .9 58 , 3 57 .1 55.1

T HE T A ( 8 ) 75 .7 75.2 70 .7 68 _ 2 66 .4 65 , 1 64 .0 63.2

THE TA ( 9 I 80 .8 80.3 76 .4 74 ^ 3 72 .9 71 _ 7 70 .9 70 . 2 THETAt 10) 85 .8 85.4 82 .0 8C , 3 79 .2 78 , 4 77 .7 77.2

T HETA (11) 90 .9 90.5 87 .5 86 , 3 85 .5 85 . 0 84 .6 84 .

3

THFTA 1171 95 .9 95.6 93 . 1 92 ^ 2 91 .8 9 I 91 .4

101 .0 98 .6 98 * ^ 98 . 1 2 98 .3 98*4

106 .2 104 . 3 104 104 .5 f 4 105 .2 105 5

1 Ht 1 A 1 t 3 i 111 .5 11 I '7 110 .0 110 111 .0 1 I 1 112 .2 1 1 2' 7 T HE T A 1 1 6 ) 117 .0 1 lA 7 115 .9 116 117 .5 1 fl 119 .3 119 9

T UC T A 1 1 T 1 1 nt 1 A 1 1 f J 122 .7 122 5 122 . 1 123 124 .4 125 ^ 125 .5 ^21' z THET A ( 18

)

128 .7 128.5 128 .5 130 . 0 131 .4 132 ,7 133 .7 134.5 THETA( 19) 135 .1 1 35.0 135 .4 137 .1 138 .7 140 . 1 141 .2 142.0 THETAI20) 142 . 1 142.0 142 .8 144 .7 146 .4 147 .7 148 .7 149.5 THETA(21

)

149 .9 149.8 150 .9 152 .8 154 .3 155 .5 155 .4 157.0 THEIA( 22

)

158 .7 158.5 159 . 8 161 .4 162 .7 153 .5 154 .2 154.5 THETA(23) 16B .8 168.8 169 .6 170 .5 171 .2 171 . 7 172 .1 172.3

THET A 124) 180 .0 180.0 180 .0 18C .0 180 .0 180 .0 180 .0 180.0 BM(H) 48 .6 45.0 25 .0 2C .2 18 .0 16 .6 15 .8 15.2 BWdl 78 .4 76.1 57 .5 49 .4 44 .8 41 .8 39 .9 38.6

N=14 DB= 25. BETAO 2.870 2. 827 2.513 2. 199 1.885 1.571 1.257 C.942 0/LAHBOA 0.457 0.450 0.400 0.350 0.300 0.250 0.200 C.150

ALPHA 0.272 C.234 0.115 0.073 0.051 0.037 0.027 0.019

G 23.05 30.47 72.57 100.57 120.78 135.78 145.69 148. 59 CIDBI 13.63 14. 84 18.51 20.02 20.82 21 .33 21.57 21.72

A( 1) 9.3341E-01 9. V73E-01 1. 7124E 00 3. 0735E 00 4. 8108E 00 6. 7420E 00 8. 5751E CO 1.042CE 01

A( 2) 1.2685E 00 1. 3018E 00 2.8402E 00 6. 7058E 00 1. 3712E 01 2.4225E 01 3. 7621E CI 5.2178;: 01

A( 31 1.5943E 00 1.5425E 00 4.0990E 00 I. 1675E 01 2. 8739E 01 5. 9971E 01 1. 0714f 02 1.5591E 02

A( 41 1.8772E 00 1. 9391E 00 5. 3059E 00 1. 7172E 01 4. 8034E 01 1. 1254E 02 2. 2240E 02 3.7318E 02 A( 5) 2.0860E 00 2. 1585E 00 6. 2588E 00 2. 1951E 01 5. 6569E 01 1 . 5819E 02 3. 5425E C2 5.2537E 02

A( 6) 2. 1959E 00 2. 2751E 00 5. 7850E 00 2. 4741E 01 7. 9031E 01 2. 0445E 02 4. 4452C 02 8.C561E 02 THETAH 23 .3 19.8 11.4 9.3 8.3 7.7 7.3 7.C THETAl I) 37 .5 35.2 25. 5 22.8 20.7 19.3 18.4 17.8 THETA( 2) 41 .6 39.5 31.3 27.4 25.0 23.5 22.4 21.7

THETAC 3) 46 .6 44.8 37.2 33.2 30.7 28.9 27.7 26.9

THETA( 4) 51 .9 50.3 43.4 39.5 35.9 35.1 33.7 32.

B

THETA( 5) 57 . 1 55.7 49.5 45.8 43.3 41.4 40.0 39. 1 THETA( 61 62 .2 50.9 55.3 52.0 49.5 47.

B

45.5 45.5

THETAI 7) 67 . 1 55.0 61.0 58.1 55.9 54.2 52.9 52.0 THETA( 8) 72 .0 70.9 66. 5 53.9 62.0 50.5 59.4 58.5 THETAI 91 76 .6 75.8 71.9 69.7 58.1 66.8 55.8 65.0

THETA( 10) 81 .5 80.5 77. 1 75.3 74.0 73.0 72.2 71.5 THETAi 11 ) 86 .1 85.3 82. 3 80.9 79.9 79.1 78.5 78. 1 THETA(12) 90 .8 90.0 87.5 86.

4

85.7 85.2 84.9 84.6 IHETA( 13

)

95 .4 94.7 92.5 91.9 91.5 91.4 91.2 91 .2 rHETAI14) 100 .1 99.5 97.8 97.4 97.4 97.5 97.5 97.7

THETAI 15) 104 .9 104.3 103.0 103.0 103.3 103.7 104.0 104.3 THETAI 16

)

109 .7 109.2 108.3 108.5 109.3 109.9 110.4 11C.9

THETAI 17) 114 .7 114.3 113.7 114.4 115.3 116.2 117.

C

117.5 THETAI 18

)

119 .9 119.5 119.3 12c.

4

121.6 122.7 123.5 124.3 THETAI 19) 125 .3 124.9 125. 1 126.5 128.

C

129.2 130.3 131.0 THETA(20) 131 .0 130.7 131.3 133.0 134.5 135.0 137. 1 137.9

THETAI 21

)

137 .1 135.9 137.8 139.7 141.5 142.9 144.0 144.8 THETAI22) 143 .8 143.5 144.9 145.9 148. 7 150.0 151.0 151.7 THETAI23) 151 .2 151.0 152.5 154.5 155.1 157.3 158.1 158. 7 THETAI24) 159 .6 159.5 161.0 152.7 163.9 154.8 155.4 155.8 THETAI 25

1

159 .3 169.2 170. 2 171.2 171.9 172.3 172.7 172.9 THETAI26) 180.

0

180.0 180.

0

IRC.O 180.0 180.

C

180.0 180.0 BWIH) 46.5 39.5 22.8 19.6 16.6 15.4 14.5 14.1

BWI 1 1 75 .0 70.5 53.2 45.6 41.4 38.6 36.8 35.6

42
N=1S 0B= 25. BET4D 2.889 2.827 2.513 2. 199 1.885 1.571 1.257 D/LAMUOA 0.460 C.450 0.400 0. 350 0.300 0.250 0.200

ALPHA 0*253 0.203 0.099 0.C63 0.044 0.032 0.023

G 24.87 37.09 63. 57 114. 16 135.09 152.27 154.08

G(DB) 13.96 15.69 19.22 20. 58 21 . 34 21.83 22.15

A( 1) 8.7257E-01 9. 134eE-01 1 . 77 ICE 00 3.2509E 00 5. 1337E 00 7 2252E 00 9. 3181E CO

A( 2) 1.1717E 00 1. 2413E 00 3. 0C32E 00 7.4C29E 00 1.5487E 31 2 7733E 01 4. 3429F 01

A( 31 1.4673E 00 1. 5679E 00 4,4364E 00 1.3429E 01 3. 4313E 01 7 337BE 01 1. 3326E 02

Al 41 1.7332E 00 I. 8635E 00 5.8910E 00 2.0608E 01 6. 0713E 01 1 4770E 02 2. 9935E 02

A( 51 1.9445E 00 2.0994E 00 7. 1497E 00 2.7558E 01 8.9383E 01 2 3744E 02 5. 1917E 02

A( 61 2.0805E 00 22516E 00 8.0C51E 00 3.2633E 01 1 • 1 191E 02 3 1295E 02 7. 1547E 02

A( 7) 2.1274E 00 2. 3C42E 00 8. 3083E 00 3.4495E 01 12048E 02 3.4265E 02 7. 9500E 02 IHEIAH 22.4 17,6 10 . 5 8 .6 7 . 7 . 1 5.8

THETAI 1) 36.0 32.8 24 . 7 21 .2 19 . 2 1. C 17.1 THETAt 2) 39.9 37.0 29 . 2 25 .5 23 . 3 2 L . 8 20.8

THETAI 31 44.7 42 . 1 34 . 9 31 .0 28 . 6 26 ,9 25.8 THETAI 41 49.7 47.4 40 . 8 37 .0 34 .4 32 .5 31.4 THETAI 5) 54.7 52 . 6 46 . 6 43 .0 40 . 4 3 8 .5 37.3 THET*( 61 59.5 57.7 52 . 2 48 .9 46 .4 44 .6 43.3

THETA( 7) 64.2 62.6 57 . 6 54 .6 52 .4 5C .5 49.3

THETA( 8) 68.8 67.3 62 .9 60 .2 58 .2 56 .5 55.4 THETAC 91 73.3 71.9 68 • C 65 .6 63 .9 6 2 ,5 51.4 THETAIlOl 77.7 76.4 73 . 0 71 .0 69 . 5 6 8 . 3 57.4 IHETAdll 82.1 80.9 77 . 9 76 .2 7 5 .0 . 1 73.3

rHETA( 121 86.4 85.3 82 . 7 81 . 4 80 . 5 79 . 6 79.2 rHETA(13l 90.7 89.7 87 . 5 86 . 5 85 ,9 85 . 5 85.2

THETAI 141 95.0 92 . 3 91 .6 . 3 91 . 2 91.1

THETAC 15) 99.4 98.5 97 . 1 96 .8 95 .8 95 • 9 97.0 THETA(16) 103.7 103.0 101 . 9 102 .0 1C2 3 102 . 6 102.9

THETA( 17) ioa.2 107.5 106 . 8 107 .2 107 . 8 108 . 4 108.9

THETAI 18) 112.8 112.2 111 . 6 112 . 5 113 . 4 114 • 3 115.0 THETAI 19) 117.5 117.0 117 118 .0 119 .2 120 121.1 THETA(20) 122.4 122.0 122 . 3 123 . 7 125 125 .3 127.3 THETA(21

127.5 127.2 127 .9 129 . 5 131 .1 132 .5 133.6 THETA(22) 133.0 132.7 133 .7 135 .6 137 .4 138 .8 139.9 THETA(23) 138.8 138.6 140 .C 142 .1 143 .9 145 . 3 146.4 THETA(24I 145.2 145.0 146 . 7 148 .9 150 .7 152 .C 153.0 THETA(25I 152.3 152.2 154 .0 I5f . 1 157 .7 158 .e 159.6 THETA(261 150.4 160.4 162 . 1 163 .8 165 .0 165 .8 166.4

THETA( 27

169.7 169.7 170 .8 171 .8 172 .4 172 .9 173.2 THETAI281 180.0 180.0 180 .0 180 .0 180 .0 180 .0 180.0 BMIHI 44.7 35.2 20 . 9 17 .2 15 . 3 14 . 2 13.5

HWI 172.0 65.6 49 .4 42 .4 38 .4 35 .9 34.2

N=20 08= 25. BETAD 2.955 2.827 2.513 2. 199 1.885 1.571 0/LAHBOA 0.470 0.450 D.400 0. 350 0.300 0.250

ALPHA 0.187 C.IIO 0.054 0.C34 0.024 0.018

G 33.84 75.80 142.54 184.20 212. 86 232.58

G(OB) 15.29 18.80 21.54 22.65 23.28 23.57

A( 11 6.5552E-01 8. 4467E-01 2. 1270E 00 4. 1841E 00 6. 7B35E 00 9. 555BF 00

A( 21 8.3545E-01 1. 1451E 00 4. 0319E 00 1. 1555E 01 2. 5158E 01 4 . 9C13E 01

A( 3) 1.0221E 00 1.4654E 00 5. 5317E 00 2. 5107E 01 7. 3375E 01 1. 7102E 02

»( 4) 1.2039E 00 1

7919E 00 9. 8247E 00 4.6C54E 01 1. 5442E 02 4. 5651F 02

A( 51 1.3731E 00 2. 1031E 00 1. 337RE 01 7. 3S79E 01 3. 0859E 02 9. 8463E 02

Al 6) 1.5209E 00 2. 3809E 00 1. 5947E 01 1. 0t2OE 02 4. 9921E 02 1. 7720E 03

Al 71 1.6395E 00 2. 507;E 00 2.0126E 01 I. 3802E 02 7. 0739E 02 2. 7150E 03

Al 81 1.7225E 00 2. 7677E 00 2. 2516E 01 1. 6374E 02 8. 8781C 02 3. 5851E 03

Al 9) 1.7652E 00 2.8507E 00 2. 3eOOE 01 1. 7815E 02 9. 9314E 02 4 . 1142E 03 THETAH 19.0 11.4 7.5 5.3 5 .5 5.2 THETAI 1) 30.5 24.4 18.3 15.7 14 .2 13.2 THETAI 2) 33.7 28.1 21.9 18.9 17 .2 15.1 THETAI 3) 37.8 32.7 26.5 23.2 21 .3 20.0 THETAI 4) 41.9 37.3 31.3 28.0 25 .8 24.3 THETAI 5) 46.0 41.8 35. 2 32.8 30 .4 28.8

THETAI 6) 50.0 46.2 40.9 37.5 35 . I 33.4 THETAI 71 53.8 50.3 45.4 42.2 39 .8 38.1 THETAI 8) 57.5 54.3 49.8 4f-.7 44 .4 42. 7 THETAI 9) 61.1 58. 1 54.0 51.1 49 .0 47.3

THETAI 10) 64.6 51.8 58.0 55.4 53 .4 51.8 THETAI 11

68.0 65.4 62.0 59.5 57 .8 55.3 THETAI12) 71.3 68.9 65.8 63.7 62 .0 60.7

THETAI 13) 74.6 72.4 59.6 67.7 55 .3 65.0

THETAI 14) 77.8 75.7 73.3 71.7 70 .4 59.4

THETAI 15) 81.0 79.1 76.9 75.6 74 .5 73.7

THETAI 16) 84.2 82.4 80. 5 79.5 78 .6 77.9

THETAI 17) 87.3 85. 7 84. 1 83.3 82 .7 82.2

THETAI 18) 90.5 89.0 87.7 87.1 85 .7 86.4

THETAI 19) 93.6 92.2 91.2 9C.9 90 .7 90.6

IHETAI20) 96.8 95.5 94. 8 94.7 94 .6 94.9 THETAI21) 100.0 9B.8 98.4 98.5 98 .8 99.1 THETAI22) 103.2 102.2 102.0 102.4 102 .9 103.4 THETAI23) 106.4 105.5 105.5 106.3 107 .0 107.7 THETAI24) 109.7 108.9 1 09. 3 lie.

111 .1 112.0 THETAI25) 113.1 112.4 113.1 114.2 115 .4 115.4 THETAI25) 116.6 115.0 115.9 118.3 119 .6 120.8 IHETAI27) 120.1 119.7 120.8 122.5 124 .0 125.3 THETAI28) 123.8 123.4 124.9 125.8 128 .5 129.9 THETAI29) 127.5 127.4 129. 1 131.2 133 .0 134.5

THETAI 301 131.6 131.5 133.5 135.8 137 .7 139.2

THETAI 31

135.8 135.8 138. 1 14C.6 142 .5 144.1 THETAI 321 140.3 140.4 143.0 145.5 147 .5 149.0

THETAI 33) 145.2 145.4 148.2 15C. 7 152 .6 154.0

THETAI 34) 150.5 150.9 153.8 156.2 157 .9 159.0

THETAI 35) 156.5 157.0 159.7 161.8 153 .2 154.2

THETAI 36) 163.3 153.8 165. 1 157.7 168 .8 159.4 THETAI371 171.2 171.5 173.0 173.8 174 .4 174.7 THETAI38I 183.0 180.0 18C.0 18C.0 180 .0 180.

BHIH) 38.0 22.8 15.0 12.5 1 1 .3 10.5

HMl 1 1 61.0 48.8 35.6 31.3 28 .4 26.5
N»25 08 BETAD D/LAMBOA

ALPHA

= 25.

2.993 0.476

0« 149

2.827 0.450

0 . 070

2.513

0.400

0.034

2. 199

0. 350

0, C22

1.885

0. 300 0.015

N=30 0 6ETAD D/LAHBOA

ALPHA

S= 25.

3.019 0.480 0*123

2.827 0.450

C .047

2.513 0.400

0,02 3

2- 199 0.350

0.015

42 . 57 120.11 202 .78 251-33 282.54 G 51.07 165.14 259,36 310.69

G ( Db

)

16.29 20 . 90 23.07 24 00 24.51 G(D6) 17.08 22.20 24.14 24.92

A 1 y 5 . 2347E—01 8 . 72T9E-01 2

.

5367E OC 5. 1583E 00 B .4654E 00 Al 1 ) 4.3522E-0I 9. 3915E-01 2.9707E 00 6- 1521E 00

At: 2

)

6.4336E-01 1. 2061E 00 5, 3519E 00 1. 6799E 01 3 .9818E 01 A( 2) 5.2013E-01 1

.

3345E 00 6.9268E 00 2

.

3 1 1 9E 01

A ( 3

)

7.6759E-01 1

,

5807E 00 9, 6937E 00 4.2423e 01 I .3489E 02 Al 3J 5-0831E-01 1. 7980E 00 1.3695E 01 5 . 5467E 01

A ( 4

)

8 .9277E-0

I

1

,

9849E 00 1 . 5749E 01 8. 9908E 01 3 .6366E 02 Al 4) 6.9815E-01 2. 3221E 00 2.4146E 01 1 , 5527E 02

A ( 5

)

1.0152E GO 2. 4038E 00 2

,

3498E 01 I. 6651E 02 8 .2159E 02 A 1 5 ) 7.8791E-01 2. 8949E 00 3.8978E 01 3, 3237E 02

A ( 6 ) 1.1311E 00 2 . a2CCE 00 3, 2658E 01 2. 7600E 02 I .6039E '13 Al 6) 8.7575E-01 3

.

5CQ9E 00 5.8547E 01 6. 20OOE 02

A ( 7) 1.2368E 00 3, 2150E 00 4, 2 6 74E 01 4. 15766 02 2 .7599E 03 Al 7) 9.5982E-01 4. 120eE 00 8.2694E 01 1. 0515E 03

A ( 8 ) 1.3287E 00 3. 56'3aE 00 5. 2760E 01 5. 7507E 02 4 .2425E 03 A 1 8

)

1.0382E 00 4. 7 3 32E 00 1-1C64E 02 1.5406E 03

A (: 9 )' L.40i8E 00 3. 8669E 00 6. 1989E 01 7. 3557E 02 5 .8796E 03 Al 91 1.1092E 00 5. 3151E 00 1.4095E 02 2. 3741E 03

A MO 1 l'.4593E 00' 4.09tlE 00 6.9419E 01 8. 7426E 02 7 .3932E li AIIOI 1.1713E 00 5- 8436E 00 1.7155E 02 3. 2062E 03

A ( 1 1 ) 1.4935E 00 4. 2305E 00 7. 4244E 01 9. 6e58E 02 3 .4694E 03 Al 11

)

1-2228E 00 6. 2967E 00 2-0037E 0? 4. 0587E 03

A ( I 2 ) 1.5050E 00 4. 2779E 00 7. 5916E 01 I. 0C20E 03 8 . 8596E 03 AI12) 1-2625E 00 6.6552E 00 2.2466E 02 4. 8315E 03

T MET AH 16.8 8.5 5.9 4.9 4.4 A(13) 1.2a95E 00 5. 9C35E 00 2.4228E 02 5. 4205E 03

r HE T A ( 1

)

26 .

9

19.4 14.5 12.4 11.2 AII4) 1-3C29E 00 7. 0306E 00 2-5155E 02 5. 7394E 03

T H£ T A ( 2} 29,8 22.7 17.5 15. 1 13.7 THETAH 15-2 6.8 4.8 4.1

f HETA ( 3

)

33,3 26.8 21.3 lfl.6 16.9 THETAI I) 24.3 16.1 12.0 IC.3

THETA( 4) 36.9 30.9 25.4 2?.

4

20.6 THETAI 2) 26.9 19.0 14.5 12.5

THETAf 5 1 40.5 35.0 29.6 26.4 24.4 THETAI 3) 30.1 22.7 17.8 15.4

T HE T A ( 6 ) 43.9 38.8 33.7 3C.4 28.2 THETAI 4) 33.4 25.5 21.4 18.7

T HE T A t 7 ) 4 7.2 42.5 37.5 34.4 32-1 THETAI 5) 36-5 30.1 25.0 22.1

THETAt 8 ) 50.4 46.0 41.4 38.2 35.9 THETAI 61 39.6 33.7 2B.6 25.6

THETAl 9) 53.4 49.4 45.0 42.0 39.7 THETAI 7) 42.6 37.0 32. I 29.0

THE T A ( 10

}

56,4 52.6 46.6 45.6 43.4 THETAI 8) 45.4 40.2 35.5 32.3

T HE T A ( 11 ) 59.3 55.8 52.0 49.2 4 7.1 THETAI 91 48. 1 43.3 38.7 35.5

THE TA ( 12 ) 62.1 58.8 55.3 52.7 50.7 THETAI 10) 50.7 46.2 41.9 38.8

T HE T A ( 13) 64.8 61.7 58.5 56.1 54 .2 THET A 1 11

)

53-3 49.0 44.9 42.0

THETA ( 14

)

67.5 64.6 61.7 59.5 57.7 THETAI 12

)

55.7 51.7 47.9 45.0

THETAI 15 ) 70-2 67.5 64. 7 62.7 61.1 THETAI 13 I 58.2 54-4 50-7 48.0

ThETAI 16

)

72.8 70.2 67.8 65.9 64-5 THETAI 14) 60.5 56.9 53.5 50,9

T HE T A ( 1 7 ) 75.3 73.0 70. 7 69. 1 67-8 THETAI 15) 62.8 59.4 56.3 53.8

THETAf 18

}

77.9 75.7 73.7 72.3 71.1 THETAI 16) 65. 1 51.9 58.9 56.6

T HE T A ( 1 9 ) 80 .4 78.3 76. 6 75.4 74-4 THETAI 17

)

67. 3 64.3 61.5 59.4

I HE T A ( 20 ) 82.9 81.0 79.4 78.4 77-6 THETA 1 18

)

69.5 65.6 54.1 62.1

THE T A f 21 I 83.6 82. 3 81.5 80-8 THETAI 19) 71.6 68.9 66. 6 64.8

T HPT A 177 1 87*9 86.2 85. 1 84.5 84-1 THE TAI 20

)

73-8 71.2 69-1 67.5

THETA( 23 ) 90.4 88.8 88.0 87.5 87.3 TH£TA(21 ) 75.9 73.5 71.6 70-1 THETA ( 24

)

92 .

8

91 .4 90.8 9C.6 90.5 THETAI 22

)

78.0 75.7 74.0 72-7

T HE T A ( 25 1 9 5.3 94.0 93.6 93.6 93.7 THETAI23) 80-0 77.9 75-4 75.3

T HE TA ( 26 ) 97.8 96.6 96.4 96.6 96.9 THETAI24) 82.1 80. 1 78. 8 77.8

THETA ( 27

)

100.3 99.3 99.3 99-7 100.1 THETAI25

)

84.2 82.3 81.1 80.3

THE T A ( 28 ) 102.9 101.9 102. 1 102.7 103.3 THETAI 26

)

86.2 84.5 83.5 82-9

THETA( 29

)

105.4 104.6 105.0 105.8 106.6 THET A 1 27

)

88.2 85.5 85.

B

85-4

r HETA ( 30

)

108.0 107.3 107.9 108.9 109.9 THETA128) 90.3 88.8 88.2 87.9

THETAt 31 ) 110.6 110.0 110.9 112.1 113-2 THETA 129) 92-3 91.0 90-5 90.4

THE TA 1 32

1

113.3 112.8 113.

9

115.3 116-6 THETA 1 30

)

94.4 93.1 92,9 92.9

T HET A ( 33 ) 116,0 1 15.6 117.0 118.5 120-0 THETAI 31

)

96,4 95.3 95. 2 95.4

T HETA ( 34

)

118.8 118.5 120.1 121.9 12 3.4 THETAI 32

)

98.5 97.5 97.5 97.9

THETAt 35) 121.6 121.5 123.3 125.3 127.0 THETAI 33

)

100.6 99.6 99.9 100.4

THET A ( 36

)

124.5 124.6 126.6 126.7 130.6 THETA I 34

)

102-6 101.8 102. 3 103.0 THETA ( 37

)

127.6 127.7 130.0 132.3 134.2 THETAI 35

)

104.7 104. 1 104. 7 105.6 THETA ( 38

)

130.7 131.0 133.5 136.0 I 38 . C THETA 1 36

)

106.9 106.3 107. 1 108.1 THETAI 39

)

134.0 134.4 137.2 139.7 141.8 THETAI 37

)

109-0 108.5 109.6 110.7

THETAI 40

)

137.5 138.0 141.0 143.5 145-7 THET A 1 38

)

111.2 112.0 113-4

THETAI 41

)

141.1 141.8 145.

C

147.7 149-7 T HETA 1 39

)

113-4 113.1 114.5 116-0

T HET Al 42

)

145.0 151.9 15 3.8 THETAI 40

)

115-6 115.5 117.1 118-7 THETA ( 43

)

149.3 150.3 153.7 156.2 158 . D THET A 141

)

117-9 117.9 119.7 121-5

T HE T A t 44

}

154.0 155. 1 158.4 150.7 162.3 T HE T A 1 42

)

120.2 120. 3 122. 3 124.3

T HET A t 45

)

159.2 160.4 163.5 165.4 166.6 THE TA 1 43 ) 122.6 122.8 125-0 127. 1 THETA(46

)

165. 3 166.3 168.8 17C-2 171.0 THE TA I 44

)

125-0 125.4 127-8 130.1 THETA 1 47

)

172.2 172.9 174.3 175.1 175.5 T HETA 145} 127.5 128. 1 130.6 133.0

THE T A 1 48

)

180.0 180.0 180.

0

180.0 180.0 THETAI46) 130. 1 130.8 133.6 136.1 BWIH) 33.6 17.0 11.7 8.9 THETAI47) 132.8 133.6 136-6 139.2

KH( 1 ) 53.8 38.8 29.0 24.8 22-5 rHFTAI48) 135.6 136.6 139.7 142.4 THETAI49) ' 138.5 139.6 14 3.0 145.7 THETAI50) 141 .6 142.9 145.4 149-2 THETA 1 51

)

144 .9 146.3 149.9 152-7

THE TA 1 52

)

148.4 150.0 15 3.7 156-3 THETA 1 53

)

152.2 154.0 15 7.6 160-0 THETA 1 54 ) i 156.4 158.3 161.7 153-9

THETA 1 55 ) 1 161.2 153.0 166. 1 167.8 THETAI 56

)

166-7 168.2 170.6 171.8

THETA ( 57

)

173-0 174.0 175.3 175.9

THETAI 58

)

180.0 180.0 IBO.O 180.0

OWIH) 30.4 13.7 9.6 S.2 6MI1) 48.7 32.2 24. 1 20.6

4U

t
N= 3 DB= 30.

8 ET AO I .82 L 1.571 1.257 0. 942 0.628 0. 314

0 /LAMBDA 0.290 0,250 0.200 0. 150 0. 100 0.050

ALPHA 1*321 1.086 0.826 0. 596 0. 387 0. 190

Q 3.15 4.03 4.94 5.63 6.11 6.40

G ( OB

6.05 6.94 7.51 7 . 86 8-06

A ( 11.8774E 00 1.8645E 00 1.9C87E 00 1.9407E 00 1.9710E 00 1.9924E 00

r HE T AH 67.5 57.6 49.8 45. 3 42.8 41.5

THETAI I) 122.1 118.3 114.6 111.9 110.2 109. 1 IHETAl 2) 136.5 133.7 131.1 129.2 128.0 127.3

tHETAC 3) 156.7 155.3 154.0 153.1 152.5 152.2 THETAC 4) 180.0 180.0 180.0 18C.0 180 .0 180.0

BWIH) 135.0 115. 1 99.5 90. 7 85.6 83.0 BMd) 244.3 235.5 229.1 223.9 220.3 218.3

N= 4 DB= 30. BETAD 2.063 1.885 1.571 1.257 0.942 0.628 0.314 0/LAMBOA 0.328 0.300 0.250 0.200 0. 150 0. 100 0.050

ALPHA 1.079 C.916 0.688 0.509 0.361 0.232 0.113

G 4.53 5.85 7.85 9.40 10.55 11.34 11 .80 C(OB) 6.56 7.57 8.95 9.73 10.23 10.54 72

A( 11 2.3309E 00 2.350CE 00 2.4529E 00 2.5C05E 00 2.7537E 00 2.8837E 00 2.9699E 00 THETAH 55.0 47.0 38.5 34.3 31.9 30.5 29.7

rHETA( 1) 95.6 92.6 67.5 83.9 81.4 79.8 78.9

THETAC 21 107.0 103.7 99. 5 95. 5 94.5 93.2 92.4

THETAI 3) 121.5 119.1 115.0 113.9 112.5 111.111.2

THETAI 4) 139.0 137.4 135.4 134.2 133.5 133.1 132.9

THETAI 5) 158.7 167.9 157.0 156.5 155.3 155.155.1

THETAI 6) 180.0 180.0 180.0 18C.0 180.0 180.0 180.0

BWIH) 110.1 94.1 77.2 58.5 63.7 60.9 59.5

BWI 1 ) 193.2 185.174.9 167.8 162.9 159.7 157.9

N= 5 DB= 30. BETAD 2.252 2.199 1.885 1.571 1.257 0.942 0.628 0.314 n/LAMBOA 0.358 0.350 0. 300 0. 250 0.200 0. 150 0.100 0.050

ALPHA 0.890 C.839 0.505 0.447 0.327 0.230 0.147 0.072

G 6.05 6.77 10.55 13.55 15. 82 17.49 18.53 19.30

GIDBI 7.82 8.31 10.24 11.32 11 . 99 12.43 12.70 12.85

A( 11 2.4123E 00 2.4165E 00 2.5747E 00 2.8534E 00 3. 1961E 10 3.5139E 00 3.7730E 00 3 9415E 00

Al 21 3.1397E 00 3.146tE 00 3.4C33E 00 3.8883E 00 4.4729F 00 5.0573E 00 5.55246 00 5 8836E 00 THETAH 47.0 44. 1 33.2 28.3 25 .8 24.3 23.4 22.9

THETAI 11 81.0 79.5 72.5 68.2 65 .2 53.2 61.8 61.1

THETAI 2) 89.

87.8 81.9 78.0 75 .3 73.5 72.3 71.5

THETAI 3) 100.3 99.2 94.4 91.3 89 .2 87.7 86.8 86.2

THETAI 41 113.3 112.4 108. 7 106.5 105 . 1 104.1 103.5 103.2 THETAI 5) 127.7 127.0 124. 5 123.1 122 .3 121.9 121.7 121.6

THETAI 6) 143.6 143.2 141.5 140.9 140 .7 140.6 140.6 140.7

THETAI 7 1 151.2 151.0 150.2 16C.0 160 .0 160. 1 160.2 160.2 THETAI 8) 180.0 180.0 180.

180.0 180 .0 180.0 180.0 180.0

BWIHI 94.1 88.2 66. 5 56.7 51 .5 48.6 45.8 45.9

BHtl) 162.0 158.9 145.3 136.4 130 .4 126.3 123.7 122.2

N= 5 06= 30. BETAD 2.394 2.199 1.885 1.571 1.257 0.942 0.628 0,314 D/LAHBDA 0.381 0.350 0.300 0.250 0.200 0. 150 0. 100 0.050

ALPHA 0.748 C.586 0.417 0.305 0.223 0. 155 0. 100 0.049

G 7. 57 11.63 15. 94 21.03 24.12 26.39 27.95 28.86

GI08I 8.85 10.65 12. 29 13.23 13.82 14. 21 14.46 14.60

Al 1) 2 3129E 00 2.3969E 00 2.7585E 00 3.2522E 00 3.7789E 00 4.2670E 00 4.5591E OC 4.9125E 00

Al 21 3 3828E 00 3.545eE 00 4.2B04E 00 5.3575E 00 5.5350e 00 7.9083E 00 9.00C)6E 00 9.739eE 00 THETAH 41 .5 32.3 25 .4 22.3 20.5 19 .6 18.9 18,6 THETAI 1 1 70 .6 55.1 59 . 3 55.5 53.0 51 .3 50.2 49.6

THETAI 21 77 .4 72.5 57 . 3 63.9 51.5 59 .9 58.8 58.2 THETAI 31 65 .6 82.5 78 .0 75. 1 73.0 71 .6 70.7 70.1 THETAI 4 I 97 .0 93.5 90 ,0 87.7 85.2 85 . 1 84.4 84.0

THETAI 51 108 . 2 105.5 102 . 8 101.2 100.2 99 .6 99.2 98.9

THETAI 61 120 .2 118.1 116 . 3 115.4 114.9 114 .7 114.6 114.5

THETAI 71 133 .2 131.7 130 .5 130.3 130.3 130 .4 130.5 130.5

THETAI 81 147 .5 146. 5 146 .0 146.1 145.3 146 .6 146.8 145.9 THETAI 9) 153 .2 162.7 162 .6 16?.

153.0 163 .2 153.3 163.4 THETAUO) 180 .0 180.0 180 .0 180.0 180.0 180 .0 180.0 180.0

BH(H) 83 .0 54.5 50 .8 44.6 41.2 39 . 1 37.9 37.2 BWIll 141 .2 130.2 118 .6 Ul.l 105.1 102 .7 100.5 99.2

H5
N= 7 08= 30.

B6TA0 2.500 2. 199 1.885 1.571 1.257 0.942 0.628 0.314 D/LAHBDA 0. 398 0.350 P. 300 0.250 0.200 0. 150 0. 100 0.050

ALPHA 0.642 0.427 0.302 0.220 0. 150 0.112 0.072 0.035

34 17.69 24.86 30. 18 34

.

2

1

37. 18 39

.

22

Al l! 70 12. 53 13. 95 14.80 15. 34 15.70 15. 94 15' 07

)0 2.4006E 00 ^' 9632E 00 3.6551E 00 4, 3704E 00 5.0247E 00 5 . 547 3E 00 5.8839E 00

A ( 21 30 71E )0 3.84UE 00 ^* 1584E 00 6.9950E 00 9. 1456E 00 1 . 1337E 01 1 . 3240E 0 1 l.433^t Ul

A ( 3

)

3 4.4497E 00 6. 1311E 00 8. 5604E 00 1 . 1 5 lOE 01 1 .4615E 01 1 . 7385E C

1

fHETAH 25 .2 20 .6 18 .4 15 .4 15.6

THETAi 1

)

54 .9 49 .9 46 . 7 44 43 .2 4? * THETA( 2 i ^

'

I" 61 .7 57 .0 54 .0 50 .4 49 HQ

THETAI 3) 70 .6 66 . 5 63 . 7 60 .4 59 * THETAf ^ J 85 'e 80 .4 77 . 0 74 .7 71 .9

' ^ 70.6

T HETA ( 5

)

95 , 1 90 .6 87 . 9 86 .2 85 .0 84 . 1 83 .6 8 3.2

THE TA ( 6

)

104 .9 101 .2 99 .2 98 . 1 97 .3 96 .9 96 .6 95.4 TH6TA( 7) 115 . 1 112 .2 110 .9 lie .3 110 .1 1 10 .0 109 .9

1 HETA ( 8

)

125 .9 123 .8 123 . 1 123 .0 123 .2 123 .4 123 .6 123.7

T HE T A ( 9 1 137 .6 136 .2 136 .0 136 .3 136 .7 137 .1 137 .4 137.6

THETAI 10) 150 .5 149 .6 149 .8 150 . 3 150 .8 151 .2 151 .5 151.7

THETAI U

1

IfcA .7 164 .4 164 .6 164 .9 155 .3 165 .5 155 .7 165.8 THETAI121 180 .0 180 .0 180 .0 18C .0 180 .0 180 .0 180 .0 180.0

BWIHI T, .9 50 . 4 41 .2 36 .8 34 .3 32 .7 31 .8 31.3

BHIl 1 126 .4 109 .9 99 .9 93 .5 89 .2 86 . 3 84 .4 83.4

2.581

0.411 0.561

2.513

0.400

C .499

2.199

0.350

0.322

1.885

0. 300 0.227

1.571

0. 250

0. 165

1.257 0.200

0. 120

0.942

0. 150 0.084

0.628

0.100

0.054

0.314

0.050 0.026

G 11.04 13.91 25. 45 34. 23 40. 93 46.03 49.79 52. 39 53.57

GIDB) 10.43 11.43 14. 06 15. 34 16. 12 16.53 16.97 17. 19 17.29

A( 1) 1.9783E 00 1.9992E 00 2.4458E 00 3. l';56E 00 4.0750E 00 4.9730E 00 5 7885E 00 6.4381E 00 6. 85596 00

A( 2) 3.0965E 00 3.14116 00 4.1549E 00 6. 1132E 00 8.8227E 00 1.2039E 01 1 5362E 01 1.8281E 01 2. 0285E 01 Al 31 3.8136E 00 3.8751E 00 5. 3081E 00 8.2380E 00 1.2578E 01 1.8082E 01 2 4107E 01 2.964BE 01 3. 35775 01 THETAH 34 .3 30 . 1 20 . 7 17 .3 15 .7 14 .7 14 . 1 13 .7 13.5 THETAi 11 57 .6 55 . 1 47 .4 43 .1 40 . 3 38 .4 37 .2 36 .4 35.9

THETAI 2) 62 .9 60 .6 53 .6 49 .4 45 .7 44 .8 43 .5 42 .6 42.1

THETAI 31 69 .9 57 .9 61 . 7 57 .9 55 .3 53 .5 52 .2 51 .3 50.8

THETAI 41 77 .6 75 .9 70 .5 67 .3 55 .0 63 .3 52 . 1 61 .3 60.9

THETAI 5) 85 .7 84 .3 79 . 7 77 .0 75 . 1 73 .8 72 .8 72 .1 71 .8 THETAI 5) 94 .0 92 .8 89 . 0 86 .9 85 .5 84 . 5 83 .8 83 .4 83.1 THETAI 7) 102 .5 101 .5 98 . 4 96 .9 96 .0 95 .5 95 .1 94 .9 94.8

THETAI 8) 111 .4 110 .4 108 . 1 107 .2 106 .8 105 .7 106 .6 106 .5 106.7

THETAI 91 120 .6 1 19 .8 113 . 1 117 .8 117 .8 118 . 1 118 .3 118 .5 118.7

THETAI 10

1

130 .4 129 .8 128 . 7 128 .8 129 .3 129 .8 130 . 3 130 .6 130.8

THETAI III 141 . 1 140 .5 140 . 1 140 .6 141 .2 141 .9 142 .4 142 .8 143.0 THETAI 121 152 .9 152 .6 152 .4 153 .0 153 .7 154 . 3 154 .8 155 . 1 155.3

THETAI 13

1

165 .9 165 .8 165 .8 165 .3 165 .7 167 . 1 157 .3 157 .5 167.7 THETAI 141 180 .0 180 .0 180 .0 180 .0 180 .0 180 .0 180 .0 180 .0 180.0

BMIHI 68 .6 60 . 1 41 .3 34 .7 31 .3 29 .4 28 . 1 27 .3 26.9

BWI 1 1 115 .2 1 10 .2 94 .9 86 .2 BO .6 76 .9 74 .4 72 .8 71.8

BETAO 2.545 2.513 2. 199 1.885 1.571 1.257 0.942 0.528 D/LAMBDA 0.421 0.400 0.350 0.300 0.250 0.200 0. 150 0.100

ALPHA 0.497 0.390 0.251 0. 1 75 0. 128 0.093 0.065 0.042

G 12. 75 19. 98 34. 23 44. 98 53. 22 59. 51 64. 16 67. 36 GIOBl 11. 06 13. 00 15. 34 16. 53 17. 26 17. 75 18.07 18.28

Al 11 l.ei58E 00 I. 9028E 00 2 5261E 00 3.4510E 00 4.5121E 00 5 58526 00 6 55786 OC. 7 33146 00

Al 21 2.8452E 00 3. 0343E 00 4 5203E 00 7. 17266 00 1 .08 746 01 I 53346 01 1 9997E 01 2 41286 01

A 1 3 1 3.65166 00 3. 9284E 00 6 22056 00 1.06906 01 1. 7562E 01 2 56276 01 3 5874E 01 4.55216 01

A 1 4 1 3.9565E 00 4. 26886 00 6 8912E 00 1.2146E 01 2.04726 01 3 17746 01 4 48716 01 5 74486 01 THETAH 31 .8 24 .4 17 .5 15 .0 13 .6 12 .8 12.3 12.0 THETAI I) 53 .2 48 .5 41 . 7 37 .8 35 .4 33 .8 32.7 31.9 THETAI 21 58 . 1 53 .8 47 .4 43 .6 41 .1 39 .4 38.2 37.4

THETAI 3) 54 .4 60 .5 54 .9 51 .3 48 .8 47 . 1 45.9 45.1

THETAI 41 71 .4 68 .0 63 .0 59 . 8 57 .5 55 .9 54.7 53.9

THETAI 51 78 .6 75 . 7 71 . 3 58 .6 66 .5 65 .2 54.2 63.4

THETAI 61 85 .9 83 .4 79 . 7 77 .5 75 .9 74 .8 73.9 73.4 THETAI 71 93 .3 91 . 1 88 . 1 86 .4 85 .3 84 .5 83.9 83.5

THETAI 81 100 .8 98 .9 95 .5 95 .4 94 .7 94 .3 94.0 93.8

THETAI 91 108 .5 107 .0 105 .2 104 .5 104 .3 104 .2 104.2 104.2

THETAI 101 115 .6 115 .2 114 .0 113 .8 114 .0 114 .3 114.6 114.8

THETAI 11

1

125 .0 123 .9 123 . 3 123 .5 124 . 1 124 .6 125.1 125.4

THETAI 121 134 .0 133 .2 133 .0 133 . 7 134 .4 135 .2 135.8 136.2

THETAI 13) 143 .9 143 . 3 143 . 5 144 .4 145 .3 146 .0 146.5 147.1 THETAI 14) 154 .8 154 .4 154 . 8 155 . 7 156 .5 157 .2 157.6 158.0

THETAI 15

1

156 .9 165 .3 167 . 1 167 . 7 168 . 1 158 .5 168.

8

159.0

THETAI 15

)

180 .0 ISO .0 180 .0 18C .0 180 .0 180 .0 180.0 180.3

BWIHI 63 .7 48 .9 35 . 1 30 .0 27 .3 25 .7 24.6 24.0

HWI 1) 106 .5 97 .0 83.4 75 .7 70 .8 67 .5 65.3 63.9

46
DB= 30.

BET4D 2.696 2.513 2. 199 1.685 1.571 1.257 0.942 0.628 D/LAM8D4 0.'.29 0.400 0. 350 0. 300 0.250 0.200 0.150 0.100

ALPHA 0.446 0.313 0.201 0. 141 0. 103 0.075 0.052 0.033

G 1*.5Q 27.02 44 . 15 57.06 66. 98 74. 55 80. IB 83.92

G(Oe) 11.61 14, 32 16 . 45 17. 56 18. 25 IB. 73 19.04 19.24

Al 1) 1.6695E 00 1

8503E 00 2.6330E 00 3. 7240E 00 4. 9600E 00 6 20506 00 7

3314E 00 B.2256E 00

A( 2) 2.5986E 00 2. 9916E 00 4.9439E 00 8. 3467E 00 1

3161E 01 1 9C39E 01 2

5248E 01 3.0786F 01

Al 3) 3.4C95E 00 4. 0131E 00 7.2356E 00 1. 3554E 01 2 . 3650E 01 3 7427E 01 5 . 3409E 01 6.B737E 01

Al 41 3.8e30E 00 4. 6182E 00 8.672BE 00 1 . 7059E 01 3. 1231E 01 5 1503E 01 ^' 5318E 01 1.00876 02 IHETAH 29.8 20.5 15 . 3 1 3 .2 12 . 1 1

.4 1

.0 10.7 IHeTAI 1 1 49.7 43.3 37 . 2 33 . 7 31 .5 30 . 1 29 . 1 28.5

THETAI 21 54.1 48.3 42 , 5 39 .0 36 . 7 35 . 1 34 . 1 33.4

IHETAI 3 ) 60.0 54. 7 49 , 4 46 .0 43 ,7 42 . 1 40 .9 40.2

THETAI * ) 66 .4 61.7 56 , g 53 .8 51 .6 50 .0 48 .9 48.1

THETAI 51 72.9 68.8 64 . 6 61 .9 59 .9 58 .4 57 . 3 56.6

THETAI 6 1 79.5 75.9 72 . 3 70 .0 68 .3 57 .0 55 . 1 65.5

THETAI 71 86.1 83.0 80 .0 78 . 1 75 .8 75 .8 75 .0 74.5

THETAI 81 92 .8 90 .0 87 . 6 86 .2 85 .2 84 .5 84 . 1 83.7

THETAI 91 99.5 97.2 95 , 2 94 .3 93 .7 93 .4 93.0

THETAI 101 106.4 104.4 103 . 0 10? . 5 102 .3 102 .3 102 .4 1C2.4 THETAIll) 113.4 111.8 110 .9 UC .8 111 .1 111 .4 111 .7 111.9

THETAI 12120.8 119.5 119 . 1 119 .4 120 .0 120 .6 121 . 1 121.4

THETAI 13126.6 127.6 127 .6 128 .4 129 .2 130 .0 130 .6 131.0

THETAI I*) 137.0 136. 3 136 . 7 137 .7 138 .7 139 .5 140 .2 140 • 7 THETAI15I 146 . 4 147 .5 148 .6 149 .4 150 .0 THETAI 16

156.4 156.1 156 .9 157 .9 158 .8 159 .5 159 .9 150.3 THETAI17I 167.7 167.7 168 .2 158 .8 169 .3 169 .7 159 .9 170.1 THETAI 181 180.0 180.0 180 .0 16C .0 180 .0 180 .0 180 .0 180.0 HUIH) 59 .6 41.1 30 . 5 26 .4 24 .2 22 .8 21 .9 21.4 BWIll 99.4 86.6 74 . 4 67 .5 53 . 1 60 .2 58 .2 55.9

N=ll 08= 30.

8ETA0 2.738 2.513 2. 199 1.885 1,571 1.257 0.942 O/LAHBOA 0.436 0.400 0.350 0. 300 0,250 0.200 0.150

ALPHA 0.404 C.255 0. 154 0. 115 0,084 0.061 0.043

G 16.25 34,99 55. 17 70.41 82, 14 91.13 97.78

GIOBI 12. 11 15,44 17. 42 18,48 19,15 19.50 19,90

A( 11 1.S401E 00 1. 8302E 00 2 7594E 00 4.0103E 00 5. 4171E 00 5 8307E 00 8 1084E 00

Al 21 2.3702E 00 3. 0025E 00 5 4244E 00 9.6392E 00 1. 5588E 01 2 3161E 01 3 1120E 01

Al 3) 3.1458E 00 4. 1464E 00 8.3785E 00 1.688SE 01 3. 0973E 01 5 0761E 01 7 4212E 01

Al 41 3.6983E 00 4. 98346 00 1 0715E 01 2.3158E 01 4. 5475E 01 7 9138E 01 1 2154E 02

Al 51 3.B985E 00 5. 2907E 00 1 1607E 01 2.5671E 01 5, 1508E 01 9 1409E 01 1 4257F 02 THETAH 28.1 17,7 13 .5 11.8 10,8 10.3 9.9 THETAI 11 46,8 39. 1 33 .6 30.4 28,4 27.1 26.2 THETAI 21 50.9 43.8 38 .5 35.2 33,1 31.7 30.7 THETAI 31 55.3 50.0 44 .9 41.7 39,5 38.0 36.9

THETAI 41 62.2 56.6 52 .0 4s,g 46,8 45.2 44. 1 THETAI 51 68.3 63.3 59 .2 55,4 54,4 52.9 51.8 THETAI 61 74.3 69.9 66 .3 63,9 52,1 60.8 59.8

THETAI 71 80.4 76.4 73 .4 71.3 59,8 58.7 67.9

THETAI 81 86.4 82.9 80 .4 76.7 77,5 76.7 76.1 IHETAI 91 92.4 89.4 87 . 3 86.1 85.3 84.7 84.3 THEIAIIOI 98.5 95.8 94 .3 93.5 93,0 92.8 92.6 THETAIlll 104.6 102.4 101 . 3 100.9 100.9 100.9 100.9

THETAI 121 111.0 109.1 108 . 4 108.5 108.8 109.1 109.3

THETAI 13

117,5 115.0 115 . 8 116.2 116,8 117.4 117.6 THETAI 141 124.4 123.2 123 . 4 124.2 125,0 125.8 125.4 THETAI 151 131.6 130.8 131 .4 132.5 133.5 134.4 135.1 rHETAI151 139.5 139.0 139 .9 141.2 142.3 143.2 143.9

THETAI 17

148.1 147.9 149 .0 15C.3 151.4 152.2 152.8 THETAI 181 157.7 157.7 158 . 7 159.8 150.7 161.4 151.8

THETAI 19

158.4 168,5 169 .2 169.8 170.3 170.5 170.9 THETAI20I 180.0 180.0 180 .0 180.0 180.

180.0 180.0 BHIHl 56.2 35.4 27 . 1 23.5 21,7 20.5 19. 1 BMI 1 1 93.5 78.2 67 . 1 5C.9 55,9 54.2 52.5

N=12 08= 30. BETAD 2.773 2.513 2. 199 1.885 1.571 1,257 0,942 O/LAMBOA 0.441 0.400 0.350 0. 300 0.250 0,200 0. 150 ALPHA 0.369 C.213 0. 135 0.C95 0.059 0,051 0.035

G 18.00 43. 82 57.24 84. 95 98.53 109.10 116,88

GIDBl 12.55 16. 42 18. 28 19. 29 19.94 20. 38 20.68

Al 11 1.4262E 00 1. 8336E 00 2 9004E 00 4. 30676 00 5.8813E 00 7 4510E 00 8,8381E OC

Al 21 2,1659E 00 3. 0551E 00 5 9593E 00 1. 1C516 01 1,8459E 01 2 7704E 01 3.7515E 01

Al 31 2.8885E 00 4. 3296E 00 9 5649E 00 2. 0731E 01 3,9551E 01 6 6913E 01 9.9780E 01

A 1 41 3,4658E 00 5. 3909E 00 1 3073E 01 3. 0677E 01 5.3895E 01 1 1514E 02 1.8401E 02

Al 51 3.7865E 00 5. 9951E 00 1 5126E 01 3. 7C57E 01 8.0421E 01 1 5158E 02 2.4744E 02 THETAH 26.7 15 .6 12 .2 IC .7 9.8 9 .3 9.0 IHETAI 11 44.3 35 .6 30 .5 27 .7 25.9 24 .7 23.9

THETAI 21 48.2 40 .1 35 . 1 32 .1 30.2 28 .9 28.0

IHETAI 31 53.3 45 .0 41 .2 36 .2 36.1 34 .5 33.5 THETAI 41 58.8 52 . 3 47 .8 44 .9 42.8 41 .3 40.2

THETAI 51 64.4 58 ,5 54 .6 51 .8 49,8 48 .3 47.3

IHETAI 61 70.1 64 .8 61 . 3 58 .8 55,9 55 .6 54,5 IHETAI 71 75.6 71 .0 67 .9 65 . 7 54,1 62 .9 52,

IHETAI 81 81.1 77 .0 74 .4 72 .5 71,2 70 .2 69.5

IHETAI 91 86.6 83 .0 80 .8 79 .4 78,3 77 .6 77,0 IHETAI 10

92.1 88 .9 87 .2 86 .1 65,4 84 .9 84.6

IHETAI 111 97.5 94 .9 93 .5 92 .9 92,5 92 .3 92.2

IHETAI 121 103.2 100 .9 100 .0 99 .7 99,7 99 .7 99.8

IHETAI 13 1 108.9 107 .0 106 .5 106 .6 105,9 107 .2 107.5

IHETAI 141 114.8 113 .2 113 .2 113 .6 114,2 114 .6 115.2

THETAI 151 120.9 119 .7 120 .0 12C .6 121.7 122 .4 123.0 IHEIA 1 16

127.4 126 .5 127 . 2 128.3 129,3 130 .2 130.9

THETAI 17

134.2 133 .7 134 , 7 135.0 L37.2 138 .2 138.9 IHEIAI181 141 .6 141 .4 142 , 7 144 .1 145.3 145 . 3 147.0

IHEIAI 191 149.7 149 .8 151 ,2 152.6 153,7 154 .5 155.2 IHETAI20I 158.8 159 . 1 160 , 3 151 .4 152.3 162 .9 163.4 THETAI21 1 169.0 169 .2 170 .0 170.6 171,1 171 .4 171.7 IHETAI221 180.0 180 .0 180 .0 18r .0 180,0 18C .0 160.0 BHIHl 53.3 31 .2 24 . 4 21 .4 19,7 18 .6 17.9 BWIll B8.6 71 .2 51 . 1 55 .4 51,8 49 .4 47.7
N=13 DB= 30.

BETAO 2.803 2.513 2. 199 1.885 1.571 1 .257 0.942 0/L4MBDA 0.'>46 0.400 0.350 0. 300 0.250 0.200 0. 150

Al PHA 0.339 0.179 0. 115 0.080 0.058 0.042 0.030

G 19.75 53.46 80.31 100.65 116.37 128.41 137.06 G(oe) 12.96 17. 28 19.05 20.03 20. !>6 21 .09 21.37

A( 1) 1.3262E 00 1. 8543E 00 3 0523E 00 4. 6109E 00 6. 3509E 30 8 0950E 00 9 6699E 00

Al 2) 1.9e57E 00 3. 1438E 00 6 5461E 00 1

.

2584E 01 2. 1476E 01 3 2668E 31 4 4735E 01

Al 31 2.6'i98E 00 4

.

5599E 00 1 1107E 01 2. 5139E 01 4

.

9844E 01 8 6163E 31 1 3061E 02

Al «l 3.2208E 00 5. 8527E 00 1 5791E 01 3. 9799E 01 8. 7238E 31 1 .6454E 32 2 6763E 02

Al 51 3.6072E 00 6. 7612E 00 1 9337E 01 5. 1828E 01 1

.

2038E 02 2 3B87E 02 4 0498E 02

A( fr) 3.7'.38E 00 7. 08e4E 00 2 0660E 01 5. 6499E 01 1. 3373E 02 2 6984E 32 4 6381E 02 IHETAH 25.* 14.0 11. 1 9.8 9 .0 8 .5 8.2 THETAI 1) 42.1 32.7 28. 1 25.4 23 .8 22 .6 21.9

THETAI 2 1 45.8 37.0 32. 3 29.5 27 .7 26 .5 25.7

THETAI 3) 50.7 42.6 38. 0 35.1 33 .2 31 .8 30.9 THETAI *l 55.9 48.6 44. 3 41.4 39 .4 38 .0 36.9 THETAI 5) 61.2 54.6 50. 6 47.9 45 .9 44 .5 43.4

THETAI 6) 66.4 60.5 57. 0 54.5 52 .6 51 .2 50. 2 THETAI 7) 71.6 66.3 63. 2 6C.9 59 .2 58 .0 57.0

THETAI S) 76.7 72.0 69. 3 67.4 65 .9 64 .8 63.9

THETAI 9) 81.8 77.6 75. 3 73.7 72 .5 71 .6 70.9

THETAI 10

1

86.8 83.1 81. 2 80.0 79 .0 78 . 3 77.8 THETAI 11

1

91.9 88.6 87. 1 86.2 85 .6 85 .1 84.8 THETAI 12) 96.9 94. 1 93. 0 92.4 92 . 1 91 .9 91.8 THETAI 13

)

102. 1 99.6 98. 9 98.7 98 .7 98 .8 98.8

THETAI 141 107.3 105.2 104. 9 105. 1 105 .3 105 .6 105.9

THETAI 15

)

112.6 111.0 111. 0 111.5 112 . 1 112 .6 1 1 3 . C THETAI 16 1 118.1 1 16.8 117. 3 118. 1 118 . 9 119 .6 120.2

THETAI 17) 123.9 123.0 123. 7 124.8 125 .9 126 .7 127.4 THETAI 18) 129.9 129.4 130. 5 131.8 133 .0 134 .0 134.8 THETAI 19) 136.4 136.2 137. 6 139.1 140 .4 141 .4 142. 1 THETAI 20

)

143.4 143.6 145. 1 146. 7 147 .9 148 .9 149.6 THETA 1 2 1

)

151.1 151.6 153. 1 155 .7 156 . 5 THETA(22) 159.8 160.3 161. 7 162.8 163 .7 164 .3 164.7 THETA(23) 169.5 169.9 170. 7 171.3 171 .8 172 .1 172.3

THETAI2'() 180.0 180.0 180. 0 180.0 180 .0 180 .0 180.

C

BMIH) 50.8 28.0 22. 1 19.5 18 .0 17 .1 16.5 BWIll 84.3 65.4 56. I 50.9 47 .5 45 .3 43.8

N=14 0B= 30. BETAD 2.828 2.827 2.513 2. 199 1 .885 1.571 1.257 0.942 0/LAHBDA 0.450 0.450 0.400 0.350 0.300 0.25C 0.2C0 0.150 ALPHA 0.314 C.313 0.153 0.C98 0.069 0.050 0.036 0.025

G 21.51 21.58 63.89 94.33 117.43 135.29 148.96 149.31 Gloe) 13.33 13.34 18.05 19.75 20.70 21.31 21.73 21.74

A( II 1.2379E 00 1.2379E 00 1.8881E 00 3.21286 00 4.9213E 00 6. 82506 00 8. 7319E OC 1. 04536 01 Al Z) 1.8274E 00 1.82746 00 3.2592E 00 7 le29E 00 1.4236E 01 2.4740E 01 3. 8057E 01 5. 2481E 31 A( 3) 2.4336E 00 2.4336E 00 4.8341E 00 1.2714E 01 3.0151E 01 6. 1646E 01 1. 0879E 02 1.6721E 02

A( 4> 2.9818E 00 2.98leE 00 6.3750E 00 1 8914E 01 5.0762E 01 1. 1632E 02 2. 2645E 02 3. 76566 02

A( S) 3.3979E 00 3.3979E 00 7.60846 00 2 4352E 01 7.0676E 01 1. 7419E 02 3. 61356 02 6. 32836 0?

Al 61 3.6225E 00 3.6225E 00 8.2948E 00 2.7542E 01 8.3033E 01 2. 12056 02 4.5384E 02 8. 15306 02 THETAH 24.3 24.3 12.7 10.2 9.0 8.3 7.9 7.6 THETAI 1) 40.3 40.3 30.2 25.9 23.5 21.9 20.9 20.2 THETAI 21 43.8 43.8 34.3 29.9 27.3 25.6 24.5 23.7 THETAI 31 48.4 4S.4 39.7 35.3 32.6 30.7 29.4 28.6 THETAI 4) S3.

3

53.3 45.4 41.2 38.4 36.5 35.1 34.2 THETAI SI S8.3 58.3 SI.

2

47.3 44.6 42.6 41.2 40.2

THETAI 6) 63.3 63.3 56.8 53.3 50.7 48.8 47.4 46.4

THETAI 7) 68.2 68.2 62.4 59.1 56.8 55.1 53.7 52.8

THETAI 81 73.0 73.0 67.7 64.9 62,9 61.3 50.

1

59.2

THETAI 91 77.7 77.7 73.0 70.6 68.8 67.5 66.4 55.5 THETAIIO) 82.4 82.4 78.2 76.1 74.7 73.5 72.7 72. I THETAI 11

1

87.0 87.0 83.3 81.6 80.5 79.7 79.0 78.6

THETAI 12

)

91.7 91.7 88.4 87.1 86.3 85.8 85.3 85.1 THETAI 13 1 96.4 95.4 93.5 92.6 92.1 91.8 91.7 91.5

THETAI 141 101.1 101.1 98.6 98.0 97.9 97.9 98.0 98.1

THETAI 15) 105.9 105.9 103.8 103.6 103.8 104. 1 104.4 104.6

THETAI 16

1

110.7 110.7 109. 1 109.2 109.7 110.3 110.8 111.2 THETAI 171 115.8 1 15.8 114.5 115.0 115.8 115.5 117.3 117.8 THETAI 18) 121.0 121.0 120. I 120.9 121.9 123.0 123.8 124.5 THETAI 191 126.4 126.4 125.9 127.0 128.3 129.5 130.5 131.2 THETAI20) 132.2 132.2 132.0 133.4 134.9 135.2 137.3 138.0 THETAI21I 138.3 138.3 138.5 140.2 141.8 143.1 144. 1 144.9 THETAI22) 145.0 145.0 145.5 147.3 148.9 150.2 151.1 151.8 IHETAI23) 152.

4

152.4 153. 1 154.9 155.3 157.4 158.2 158.8 THETAI 24

1

160.7 160.7 161.4 162.9 154.0 164.9 165.4 165.9 THETAIJSI 169.9 169.9 170.5 171.3 172.0 172.4 172.7 172.9 THETAI25I 180.0 180.0 180.0 18C.0 180.0 180.0 180.0 180.0 BMIHI 48.7 48.6 25.4 20.3 18.0 16.6 15.8 15.2 BHIll 1 80.6 80.5 60.5 51.9 47.0 43.9 41.8 40.5
N=15 DB= 30. 8ETAD 2.850 2 . 827 2.513 2. 199 1.885 1.571 1 . 257 D/LAMBOA 0.^53 C .450 0.400 0. 350 0.300 0.250 0. 200 ALPHA 0.292 C .270 0.132 0.085 0.059 C.043 0.031

G 23.27 27. 29 75.06 109.25 135.23 155,29 170.65

GfOBt 13.67 14.36 18. 75 20.38 21.31 21.91 22.32

A( 1 ) l.l598e 00 1

1657E 00 I. 9318E 00 3. 3799E 00 5. 2365E 00 7 3025E 00 9. 37 HE 00

A( 2 ) 1.66636 00 1. 6996E 00 3. 3980E 00 7. 8679E 00 I6009E 01 2 8252E 01 4. 3871E 01

A ( 3

2.2401E 00 2. 2577E 00 5. 1493E 00 1.4495E 01 3. 5812E 01 7 5195E 01 1. 3508E 02

A ( i*) 2.7575E 00 2. 7813E 00 6. 9614E 00 2. 2487E 01 6. 3806E 01 1 5201E 02 3. 0423E 02

At 5 ) 3.1B07E 00 3. 2099E 00 8. 5510E 00 3. 0292E 01 9. 4381E 01 2 4511E 02 5. 2859E 02

A( 6) S.'iSBSE 00 3. 4911E 00 9. 6408E 00 3. 6C23E 01 t . 1849E 02 3 2362E 02 7. 2922E 02

A| 7) 3.5549E 00 3. 5890E 00 10029E 01 3.6133E 01 1. 2 768E 02 3 5455E 02 8. 1056E 02 IHETAH 23.* 21.4 11.6 <;.4 8.3 7.7 7.3 THETA( I) 38.7 37.5 28.1 24.1 21 .8 20.4 19.4 THETAI 2) *2.0 40.9 32.0 27.9 25.4 23.8 22.8

THETA( 3) 46.4 45.4 37.1 33.0 30 .

28.6 27.4

THETA! 51.1 50.2 42.6 36.6 35.9 34.0 32.7 THETAt 5) 55.9 55.1 48. 2 44.3 41.6 39.7 38.3

THETAI 6} 60. 6 59.8 53.6 5C.0 4 7.5 45.6 44.2

THETAI 7) 65^2 64.5 58.9 55.6 53.2 51.5 50.1 THETA( 8) 69.7 69.1 64.0 61.1 58.9 57.3 56.0

THETAt 9) 7*.73.6 69.0 66.4 64.6 63.1 62.0 THETA ( 101 78.6 78.0 7 3.9 71.7 70 . 1 68.9 67.9

THETA( 11

82.9 82.4 78.7 76.9 75.6 74.6 73.

THETA ( 12 > 87.2 66.8 83.5 82.0 81.0 80.3 79.7

TH£TA( 13 J 9t.6 91.1 88. 3 87.1 86.4 85.9 85.6

ThETAI 1^

95.9 95.5 93.0 92.2 91.8 91.5 91.4

THETA ( 15

100.2 99.9 97.8 97.3 97.2 97.3 97.3

THETAI 16104.7 104.3 102 .6 102.5 102.7 103.0 103.2

THETAI 17

109.2 108.9 107. 5 107.7 108.2 108.

109.2

THETAI 18) 113.8 113.5 112.5 113.0 113.8 114.6 115.2

THETAI 19

118.5 118.3 117.6 118.5 119.5 120.5 121.3

THETAI 20 I 123.5 123.3 123.0 124.1 125.4 126.5 127.5

THETfi I 21

128.7 128.5 1 28. 5 129.9 131 .4 132.7 133-7 THETA I 22

134.1 1 34.0 134.4 136.0 137.7 139.0 140.1 ThETA t 23

140 .0 139.9 140.6 142.4 14^ . 1 145.5 146.5

T HP T & f 7^1 149.2 TMETA(251 153.5 153.4 154.5 156.4 157.9 158.9 159.7 THETAI26I 161.4 161 .4 162.5 164.0 165.1 165.9 166.4 THEr*IZ7» 170.3 170.3 171.0 171.9 1T2.5 172.9 173.2 rHErA(28) 180.0 180.0 180.0 18C.0 180.0 180.0 180,0

BW(HI 46.7 42.8 23.2 18.8 16.7 15,4 r4.6 BM(1) 77.3 74.9 56.2 48.2 43.7 40.8 38.9

H=20 DB= 30. BETAD 2-925 2.827 2.513 2.199 1.885 1.571 D/LAH80A 0.465 C.450 0.400 0. 350 0-300 0.253 ALPHA 0.217 0.149 0.073 0.046 0.033 0.024

G 32.07 63.74 140.92 195.70 237.10 268.80

G(08l 15.06 18.04 21.49 22,92 23.75 24.29

AI 11 8.7706E-01 1. 0005E 00 2. 2'.02E 00 4. 2783E 00 6. 8597E 00 9 . 7244E 00

A( 2) 1.2C09E 00 1. 4220E 00 4. 3532E 00 1, 1985£ 01 2.A672f Dl 4.954le 01

A( 3) 1.5497E 00 1.887EE 00 7. 2920E 00 2, 6321E 01 7. 5303E 01 1 .7354E 02

A( 4) 1.9C52E 00 2. 3726E 00 1. 0955E 01 4, 8693E 01 1. 696tE 02 4 -6469C 02

A( 51 2.2465E 00 2. 8459E 00 1. 5C78E 01 7, 8707E 01 3- 1972E 02 1 .<J048£ 03

A( 6) 2.5522E 00 3. 2755E OO 1. 9256E 01 1, 1354E 02 5. 1866E 02 1 .8119E 03

AI 7) 2.8C22E 00 3. 6303E OO 2. 3C02E 01 1,4809€ 02 7. 3661E 02 2 . 780OE 03

A( (I 2.9793E 00 3. 8833E 00 2. 5832E 01 1. 7608E 02 9. 2585E 02 3.6T55E 0 3 AI 9) 3.07UE 00 4.0151E 00 2. 7356E 01 1. 9179E 02 1. 0364E 03 4 .2187E 03

19.8 13.1 8.2 6.8 6.1 5.7 THETAI I) 32.7 27.8 20.8 17.8 16.1 15.1 IHETAI 2) 35.5 30.9 24.0 2C.7 la.

17.5

THETAI 3) 39.1 35.0 28. 1 24,7 22.6 21.2

THETAI 41 43.0 39.2 32.7 29,1 26.8 25.3

THETAI 5) 46.9 43.5 37.3 33.7 31.3 29,7

THETAI 6) 50.8 47.6 41.9 38,4 35.9 34.2 THETAI 71 54.5 51.6 46,3 42,9 40.5 38.7 THETAI 8) 58,2 55.5 50.6 47,4 45.0 43.2

THETAI 9) 61-7 59.2 54.7 51,7 49,5 47.7

THETAI 101 65.2 62.8 58.7 56,0 53.9 52,2

THETAI It 1 68.5 66.4 62.6 60.

58,2 56.7 rHETAa2i 71,9 69.9 66.4 64.2 62,4 61.0

THETAI 131 75.1 73.3 70.1 68.2 66,6 65.4

THETAtl41 78.4 76.6 73.8 72. 1 70,8 69,7

THETA 1151 81.6 79.9 77.4 76-0 74.9 74.0 TMErA(16) 84.7 63.2 81.0 79,8 78.9 76.2 THETAI17I 81,^ 86.5 84.6 83.6 «2.9 82.4

THETAI 18» 9H 89.8 88. 1 87.4 87.0 86.6

THETAI 19> 94.2 93.0 91,7 91.2 91.0 90.9 THETA120I 9T.4 96.3 95.2 95.0 95.0 95.1 THETAI21I 100.6 99.6 98.8 98.8 99.0 99.3 THETAI221 103.9 102.9 102,4 102.7 103.1 103.6 lHerA(231 107.1 106.3 106.0 106,5 107.2 107.8 THET4f241 110,5 109.7 109.7 lie.

111.4 112.2 THETAI25) 113.9 113.2 113.4 114,5 115.6 116.5 rHETAI26l 117.3 116.7 117.3 118.5 119.8 121.0 THETAI271 120.9 120.4 121.2 122,7 124.2 125.4 IHETAI28I 124.6 124.2 125.3 127.0 128.6 130.0 THETA(29I 128.5 128.1 129.5 131.4 133.2 134.6 THEIAI39I 132.5 132.2 133,9 136.0 137.9 139.3

THETAI 31

136.8 136.6 138,5 140.8 142.7 144.2 THETAI32) 141.3 141.2 143.4 I4<i.7 147.6 149-0 THETAI331 146.2 146.2 148.5 150,9 152.7 154.0 THErAI34) 151.6 151.6 154.1 156,3 157.9 159.1 THETAI351 157.5 157.7 160.0 162.0 163.3 164.3

THETAI 36

164.2 164.4 166.3 167.8 168.8 169,5 THETAI3TI 171.8 171.9 173,1 173.9 174 .4 174,7 THETA 1381 180.0 180.0 180.0 18C.0 180.0 180,0 BW4HI 39.7 26.3 16.4 13.6 12.2 11.3

ewi 1 1 65,4 55.6 41.6 35.6 32.2 30.1

09
N=25 DB= 30. N=30 DB= 30. 6ETA0 2.970 2.827 2.513 2. 199 1.885 BET AD 2 . 999 2.827 2.513 2. 199 0/LAH60A 0.472 0.450 0.400 0.350 0.300 0/t AMBOA 0.477 0.450 0.400 0. 350 ALPHA 0.172 0.093 0.046 0.029 0.020 ALPHA 0.1*3 C .064 0.031 0.020

G 40.82 111.04 220.49 297.20 353.80 G 49. 52 166.90 309.73 407.63

GlOB) 16. 11 20.45 23. 43 24.73 25.49 GIDB) 16.95 22.22 24.91 26.10

Al 1) 7.0247E-01 9. 84386-01 2.6242E 00 5.2325E 00 8. 5259E 00 A 1 1 ) 5 . 8497E-0

1

t.0251E 00 3. 0422E 00 6. 2134E 00

A( 21 9.1836E-01 1. 4083E 00 5.6370E 00 1. 7211E 01 4. 0328E 01 A 1 2

)

7.3B36E-01 1.49aiE 00 7. 1910E 00 2. 3519E 01

Al 31 1.1518E 00 1. e968E 00 1.0350E 01 4. 3801E 01 1. 3724E 02 A 1 3

)

9.0376E-01 2.0523E 00 1. 4359E 01 5. 8C17E 01

Al <.! 1.3956E 00 2. 4347E 00 1.6998E 01 9. 3412E 01 3. 7143E 02 A 1 4

)

1.0779E 00 2. 7108E 00 2. 5549E 01 1. 5378E 02

Al 3) 1.6415E 00 3.0017E 00 2.5583E 01 1 . 7389E 02 8. 4180F 02 A 1 5

)

1.2569E 00 3. 4297E 00 4. 1535E 01 3. 4319E 02

A 1 61 1.8803E 00 3. 5733E 00 3.5808E 01 2. 8945E 02 1.6477E 03 A 1 6

)

1.4364E 00 4. 1993E 00 6. 2760E 01 6. 4242E 02

Al 7) 2.1027E 00 4. 121<;E 00 4.7C59E 01 4. 3751E 02 2. 8414E 03 A 1 7

)

1.5120E 00 4. 9948E 00 8. 9089E 01 1. 0928E 03

Al 8) 2.2995E 00 4.6195E 00 5.8443E 01 6.0679E 02 4. 3751E 03 A 1 8

)

1.7787E 00 5. 7876E 00 1.1970E 02 1. 7091E 03

Al 9) 2.4623E 00 5. 0392E 00 6.8899E 01 7. 7772E 02 5.0714E 03 A 1 9

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1.9322E 00 6. 5463E 00 1. 5302E 02 2.4785E 03 Alio 2.5841E 00 5. 3577E 00 7. 73426 01 9. 2568E 02 7. 5414E 03 Alio) 2.0578E 00 7. 2396E 00 1. 86B7E 02 3. 3528E 03 All!) 2.6594E 00 5. 5565E 00 8.2834E 01 1. 0264E 03 8. 7584E 03 A 1 11 ) 2.1816E 00 7. 8359E 00 2. 1852E 02 4. 2500E 03

Al 121 2.6849E 00 5. 6241E 00 8.4739E 01 1. 0e22E 03 9. 1636E 03 A 1 12 > 2.2701E 00 8. 3113E 00 2. 4552E 02 5. 0641E 03 THETAH 17.5 9.6 6.4 5.4 4.8 A 1 13

)

2.3307E 00 8. 5405E 00 2. 6505E 02 5. 5851E 03 IHEIAI 11 28.8 22. I 15.5 14.1 12.8 A 1 14 ) 2.3616E 00 8. 8093E 00 2. 7535E 02 6. 0215E 03 THEIAI 2) 31.3 24.9 19. 1 15.5 14.9 THETAH 15.9 7.6 5.2 4.4

THEIAI 31 34.4 28.6 22.6 19.7 18.0 THEIAI 1

)

26. 1 18.3 13.7 11.7 IHEIAI 4) 37.8 32.4 26.5 23.4 21.4 THEIAI 2) 28.3 20.9 15.9 13.7 IHEIAI 5) 41.2 36.2 30.5 27.2 25.1 IHETAI 3) 31.1 24.2 18.9 16.4 IHEIAI 61 44.6 39.9 34 .5 31.1 28.8 THEIAI 4) 34.2 27.7 22.3 19.5 IHEIAI 7) 47.8 43.5 38. 3 34.9 32.6 IHETAI 5) 37.2 31.2 25.8 22.8

IHEIAI 8) 50.9 46.9 42 .0 38.7 36.4 THEIAI 5) 40.2 34.6 29.3 26.1 IHEIAI 9) 53.9 50.2 45.6 42.4 40.

1

IHETAI 7) 43.

1

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59.7 56.5 52.4 49.5 47.4 THEIAI 9) 48.5 43.9 39.2 35.0

IHEIAI 12

1

62.5 59.5 55.7 53.1 51.0 I HE I A 1 10

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51.1 46.8 42.3 39.2

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IHEIAI 14

1

68.0 65.3 62.0 59.8 57.9 IHETAI 12

)

56. 1 52.2 48.2 45.3

IHEIAI 15) 70.6 68.1 65. 1 63.0 61.3 IHEIAI 13

)

58.5 54.9 51.1 48.3

IHEIAI 16

)

73.2 70.8 68. I 55.2 54.7 IHETAI 14

)

60.8 57.4 53.8 51.2

IHEIAI 17

)

75.8 73.5 71 .1 59.4 58.0 THEIA 1 15 ) 63. 1 59.9 55.5 54.0

IHEIA 1 18

)

78.3 76.2 74 .0 72.5 71.3 T HE I A 1 16 ) 65.4 62.3 59.2 55.9 THEIA 1 19

)

80.8 78.9 76.9 75.6 74.5 IHETAI 17

)

67.6 64.7 61.8 59.6 IHEIAI20

)

83.4 81.5 79 .7 78.7 77.8 THEIAI 18

)

69.8 57.0 64.3 62.3

IHEIAI 21

)

85.9 84.1 82 .6 81.7 81.0 THE T A 1 19

)

72.0 69.3 66.9 55.0 IHEIAI22) 88.3 86.7 85 .4 84.7 84.2 THEIAI 20

)

74.1 71.5 69.3 67.5 TH6IAI23) 90.8 89.3 8a .2 87.7 87.4 THEIAI 21

)

76.2 73.9 71.8 70.3

IHEIAI 24) 93.3 91.9 91 .0 9C.8 90.5 THEIA 1 22

)

78.3 75.1 74.2 72.8 IHEIAI25

)

95.8 94.5 93 . 9 93.8 93.8 IHETAI23) 80.4 78.3 76.5 75.4 IHEIAI26) 98.3 97.1 96 . 7 95.8 97.0 THEIA 1 24

)

82.5 80.5 79.0 78.0 IHEIAI27) 100.8 99.7 99 . 5 99.8 100.2 THEIA 1 25

)

84.5 82.7 81.3 80.5

IHEIAI 28

)

103.4 102.4 102 . 4 102.9 103.5 THE lAI 26

)

86.6 84.8 83.7 83.0 THEIAI 29

)

106.0 105.0 105 . 3 105.0 105.7 THEIA 1 27

)

88.6 87.0 85.0 85.5 IHEIAI30) 108.6 107.7 108 . 2 109.1 110.0 THEIAI 28

1

90.7 89.1 88.4 88.0

IHEIAI 31

)

111.2 1 10.5 111 .2 112.3 113.3 THE TAI 29

)

92.7 91.3 90.7 90.5

IHEIAI 32 ) 113.9 113.3 114 . 2 115.5 115.7 THEIA 1 30

)

94.8 93.5 93. 1 93.0

IHEIAI 33) 116.6 116.1 117 .2 118.7 120.1 IHETAI 31

)

96.8 95.5 95.4 95.5

IHEIAI 34

)

119.4 119.0 120 . 3 122.0 123.5 IHETAI 32

)

98.9 97.8 97.7 98.0

IHEIAI 35

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122.3 122.0 123 .5 125.4 127.1 1 nt 1 A 1 J J 1 101 .0 100.0 100. 1 IOC.

5

IHEIAI36) 125.2 125.0 125 . 8 128.9 130.7 THEIAI 34

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103. 1 102.2 102.5 103.1 IHEIAI 37

)

128.3 128.2 no .2 132.4 134.3 IHEIAI 35

)

105.2 104.4 104.9 105.7

IHEIAI 38

)

131.5 131.5 133 .8 136.1 138.0 THEIAI 36

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107.3 106.6 107.3 108.2 THEIAI 39

)

134.8 134.9 137 .4 139.9 141.9 THEIAI 37

)

109.5 108.9 109.7 11C.9 THEIAI40) 138.3 138.5 141 .2 14 J. 8 145.8 THETAI 38

)

111.7 111.2 112.2 113.5 THETAI41

)

142.0 142.3 145 .2 147.8 149.8 I HET A 1 39

)

113.9 113.5 114.7 115.2 THET4I42) 145.9 146.4 149 .4 152.0 153.9 IHEIAI 40

)

116.1 115.8 117.3 118.9

IHETAI 43 ) 150.2 150.8 153 . 9 156.3 158.0 THETAI41

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118.4 118.2 119.8 121.6 IHETAI44

)

154.9 155.6 158 .6 150.8 162.3 IHFTAI42) 120.8 120.7 122.5 124.4 THEIAI45) 160.1 160.9 163 .5 165.5 155.7 THETAI 43

1

123.2 123.2 125.2 127.2 IHEIAI46) 166. 1 166.7 158 .9 170.2 171.1 IHETAI44) 125.6 125.8 128.0 130.2 IHETAI47) 172.7 173.1 174 .4 175.1 175.5 IHETAI45

)

128.1 128.4 130.8 133.1 IHETAI48) 180.0 180.0 180 .0 180.0 160.

0

THETAI46) 130.8 131.1 133.7 135.2

BHIH) 35.0 19.1 12 .8 in.

7

9.6 THETAI47) 133.5 134.0 135.7 139.3

BHI 1

)

57.6 44.2 33 .0 28.2 25.5 IHETAI48) 136.3 136.9 139.9 142.5 IHETAI49)

rHETAI50)

IHETAI 51

)

IHEIAI 52) IHETA153)

THEIAI 54

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THETAI55)

rHETAI56) THEIAI57)

IHETAI58)

UMIH)

8M1 1 )

139.2

142.4

145.7

149.2

153.1 157.3

162.0 167.4

173.4

180.0 31.7

52.1

140.0

143.2 145.7

150.3 154.3

158.6

153.3

168.5

174.1 180.0

15.2 36.7

143.1 146.5

150. 1 153.8 157.7 161.8

166. 1 170.6

175. 3 180.0 10.5 27.3

145.8

149.2 152.7

155.4

160.1 163.9

167.8

171.8 175.9 180.0

8.8 23.4

50
BETAD I>712 1.571 1.257

n 1 n ^nn D/L AHBOA 0 272 0.250 0. 200 ALPHA 1.430 1.291 1 .002 • 0 237

3 38 4 25 4 93 5 40 5 69

r (fifti ^*66 5.28 6.28 6.93 7.33 7.55

A ( 1

1 • 960AE 00 1.9612E 00 1.9676E 00 1.9781E 00 1 . 98 90E 00 I . 997 1 E 00 THETAH 70.4 64.2 54.5 48.8 45.7 44. 1 TH6TA( 1) 135.9 134.1 130.8 128.4 126.7 125.7

THETA( 2) 1<>&.6 145.3 142.8 141.0 139.8 139.1 THETAI 3) 162.1 161.4 160. 1 159.2 158.6 158.2

THETAl *) 180.0 180.0 180.0 180.0 180.0 180.

BW(HI 140.8 128.5 108. 9 97.7 91 .4 88.2

BW( 1

271.9 268.3 261.6 256.7 253.4 251.4

4 0B= 40.

BETAD 1.910 1.885 1.571 1.257 0.942 0.628 0.314 0/LAM8DA 0.304 0.300 0.250 0.200 0. 150 0. 100 0.050

ALPHA 1.232 1.207 0.929 0. 698 0.499 0.322 0.158

G 4.03 4. 19 6.03 7.52 8.63 9.40 9.86

G(DB) 6.05 6.22 7.80 8.76 9.36 9.73 9.94

A( 11 2.6688E 00 2.669CE 00 2.7017E 00 2.7723E 00 2.8556E 00 2.9306E 00 2.98ieE 00 IHETAH 58.6 57.3 45.1 38.8 35.4 33.5 32.5 IHEIAI 11 109.8 109.3 103.8 99.9 97.2 95.3 94.3

IHETA( 2) 118.1 117.6 113.0 109.6 107.3 105.8 104.9

THETAC 31 130.2 129.8 126.3 123.8 122.0 120.9 120.3

THETAI 4 1 145.1 144.9 142.5 14C.9 139.8 139. 1 138.8 THETA( 5) 162.0 161.9 160. 7 159.9 159.4 159.1 159.0 THETAI &) 180.0 180.0 180.0 18C.0 180.0 180.

180.0 BWIH) 117.1 I 14.5 90.2 77.5 70.7 67.0 65.0

BMIll 219.7 218.7 207.7 199.8 194.3 190.7 188.6

H' 5 0B= 40. BETAO 2.091 1.885 1.571 1.257 0.942 0.628 0.314 0/LAM8DA 0.332 0.300 0.250 0. ?00 0.150 0. 100 C .050 ALPHA 1.051 C .866 0.548 0.479 0.339 0.217 0. 106

G

1 5.28 7.41 10.19 12.34 13.92 15.01 15.64

GIOBI 7.23 8.70 10.08 10.91 11.44 11.76 11.94

Al 1) 3.0131E 00 3.0501E 00 3.2084E 00 3.4255E 00 3.6472e 00 3.83376 00 3.9570E CO

Al 21 4.1480E 00 4.213CE 00 4.4952E 00 4.8922E 00 5.3099f 00 5.6709E CC 5.9142E r.O THETAH 50.5 40.9 33.2 29.4 27.3 26.1 25.5

THETAI 1) 92.7 88.0 82.7 79.2 76.7 75. 1 74.2 THETAI 21 99.2 95.0 90. 3 87.1 84.9 83.4 82.6

THETAI 31 108.6 105.1 101.3 98.6 96.8 95.5 94.9

THETAI 41 120.2 117.4 114.4 112.4 111.1 110.3 109.8 THETAI 5) 133.3 131.2 129. 1 127.8 127.0 126.5 126.3

THETAI 61 147.8 146.4 145.1 144.4 144.0 143.8 143.7 THETAI 71 163.5 162.8 162.2 161.9 161 .8 161.7 151.7

THETAI 81 180.0 180,0 180.0 IBC.O 180.0 180.0 180.0

BWIH) 101.0 81.9 66. 3 58.7 54.5 52.2 50.9

BWIl) 185.3 175.9 165.5 158.3 153.4 150.2 148.4

ft' 6 CB» 40. 8ETAD 2.238 1 2.199 I .885 1.571 1.257 0.942 0.628 0.314 O/LAMBDA 0.356 0.350 0. 300 0.250 0.200 0.150 O.ICO 0.050

ALPHA 0.904 C .866 0.527 0.453 0.339 0.239 0.153 0.075

G 6.63 7.27 12. 03 15.81 18.68 20. 79 22.23 23.07

GIDBI 8.21 8.62 10. 80 11.99 12. 71 13. 18 13.47 13.63

Al 11 3.0853E 00 3.0881E 00 3.2590E 00 3 6155E 00 4.0190E 00 4.4062E 00 4.7225E 00 4.9286E CO

A 1 2 ) 4.9e91E 00 4.9954E 00 5.4C62E 00 6 2298E 00 7.2495E 00 8 .2891E 00 9.1830E OC 9.7e68E 03 THETAH 44.7 42 .4 30 . 8 26.0 23 .5 22 . I 21.2 20.8 THETAI 1 ) 80.9 79.7 72 . 7 68.1 55 .0 6? .9 51.6 60.8

THETAI 21 86.3 85.3 78 . 8 74.5 71 .7 69 .7 68.5 67.7

THETAI 3) 94.1 93.2 87 .6 83.9 81 .4 79 .7 78.5 77.9

THETAI 4) 103.4 102.6 98 .0 95.0 92 .9 91 . 5 90.6 9C. I THETAI 5) 113.8 113.2 109 .4 107.1 105 .6 104 .7 104. 1 103.7

THETAI 61 125.1 124.6 121 .8 120.2 119 .2 118 .7 118.4 118.2

THETAI 7) 137.4 137.1 135 .0 134.0 133 .5 133 .3 133.3 133.2

THFTAI 8) 150.7 150.5 149 .2 148.7 148 .5 148 .5 148.6 148.5

THETAI 91 165.0 154.9 164 .3 164.1 164 .1 154 .2 164.2 164.3

THETAI 10

180.0 180.0 180 .0 18C.0 180 .0 180 .0 180.0 18C.0

BWIH) 89.5 84.9 61 .7 51.9 47 .0 44 . I 42.5 41.6

ewii) 161.7 159.5 145 .4 136.2 130 125 .8 123.1 121.5

51
N= T 08= iiO.

8ETA0

0/LAHBOA

ALPHA

GGlOB)

A( I) A( 2) A( 3) THETAH

THETAC

TMETA( 2) THeTA( 3) rHETA( 41 TH£TA( 5) THETAi 6) THETAC 71 THETAI 6) THErA( 9) rHETA( 10 I fHETAI 11

)

THETA(12I

8UIH)

aw( 1 I

1)

2.355

0.375 0,787

2.199

C.350

0.652

1.885

0. 300 0.465

1.571 0.250

0.341

1.257 0.200

0.249

0.942

0. 150 0.175

0.628

0.100

0.112

0.314

0.050

0.054

8.04

9.05 3.0071E 00 5.2678E 00 6.2731E 00 40.4

72.3

77.0

83.7

91.6

100.2

109.5

119.3

129.8

141.1 153.2

166.3 180.0 80.8

144.7

1 1.68 10.67 3.0699E 00 5.4261E 00 6.4794E 00

32.3 67.8

72.9 80.0

88.4 97.5

107.2

117.5 128.4

140.0

152.6

166.0 180.0 64.6

135.6

17.97

12.55 3.4517E 00 6.4303E 00 7.8C39E 00 24.6 61.6

67. 1 74.9 84.0 93.8

104.3 115.3 126.8

139.0

152.0 165.8

180.0

49. I 123.2

22.83

13.59 4.00326 00 8.0095E 00 9.9389E 00 21.3

57.

6

63.3

71.5

Bl.l 91.5 102.5

114.1 126.1 138.8

152.0

165.8 18C.0 42.6

115.2

26.51

14.23 4.6012E 00 9.8940E 00 1.2560E 01 19.5 55.0 60.8

69.1 79.0 89.9

101.4

113.4 125.9

138.8

152.2

166.0

180.0

39.1 109.9

29.21

14.66 5.1590E CO

1 . 1813E 01 1.5302E 01 18.5 53.2

59.0 67.5

77.6 88.8

100.7

113.1 125.8 139.0 152.4

166.1 180.0

37.0 106.3

31.06

14.92 5.6086E 00 1.3473E 01

1.7 72 7E 01 17.9 52.0

57.9

66.4

76.7

88. 1 100.2 112.9

125.8

139. I 152.6

166.3

180.0

35.8 104.0

32.14

15.07 5.8994E 00 1.46C0E 01 1.94C2E 01 17.6 51.3

57.2 65.8

76.2 87.7

100.0

1 12.8 125.9

139.2 152.7

166.3 180.0

35.1 102.7

N= 8 D0= 40. 8Er«0 2.4*8 2.199 1.885 1.571 1.257 0.942 0.628 0.314 D/LAMBOA 0.389 0.350 C.300 0.?50 0.200 P. 150 a. 100 0.050 ALPHA 0.694 0.502 3.356 0.260 0. 189 0. 133 0.085 0.041

G 9.49 17.23 25.15 31.21 35.80 39.18 41.50 42.78

G(08) 9.77 12.36 14.01 14.94 15.54 15.93 16.18 16.31

AC 1) 2.e&05E 00 3.0582E 00 3.6452E 00 4. 3S87E 00 5. 1882E 00 5 9142E 00 6 .4956E 00 6 8 7066 00

A( 2) 5.1982E 00 5.73046 00 7.4417E 00 9. 9270E 00 1. 2879E 01 1 590eE 01 1 .B551E 01 2 03S8E 01

A( 3) 6.8448E 00 7.6503E 00 1.0328E 01 1. 4428E 01 1. 9575E 01 2 5127E 01 3 .0172E 01 3 3720E 01 THETAH 37.1 25.8 20.4 18.0 16.7 15.9 15.4 15.2 THETAl 1) 65.8 58.8 53.3 49.8 47.5 45.9 44.9 44.4

THETAI 2) 70.0 63.4 58.3 54.9 52.6 51.0 SCO 49.4

THETAl 3) 75.9 70.0 65.3 62.1 60.0 58.5 57.4 56.9

IH£TA( 4) 82.8 77.6 73.4 70.7 68.7 67.3 66.4 65.9

THETAl 5) 90.3 85.8 82.2 79.9 78.2 77.1 76.3 75.9

TH£TA( 61 98.2 94.3 91.4 89.5 88.3 87.4 86.8 86.5 THETA( 7) 106.5 103.2 100.9 99.5 98.7 98.1 97.8 97.6

THETAC 81 115.1 112.4 110.7 109.8 109.3 109.1 109.0 108.9

THETAC 91 124.1 122.0 120.8 12C.4 120.3 120.4 120.4 120.5

THETAC 10) 133.8 132.1 131.5 131.4 131.6 131.9 132.1 132.2

THETAC 11 1 144.1 143.0 142.7 142.9 143.3 143.6 143.9 144.1 rH£TACl2) 155.3 154.6 154.6 154.9 155.3 155.6 155.9 156.0

THETAC 13

1

167.4 167.0 167. 1 167.3 167.5 167.8 167.9 168.0

THETAC 14) 180.0 180.0 180.0 18C.0 180.0 180.0 18C.C IBO.O

BW(H) 74.1 51.6 40.9 36.1 33.4 31.8 30.8 30.3

6UC 1

)

131.7 117.6 106.6 99.7 95.0 91.9 89.9 88.7

N= 9 DB= 40.

BETAO 2.523 2.513 2. 199 1.885 1.571 1.257 0.942 0.628 O/tAHBOA 0.401 0.400 0.350 0.300 0.250 0.200 0.150 0.100 ALPHA 0.619 C.609 0.396 0.279 0.204 0.148 0. 104 C.065

10.97 11.40 23.87 33. 54 40.92 46.53 50.57 53.52

GCOB) 10.40 10.57 13.78 15. 26 16.12 16.68 17.05 17.29

AC 1) 2.6901E 00 2.690tE 00 3 0774E 00 3.8604E 00 4. 8085E 00 5 .7839E 00 6.6743E 00 7. 3848E 00

AC 2) 4.9516E 00 4.9529E 00 6 0368E 00 8.51766 00 1. 2034E 01 1 .6238E 01 2.05956 01 2. 4427E 01

A( 3) 6.9168E 00 6.91906 00 8 7232E 00 I. 31106 01 I. 98436 01 2 .8557E 01 3.82386 01 4. 72386 01 At *t 7.69896 00 7.7014E 00 9 8143E 00 1. 5049E 01 2. 32876 01 3 .4218E 01 4.66376 CI 5. 8391E 01 THETAH 34.4 33.7 21.4 17 .5 15.7 14.6 14.0 13.5 THETAC 1) 60.7 60.4 51.8 46 .9 43.9 41.8 4U.4 39.5 THETAC 2) 64.5 64.2 56. 1 51 .5 48.4 46.3 44.9 44.0

THETAC 3) 69.8 69.5 62.2 57 .9 54.9 52.9 51.5 50.5

THETAC 4) 76.0 75.7 69.2 65 .3 62.6 60.7 59.4 58.5

THETAC 5) 82.7 82.4 76.7 73 .3 70.9 69.2 68.0 67.2

THETAC 61 89.6 89.4 84.4 81 .5 79.6 78.2 77.2 75.5 THETAC 7) 96.8 96.6 92.3 89 .9 88.4 87.4 85.7 86.2

THETAC 8) 104.2 104.0 100.4 98 .5 97.4 96.8 96.3 95. 1 THETAC 9) 111.8 111.7 108.6 107 .3 105.7 106.4 106.2 106.1 THETAC 10) 119.8 119.6 117.2 116 .4 115.1 116.1 116.2 115.4

THETAC 111 128. 1 128.0 125.2 125 .8 125.9 126.2 126.5 126.7

THETAC 12) 137.0 137.0 135.5 135 .6 136.0 136.5 136.9 137.2

THETAC 13) 146.6 146.6 145. 7 145 .9 145.5 147.0 147.5 147.8

THETAC 14) 157.0 157.0 155.5 156 .8 157.4 157.8 158.2 158.5

THETAC 15) 168.2 168.

2

168.0 168 . 3 168.6 158.9 169.

1

169.2 rH£TAC16) 180.0 180.0 180.0 180 .0 IBC.O 180.0 180.0 180.0

BHCH) 68.8 67.4 42. 9 35 .0 31.3 29.2 27.9 27.1

BWC 1 ) 121.5 120.8 103.6 93 .9 87.7 83.6 80.9 79.1

52
H^IO DB= 40.

BETAD O/L&HBOA

ALPH*

GGIDBI

A( II Al 21 Al 31 AlTHETAH

THEIAI II THETAI 21 THETAI 31 IHETAI «) THETAI 51 THETAI 61 THETAI 7) THETAI 6) THETAI 91 THETAIlOl

THETAI 11) THETAI12I

THETAI 13 I THETAI 14) THETAU5I

THETAI 161 THETAI 17) THETAI18I

BWIH)

Bull)

2.584

0.411 o.ssa

12.48

10.96 2.5182E 00 4.63I9E 00 6.6982E 00 7.9837E 00

32 .2 56 .6 60 .1 65 .0 70 .6 76 .7 82 .9 89 .3 95 .8 102 .5 109 .3 116 .3 123 .7 131 .5 139 .8 148 .7

158 .4 169 .0 180 .0 64 .4 113 .2

2.513 0.400

C.494

16.38

12. 14 2.5475E 00 4.710eE 00 6.83336 00 8.1555E 00 27.5

54.0 57.6

62.7 68.6

74.8 81.3 87.9 94.5

101.3 108.3

115.5

123.0 130.9

139.3

148.4 158.2

168.8 180.0 55.0 107.9

2. 199 0.350

0.319

31.53

14.99 3.1286E 00 6.39146 00 9.826BE 00 1.2C54E 01 18.4 46.2

50.3 56.0

62.5

69.4

76.5

83.7 91.0

98.3

105.8

113.5

121.5 129.9

138.7

148.2

158.2

168.9 180.0 36.7 92.5

1.885

0. 300 0.225

43.10

15.34 4.0968E 00 9.5912E 00 1.6250E 01 2.0765E 01 15.3 41.9 46.0

51.9

58.8

66. 1 73.6

81.3 89.0

96.6 104.8

112.9

121.3

130.1 139.2 148.7

158.8

169.3 180.0 30.7

83.8

1.571 0.250

0. 164 51.95

17.15 5.2319E 00 1.4355E 01 2.5333E 01 3.5117E 01 13.8

39. 1 43.3

49.2

55.2 53.8

71.5 79.6

87.7

95.0

104. 3 112.8

121.6

130.6 139.8

149.5

159.4

169.6 130.0 27.7

78.3

1.257 0.200 0.119

58.70

17.69 6.3881E 00 1.9991E 01 3.97e7E 01 5.5I88E 01 13.0 37.3

41.4 47.3

54.4 62.1

70.2

78.4

86.9 95.4

104. 1 112.9

121.9

131.1 140.5

150.1 159.9

169.9

180.0 25.9

74.6

0.942

0. 150 0.083

53.59

18.04 7.4391E 00 2.58B6E 01 5.5125E 01 7.9027E CI 12.4

36. 1 40.1

46.0

53.1 60.9

69. 1 77.6

86. 3 95. 1 104.0

1 1 3. 1 122.2

131.6

141.0 150.6

160.3

170.1

180.

24.8

72.1

0.628

0. 100 0.053

67.12

18.27

8. 27516 00

3. 1 107E 01 6.9655E 01 1.0236F 02

12.1 35.3 39.3

45.1

52.2

60.1 68.4

77.0 85.9 94.9

104.0

113.2

122.5

131.9

141.4

151.0 150.5

170.3

180.0 24.2

70.5

N=ll DB= 40. BETAO 2.635 2.513 2.199 1.885 1.571 1.257 0.942 0.628 0/LAHBOA 3.419 C.400 0.350 0.300 0.250 0.200 J. 15C 0.100

ALPHA 0.507 0.407 0.251 0. 184 0. 134 0.097 0.058 0.044

G 14.00 22.23 40.19 53.81 64. 28 72. 29 78. 23 81.55

GlOB) 11.46 13.47 16.04 17.31 18. 08 18. 59 18. 93 19.11

Al II 2.3547E CO 2. 44816 00 3. 20716 00 4 3509E 00 5 56726 00 6 99986 00 8 20806 00 9 1592E 00

Al 21 4.29536 00 4. 5455E 00 6. 80716 00 1 0977E 01 1 590SE 01 2 41496 01 3 17886 01 3 8595E 01 Al 3> 5.3342E 00 6. 77746 00 1. 1C286 01 1 9e27E 01 3 40396 01 5 35476 o; 7 62816 r 1 9 81586 01

Al 41 7.89556 00 8.49976 00 1. 4484E 01 2 7t81E 01 5 05366 01 8 40456 01 1 2538E C2 I 569e£ 02

Al 51 8.48146 00 9. 1484E 00 1. 58246 01 3 0e44E 01 5 74466 01 9 72936 01 1 4737E 02 1 9aSlE 02 THETAH 30.3 23.1 16. 1 13.7 12 .4 1

.7 11 .2 10.9 THETAI 11 53.2 48.7 41.8 37.8 35 .3 33 .7 32 .5 31.8 THETAI 21 56.4 52.2 45.5 41.6 39 .1 37 .4 35 .2 35.5 THETAI Jl 60.9 57.1 50.9 47.1 44 .5 42 .8 41 .6 40.8

THETAI 4) 66.2 62.7 57.53.4 51 .0 49 .2 48 .0 47.2

THETAI 51 71.7 68.6 53.5 5C.2 5? .9 55 ,3 55 .1 54.3

THETAI 61 77.4 74.6 70.1 67.2 55 .1 53 .6 52 .5 61.8

THETAI 7) 83.2 80.7 76.7 74.2 72 .5 71 .2 70 .2 69.6

THETAI 8) 89.1 86.9 83.4 81.3 79 .9 78 .9 78 . 1 77.5

THETAI 91 95.1 93.1 90.1 88.4 87 .4 86 .6 86 . 1 85.7 THETAI 101 101.1 99.3 96.8 95.6 94 .9 94 .4 94 .2 94.0 THETAIll) 107.2 105.7 103.7 102.9 102 .5 102 .4 102 .3 102.3

THETAI 12) 113.6 112.2 110.7 lie.

110 .2 110 .4 110 .5 110.7 THETAI13) 120.1 119.0 117.9 117.8 118 .1 118 .5 118 .9 119.1 rHETAI14) 127.0 126.1 125.4 125.7 125 .2 126 .8 127 .3 127.7 IHETAI15) 134.3 133.5 133.2 133.8 134 .5 135 .3 135 .9 136.3 THETAI16) 142.1 141.5 141.5 142.3 143 .2 143 .9 144 .5 144.9

THETAI 17

150.5 150.1 150.3 151.2 152 .0 152 .7 153 . 3 153.5

THETAI 18

159.7 159.4 159. 8 150.5 151 .2 161 .7 152 . 1 162.4 IHETAI19) 169.6 169.5 159. 7 170.1 170 .5 170 .8 171 .C 171.2 THETAI20) 180.0 180.0 180.0 18P.0 180 .0 180 .0 183 .0 180,0 aW(H) 60.7 46.2 32.2 27.3 24 .8 23 .3 22 .4 21.8 BWIll 106.4 97.5 83.5 75.6 70 .6 67 .3 65 . 1 63.7

N=12 DB= 40.

BETAO 2.678 2.513 2. 199 1.885 1.571 1.257 0.942 n/LAMBOA 0.426 0.400 0.350 0.300 0.250 0.200 0.150 ALPHA 0.464 C.339 0.218 0.153 0. Ill 0.081 0.057

G 15.54 28.90 49.81 65.57 77.90 87. 29 94.27

GlOB) 11.91 14. 61 16.97 la. 17 18.92 19. 41 19. 74 A< 1) 2.2e36E 00 2.3847E 00 3.3074E 00 4. 6195E 00 6. 1122E 00 7 .6177E 00 8. 9805C 00

Al 21 3.9692E 00 4.4526E 00 7.28526 00 2380E 01 1. 9697F 01 2 .8719E 01 3. 8308E 01 Al 3) 5.9125E 00 5.7881E 00 1.23626 01 2. 3S03E 01 4. 3096E 01 7 .0118E 01 1.0220E 02

Al 4) 7.5913E 00 8.8401E 00 1.7192E 01 3. 501 16 01 7. 02296 01 1 .2254E 02 1.8919E C2

Al 5) 8.56706 00 1.0044E 01 2.01586 01 4. 3e79E 01 8. 86876 01 1 .6C49E 02 2. 54876 02 THETAH 28.8 19 .9 14.4 12.3 11.2 10 .6 10.2 THETAI 1) 50.3 44 .4 38.0 34 ,4 32.2 3D .7 29.6

THETAI 2) 53.3 47 .8 41.5 38 .0 35.7 34 .1 33.0 THETAI 31 57.6 52 .5 46.5 43.1 40.7 39 .0 37.9

THETAI 4) 62.4 57 .8 52.4 49 .0 46.6 44 .9 43.8

THETAI 5) 67.5 53 .4 58.5 55.3 53.0 51 .4 50.3

THETAI 6) 72.9 69 .1 64. 7 61 .8 59.7 S8 .2 57.1

THETAI 71 78.3 74 .8 70.9 66.4 65.5 65 .2 64.2

THETAI 8) 83.6 80 .6 77. 1 74 .9 73.4 72 .2 71.4 THETAI 9) 89.3 86 .3 83.3 81 .5 80.2 79 .3 78.7

THETAI 10) 94.5 92 .0 89.5 88.1 87.1 86 .5 86.0

THETAI 11

100.0 97 .8 95.7 94 .7 94.1 93 .7 93.5

THETAI 12

105.6 103 .6 102.0 101 .3 101.1 101 .0 100.9

THETAI 131 111.3 109 .6 103.4 108 . 1 108.2 108 .3 106.5

THETAI 141 117.2 115 .8 115.0 115 .0 115.4 115 .8 116.1 THETAI 15

123.4 122 .2 121.7 122 . 1 122.7 123 .3 123.6 THETAU6) 129.8 128 .9 128.8 129 ,4 130.3 131 .0 131.6 IHETAU7) 136.7 135 .9 136.2 137 . I 138.0 138 .8 139.5

THETAI 18) 144.0 143 .5 144.0 145 .0 146.0 145 .8 147.4

THETAI 191 152.0 151 .6 152.3 153 .3 154.2 155 .0 155.5 THETAI20) 160.7 150 .5 161.1 16? .0 152.7 153 .2 163.6

THETAI 21 1 170.1 170 .0 170.4 17C .9 171.3 171 .5 171.8 TH6TAI221 180.0 180 .0 180.0 180 .0 180.0 180 .0 180.0 BWIH) 57.5 39 .7 28.7 24 .7 22.5 21 .2 20.4 Bum 100.6 88 .9 75.1 58.9 64.3 6 1 .3 59.3

5?
N=13 DB= 40.

BET 2 714 -^.513 2 199 1.885 1.571 1.257 0 .942

D / L AHd OA 0.432 0.400 0.350 0. 300 0.250 0.200 0.150 ALPHA 0.428 0.288 0. 184 0. 130 0.094 0.068 0.048

G 17.08 36.34 60.39 78.66 92. 81 103. 71 111.84

G { OB

)

12.32 15.60 17.81 18. 96 19.68 20.16 20.49

A 1 1

)

2.0658E 00 2. 349eE 00 3. 4249E 00 89976 00 6. 5651E 00 8 2406E 00 9.7560E 00

A ( 2) 3.6661E 00 4.42056 00 7

.

8235E 00 1 . 3502E 01 2 . 27286 01 3 3706E 01 4.54486 01

A I 3

)

5.4821E 00 6. 8720E 00 I

.

3e48E 01 2

.

8529E 01 5 • 3638E 01 8 97a3E 01 1.3339E 02

A ( ^

)

7. 1776E 00 9. 228CE 00 2

.

0244E 01 ^' 5?79E 01 4949E 01 1 72626 02 2.74 32E 02

A

1 A 1 8.386DC 00 1. 0938E 01 ^* 5185E 01 0492E 01 3188E 02 51606 02 4.1602E 02 8.8242E 00 1. 1564E 01 7C4eE 01 h 6155E 01 4683E 02 8461E 02 4.ioiyt

27 .4 17 .4 13 .0 11 .2 10 .3 9 .7

T HE T A ( I I 47 .8 40 .8 34 .9 31 .6 29 .5 28 .1

T HE T A 1 2 1 50 .7 44 .0 38 .3 34 .9 32 .8 31 .3

T HET At 3 1 54 .7 48 .5 43 .0 39 .7 37 .4 35 .9 34 8

T HE T A ( ^ ) 59 .3 53 .6 48 .5 45 .2 42 .9 41 .3 40.2

The t

a

( 5

)

64 .1 59 .0 54 .2 51 .1 48 .9 47 .3 46.2

The t

a

( 6 1 69 . 1 64 .4 60 . I 57 .2 55 i2 53 .6 52.5

THET A ( 7

)

74 .0 69 .8 55 . 9 63 .4 61 .5 60 . 1 59. I T HE T A ( 8 ) 79 .0 75 .2 71 . 8 69 .5 67 .9 66 .6 65.7

T Lie T A 1 Q 1 1 He 1 A 1 'i I 84 .0 80 .6 77 .5 75 .6 74 .2 73 .2 72.4

I HE T A ( 10 ) 89 .0 85 .9 83 . 3 81 .7 80 .6 79 .3 79.2

T HE T A ( 1 1 ) 94 .0 91 .2 89 . 1 87 .8 87 .0 86 .5 86.1

1 He 1 A I Ld 1 99 . 1 96 .6 94 .8 93 .9 93 .4 93 .1

T HE T A ( 13) 104 .2 102 .0 100 .6 IOC .1 99 .9 99 .8 99*8* T HE T A f l<»

)

109 .4 107 .5 106 .5 106 .3 106 .4 106 .6 106.6

T HE T A ( 15) 114 .8 113 .2 112 .6 112 .7 113 . 1 113 .5 113.8

T HE TA I 16) 120 .4 1 19 .0 118 .7 119 .2 119 .8 120 .4 120.9

T uC TAHITI 1 Ht 1 A ! I / ) 126 .2 125 .1 125 .1 125 .9 126 .7 127 .4

T uC T A # 1 a 1 132 .3 131 .4 131 . 8 132 .8 133 .8 134 .6 1 iq* It TUCTA f IQ (

1 Mt 1 A 1 I ^ 1 138 .8 138 .1 138 . 8 139 .9 141 .0 141 .9

) Ht: 1 A ( ^ U 1 145 .7 145 .3 146 .2 147 .4 148 .5 149 .3 1500

THEIAial

I

153 .3 153 .1 154 .0 155 .2 156 .1 156 .9 157.4 THEIA122) 161 .6 161 .5 162 .3 163 .2 164 .0 164 .5 164.9 TH£rA(231 170 .6 170 .6 171 . 0 171 .5 171 .9 172 .2 172.4 IHETA(2*I 180 .0 IflO .0 180 .0 18C .0 180 .0 180 .0 180.0

BW(HI 54 .8 34 .9 25 .9 21 .5 20 .5 19 .4 18.7

B W ( 1

)

95 . 7 81 .6 69 . 9 63 . 3 59 .1 56 .3 54.4

N^l* 0B= 'lO.

BETftD 2.745 2.513 2. 199 1.885 1.571 1.257 0.942 O/LAMBOA 0.437 0.400 0.350 0. 300 0.250 0.200 0.150

ALPHA 0.397 C.247 0. 158 0. HI 0.081 0.059 0.041

G 18.63 44.53 71. 90 92. 77 109. 00 121. 52 130.94 GlOB) 12. 70 16.49 18.57 19.67 20. 37 20. 85 21.17

*l 1) 1.94106 00 2.3372E 00 3.5559E 00 5. 18926 00 7.0244E 00 8 86786 00 1. 0534E CI

A( 21 3.38996 00 4.43836 00 8.41926 00 1.55456 01 2.60026 01 3.9113E 01 5. 3211E 01

*l 3) 5.0683E CO 7.02576 00 1.55026 01 3. 37546 01 6.57956 01 1 12826 02 1. 70356 02

A( 4) 6.72046 00 9.68526 00 2. 36966 01 5.78186 01 1.25516 02 2 3540E 02 3. 85076 02

A( SI 8.04826 00 1 .18866 01 3. 10346 01 8. 13896 01 1.89286 02 3 7881E 02 6.4844E 02

Al 61 8. 78896 00 1.31346 01 3.53916 01 9.51326 01 2.3121E 02 4 7676E 02 8. 3638E 02 THETAH 26 .2 15 .6 11 . 8 IC . 3 9 .5 9 .0 8.6 THEIA( 11 45 .7 37 . 7 32 .3 29 .2 27 .3 26 .0 25.2

THETAI 2) 48 .4 40 .8 35 .5 32 .3 30 .3 28 .9 28.0

THETAl 3) 52 .2 45 .2 39 .9 36 .8 34 .6 33 .2 32.2

THETAI 41 56 .5 50 . 1 45 . 1 42 .0 39 .8 38 . 3 37.2

THETA( SI 61 . 1 55 .2 50 .6 47 .5 45 .4 43 .8 42.8

THETAI 61 65 .8 60 .4 55 . 1 53 .3 51 .2 49 .7 48.6

THETAI 71 70 .4 65 . 5 61 . 7 59 . 1 57 .2 55 .7 54.7

THETAI 81 75 . 1 70 .6 67 . 2 64 .9 53 .1 61 .8 60.9

THETAI 91 79 .7 75 .7 72 .6 70 .6 69 .1 68 .0 67.1 THETAI 10) 84 .4 80 . 7 78 .0 76 .3 75 .1 74 .1 73.4

THETAI 11

)

89 .0 85 . 7 83 . 4 82 .0 81 .0 80 .3 79.8

THETAI 121 93 .6 90 . 7 88 .8 87 . 7 87 .0 86 .5 86. 1 THETAI 131 98 .3 95 .6 94 . 1 93 .4 92 .9 92 .7 92.5

THETAI 141 103 .0 100 .7 99 . 5 99 .1 99 .0 98 .9 98.9

THETAI 151 107 .9 105 .8 105 .0 104 .9 105 .0 105 .2 105.4

THETAI 161 112 .8 111 .0 110 .5 1 IC .8 111 .1 111 .5 111.9

THETAI 17 1 117 .9 1 16 .4 115 . 3 116 .7 117 .4 117 .9 118.4

THETAI 18 1 123 .1 121 .9 122 . 1 122 .9 123 .7 124 .4 125.0

THETAI 19) 128 .6 127 .7 128 .2 129 .2 130 .2 131 .0 131.7 THETAI20) 134 .4 133 .7 134 . 5 135 . 7 135 .8 137 .7 138.5 THET4I21

)

140 .6 140 .2 141 . 2 142 .5 143 .6 144 .6 145.3 THETAI22) 147 .2 147 .0 148 .2 149 .5 150 .6 151 .5 152.1 THETAI23I 154 .5 I 54 .4 155 .6 156 .8 157 .8 158 .5 159.0 THETAI24I 162 .4 162 .5 163 .4 164 .4 155 .1 165 .6 166.0 THETAI25) 171 .0 171 .0 171 .6 172 .1 172 .5 172 .8 173.0 THETAI 26

1

180 .0 ISO .0 180 .0 180 .0 180 .0 180 .0 180.0

8HIH1 52 .4 31 .1 23 . 7 2C .6 19 .0 17 .9 17.2 BWIll 91 .4 75 .5 54 .6 5fl .5 54 .5 52 .0 50.3

5'^
N=15 06= 40.

eeiAo 2.772 2.513 2. 199 1.865 1.571 1.257 0.942 n/L&MBOA 0.441 0.400 0. 350 0. 300 0.250 0.200 0. 150 ALPHA 0.370 C.214 0.137 0.096 0.070 0.051 0.036

G 20. 19 53.45 84. 34 108.00 126.46 140. 72 147.19

GlOB) 13.05 17.28 19.26 20.33 21. )2 21 . 48 21.68

A< 1 ) 1 • 628 130 2. 3420E 00 3.6977E )0 5.4652E )0 7.4890E )0 9 4984E 00 1. 1314E 01

A( 2 1 00 4.4969E 00 9. 0 694E )0 1. 7311E ) I 2. 9522F 3 1 4 4942E 01 6.1599E 01

A( 3) 4'6e29E 7. 2431E 00 1 - 7 3 34E ) I 3. 9623E ) I 7. 9693E 1\ I 3952E 02 2.1357E 02

A( 41 , P )0 1. 0221E 01 2 . 7600E ) I 7. 1773E ) I 1.6279F 3 1618E 02 5.2611E 02

A( 5) 7*A7fl7F 1. 29216 01 3 . 78 38E ) I 1 .0736E 02 ^2 5 5173E 02 9.7325E 02

A( 6) in 1.4811E 01

'J

I , 3 566E )2 ^' 50 5 1)2 7 6309E 02 1.3935F 03

A( 71 A ft944F 00 5491E 01 4** e277E 1 , 4652E 3

84 5 3E 52 8 4892E 02 1.5680E 03 IHEIAH

1\

8 . 3 8.0

FHEIAI 11 35.1 30

' Q 27 2 5 24 .? 23.4

rMETA( 21 38.1 33 . 0 30 ^ I 28 26 .9 26.0

THETAI 3) 50 42.2 3 7 ^ 3 34 ^ 2 32 30 .9 29.9

THETA( 41 54 '

1_ 46.9 42 , 2 39 ^ I 37 35 .6 34.6

THEIAt 5) 58 51.9 4 7 44 42 40 .6 39.8 THETAI 61 56.8 52 ^ 7 49 ^ 9 4 7 46 . 3 45.3

THETA( 71 6 7 ^ 3 61.8 58 . 0 55 , 3 53

' ^ 52 .0 50.9

THETAI 8) 7

, 7 63 , 2 60 . 8 59 • 0 57 . 7 56.7

THETAI 91 76 . 0 71.5 66 66 , 2 64 63 .4 62.5 THETAIIO) 60 , ^ 76.2 73 , 5 71 . 6 70 , 2 69 . 2 68.4

THETAI 1184 , 7 80.9 78 , 5 77 .0 75 8 75 .0 74.3

THETAI 12) 89 .0 85.6 83 , 5 82 . 3 81 , 4 80 . 7 80.2 THETAIUI 93 , 3 90.2 86 . 6 87 . 6 87 . 0 86 . 5 86.2 THETAI14I 97 ^ 7 94.9 9 3 • 6 92 , 9 92 6 92 . 3 92.2

THETAI 15) 102 99.6 98 98 _ 3 98 98 . 1 98.2 THETAI16)

1 ?i* 104.4 * 7 103 103 104 .0 104.2 THETAI17) 1 1

109.2 108

* g 109* J 109 109 .9 110.2 THETAI 18

115 , 7 114.2 114 . 2 114 . 7 115

* ^ 115 .9 116.3 THETAI19) 120 .5 1 19.3 119 .6 12C .3 121 . 1 121 .9 122.5 THETAI201 125 .5 124.5 125 . 1 126 . 1 127 .1 128 .0 128.7 THETAI21I 130 .8 130.0 130 .9 132 . 1 133 .3 134 . 2 134.9 THETAI22I 136 .3 135.6 137 .0 138 .3 139 .5 140 .5 141.2

THETAI 23142 .2 142.0 143 .3 144 . 7 145 .9 146 .9 147.6

THETAI 24

148 .5 148.6 150 .0 151 .4 152 .5 153 .4 154.0

THETAI 25 I 155 .5 155.7 157 .0 158 .2 159 .2 159 .9 160.4 IHETAI26) 163 .1 163.3 164 .4 165 .3 166 .1 166 .6 166.9 THETAI27) 171 .3 171.5 172 . 1 172 .6 173 .0 173 .3 173.5 THETAI 28

180 .0 180.0 180 .0 180 .0 180 .0 180 .0 180.0

HHIH) 50 .3 28.2 21 .6 19 . 1 1 7 .6 16 .6 16.0

BMI 1 1 87 .6 70.2 60 .0 54 .3 50 .7 48 .4 46.8

N=20 DB- 40. BETAD 2.866 2.827 2.513 2. 199 1.685 1.571 U/LAMBDA 0.456 C .450 0.400 0.350 0.300 0.250

ALPHA 0.276 0.075 0.053 0.036

G 26.03 J8.28 108.51 160.28 200.66 232.48

GIOBI 14. 48 15.83 20.35 22.05 23.02 23.66

Al 1) 1. 4041E 00 1.4275E 00 2. 5251E 00 4. 5100E 00 7. 0454E 00 9 8645E 00

Al 2) 2.2342E 00 2.2e56E 00 5. 2C98E 00 1. 3C74E 01 2. 79466 01 5 06356 01

Al 3) 3. 2290E 00 3.3185E 00 9. 1199E 00 2. 94626 01 6. 0139F 01 I 7975E 02

Al 4) 4. 3326E 00 4.46e4E 00 1. 4170E 01 5. 5604E 01 1. 8275E 02 4 8501E 02

Al 5) 5. 4664E 00 5.6531E 00 2. 0C16E 01 9. 1283E 01 3. 4788E 02 1 0551E 03

Al 6) 6. 5369E 00 6.7742E 00 2. 6069E 01 1. 3324E 02 5. 58576 02 1 91176 03

Al 71 7.4476E 00 7.7294E 00 3. 1584E 01 1. 7528E 02 8. 1192E 02 2 9433E 03

Al 8) 8. 1108E 00 8.4258E 00 3. 5797E 01 2. 0957E 02 1. 0241E 03 3 9001E 03

Al 91 6. 4603E 00 e.7930E 00 3. 8C80E 01 2. 28896 02 1. 1485E 03 4.4817E 03 THETAH 21 .3 17.8 9.6 7.6 7.0 6.4 THETAI 1) 36 .9 34.8 25.9 22.2 20.1 18.7 THETAI 2) 39 .0 37.1 26.4 24.5 22.3 20.3

THETAI 3) 42 .0 40.2 31.9 27.9 25.5 23.9

THETAI 4) 45 .4 43.7 35.9 31.8 29.3 27.6

THETAI 5) 49 .0 47.4 40.0 36.0 33.4 31.5

THETAI 6) 52 .6 51.1 44. 2 4r.3 37.7 35.8

THETAI 7) 56 . 1 54.8 48.4 44.6 42.1 40.2

THETAI 81 59 .6 58.4 52.4 48.9 46.4 44.5

THETAI 9) 63 . 1 61.9 56.4 53.1 50.7 48.9

THETAI 10) 66 .5 65.4 60.3 57.2 55.0 53.3 THETAIll

69 .8 68.8 64. 1 51.3 59.2 57.6

THETAI 12) 73 . 1 72.2 67.8 65.3 53.4 61.9

THETAI 13) 76 .4 75.5 71.4 69.2 67.5 55.2

THETAI 14) 79 .6 78.7 75.0 73.0 71.5 70.4

THETAI 15) 82 .8 82.0 78.6 75.9 75.6 74.5 THETAI 16) 86 .0 85.2 82. 1 8C. 7 79.5 78.9

THETAI 17) 89 . 1 88.4 85.7 84.4 83.6 83.0

THETAI 16) 92 .3 91.7 89.2 88.2 87.5 67.2

THETAI 19) 95 .5 94.9 92.7 92.0 91.6 91.4 THETAI20) 98 .7 98.1 96.2 95. 7 95.5 95.5 IHETAI21) 101 .9 101 .4 99.8 99.5 99.6 99.8 THETAI22

105 .2 104.7 103.3 103.3 103.5 104.0 THETAI 23

108 .5 108. 1 106.9 107.2 107.7 108.3 THETAI24) 111 .9 111.5 110.6 111.1 111.6 112.6 THETAI25) 115 .3 1 14.9 114.4 115.1 116.0 1 15.9 THETAI26) 118 .9 118.5 118.2 119.2 120.3 121.3

THETAI 27

122 .5 122.2 122. 1 123.3 124.5 125.6 THETAI28

126 .3 125.9 125.2 127.6 129.0 130.3 THETAI29) 130 .2 129.9 130.4 132.0 133.5 134.9

THETAI 30

134.3 134.0 134.7 136.5 138.2 139.6

THETAI 31

138 .6 138.4 139. 3 141.3 143.0 144.4 THETAI32) 143.1 143.0 144.2 146.2 147.9 149.3 THETAI33) 146 . 1 147.9 149.3 151.3 153.0 154.2 THETAI34) 153 .4 153.3 154.7 156.7 158.2 159.3

THETAI 35

159 .2 159.2 150. 5 152.2 163.5 164.4 THETAI36) 165 .6 165.6 166.8 166.0 158.9 169.5 THETAI37) 172.6 172.6 173.3 174.0 174.4 174.8 THETAI38) 180 .0 180.0 180.0 18C.0 180.0 180.0

awiH) 42 .6 35.7 19.3 15.7 13.9 12.9

BWI 1

73 .8 69.6 51, 9 44.4 40.

37.5

55
06= <iO.

BETAD 2.923 2.827 2.513 2. 199 1.685 0/L4KBDA J.<i65 0.450 0.400 0. 350 0.300 4LPHA 0.219 C.152 0.074 0.C47 0.033

G 35.92 75. 80 180. 35 258. 52 320.10

GlOB) 15.55 18. 80 22. 55 24. 12 25.05

A 1 1

)

1.1327E 00 1. 2821E 00 2. e425E 00 5. 4148E 00 8.6734E 00

A( 2) 1.6940E 00 2. 0012E 00 6. 377BE 00 1. 8242E 01 4.1586E 01

A( 3) 2.36156 00 2. 8836E 00 1. 2I02E 01 4. 7305E 01 1.4311F 02

A( <VI 3.116'.E 00 3. 9071E 00 2. 0401E 01 1.0243E 02 3.9C89F 02

Al 51 3.9298E 00 5.0332E 00 3. 1 352E 01 02 8.9275E 02

A( 61 •V.76*2£ CO 6. 2C93E 00 4. 4659E 01 2466E 02 1.7585E 03

Al 71 5.5778E 00 3717E 00 5. 950nE 01 94 60E 02 3.0485E 03

A I 8 1 6.3239E 00 8.451CE 00 7. 4715E 01 ^' 02 4.7135F 03

Al 91 6.9500E 00 9. 3783E 00 8. 8812E 01 8 89 74E 02 5.5519E 03

A( 10) 7.'i'.5'iE 00 1. 0091E 01 1.0027E 02 0627E 03 8.2770E 03 A(U1 7.7501E 00 1.054CE 01 1.0776E 02 I , 1 808E 03 9.4996F 03 A(12I 7.8539E 00 I , 0594 E 01 I . 1 C 35E 02 I , 2228E 03 9.9434E 03 THETAH 18.8 \ 2 . 1 7 .4 . 1 5.5 IHEIAl 11 32.5 27 .5 .6 17 .6 15.9

THETAl 2! 3*. 3 29 .7 2 2 . 7 1

9

.5 17.7 THETAl 31 36.9 32 .5 2 5 .6 22 .3 20.3

THETAI If) 39.9 3 5 .9 29 .0 2 5 .5 23.4

IHETAl 51 42.9 39 .2 32 .6 29 .0 25.7

THETAI 6) '.6.0 42 .5 35 .3 .7 30.3 THETAI 7) 49. 1 45 .9 39 . 9 36 . 3 33.9

THETAI 81 52. I 49 . I 4 3 .4 - .0 37.5

THETAI 91 55.0 52 .2 45 .9 43 .5 41.1

THETAI 101 57.9 55 .3 50 .3 ^7 . 1 44.7

THETAI 11

1

60.7 5 8 .2 53 .6 5C .5 48.2

THETAI 12

1

63.5 5 I . 1 55 .8 5 3 .9 51.7

THETAI 131 66.2 64 .0 5 9 .9 5 7 .2 55.2

THETAI l<.l 68.9 55 .8 63 .0 .5 58.6

THETAI 15 I 71.5 69 .5 55 .0 6 3 .7 51.9

THETAI 161 74.1 72 .2 68 .9 .9 65.3

THETAI 171 76.7 74 .9 7 1 .9 7 C .0 68.6

THETAI 18) 79.2 77 .5 74 . 8 7 3 .1 71.8

THETAI 19) 81.8 80 . 1 77 .6 .2 75.0 THETAI20) 84.3 82 .8 80 .5 79 .2 78.3 THETA(21) 86.8 85 .3 83 .3 82 .2 81.5 rHETAI22) 89.3 87 .9 85 . 1 85 .2 84.7 THETAI2J) 91.8 90 .5 88 . 9 88 .2 87.8 THETAI2*) 94. 3 93 . 1 91 .7 91 .2 91.0 THETAI25) 96.8 95 .7 94 .5 94 .2 94.2 THEIAI26) 99.3 98 .3 97 .3 97 .3 97.4 THETAI27) 101.9 100 .9 100 . 1 lOP .3 100.6 THETAI28) 104.5 103 .5 103 . 0 103 . 3 103.8 THETAI29) 107.1 106 .2 105 .9 105 .4 107. 1 THETAI 30) 109.7 108 .9 108 .8 109 .5 110.3

THETAI 31

)

112.4 111 .6 111 . 7 112 .7 113.6 THETAI32) U5.1 114 .4 114 . 7 115 .8 117.0

THETAI 33

1

117.9 1 17 .2 117 . 8 119 .1 120.4

THETAI S*) 120.7 120 . 1 120 • 9 122 .4 123.8 THETAI 35

1

123.6 123 . 1 124 . 1 125 .8 127.3 rHETAI36) 126.6 126 .2 127 . 4 129 .2 130.9

THETAI 37

)

129.7 129 .4 130 . 8 132.8 134.5

THETAI 38

)

132.9 132 .7 134 . 3 136 .4 138.3 THETAC39) 136.3 135 .1 137 .9 140 .2 142.1

THETAI<iO ) 139.8 1 39 .7 141 .7 144 .1 146.0 THETAI*!

)

143.6 143 .5 145 . 7 148 . 1 149.9

THETAI'.2) 147.5 147 .5 149 . 9 152 .2 154.0

THETAI/,31 151.9 151 .9 154.3 156.6 158.2 THETAI^m 155.5 156 .7 159 .0 161 .0 152.4 IHETAI45) 161.7 151 .8 153 .9 165 .6 155.7 rHETAI461 167. 3 157 .5 169 . 1 17C.3 171.1

THETAI<.7I 173.5 173 .6 174 .5 175. 1 175.6 THETA K8 1 180.0 180 .0 180.0 18C .0 180.0

BWIH) 37.6 24 .2 14 .8 12 . 3 11.0

HWI 1 1 64.9 55 . 3 41 .1 35.2 31.8

56
N=30 08= to.

B£T»D 2.960 2.827 2.513 2.199 1.885 0/LAHBOA I O.'.Tl 0.450 CiOO 0.350 0.300

ALPHA I 0.182 C.104 0.051 0.033 0.023

G 43 82 123 51 268 .39 378 33 426 90 G(DB) 16.42 20 92 24 .29 25 78 26 30

A( 11 9.4686E- 01 1.2534E 00 3. 2195E 00 6. 3636E 00 1 .0335E 01

A( 2) 1.34BeE 00 1 .9577E 00 7. e664E OC 2. 4517E 01 5.8221E 01

A 1 31 2.8420E 00 1. 6124E 0 1 7. 1916E 01 2.3370E 02

A( 4) 2.3551E 00 3.9013€ 00 2. 9270E 0 1 17523E 02 7.4200E 0?

A( 5) 2.9400E 00 5. 1 1746 00 4. 8411E 01 3. 7086E 02 1.9679F 03

Al 6) 3.5593E 00 6.4587E 00 7. 4215E 01 7. 0C13E 02 4.5056F 03

A( 7) 4.1936E 00 7.8a08E 00 1. 0664E 02 1. 1996E 03 9.0994E 03

Al 8) 4.8206E 00 9.3287E 00 1.4 4 74B 02 1. B875E 03 1.6455E 04

A( 91 5.4168E 00 1.0740E 01 1. 8662E 02 2. 7510E 03 2.6931E 04 AllO) 5.9586E 00 1.2C49E 01 2. 2946E 02 3. 7368E 03 4.0208E 04 A(ll) 6.4233E 00 1.319CE 01 2. 6989E 02 4. 7519E 03 5.5074E 04 AllZ) 6.7911E 00 1.4104E 01 3. 0429E 02 5. 6756E 03 6.9500E 04

Al 131 7.0458E 00 1.47436 01 3. 2938E 02 6. 3al6E 03 8. 1036E 04 A(I4) 7.1762E 00 1.5072E 01 3. 4261E 02 6. 7645E 03 8. 7465E 04 THETAH 17 0 9 , 2 6. 0 5 0 4 5 THE T A ( 1 ) 29 3 22 ,9 17. 0 14 6 1 3 2 THETAI 2) 3

0 24 . 8 18. B 16 2 14 7 THETAI 3) 33 3 27 , 5 21. i, 1

5 18 THETAl 4) 35 9 30 , 5 24

4 23 1 9 4 THETA ( 5

38 7 33 27 • f, 24 3 22 3

T HET A 1 64 1 5 36 _ 7 30. g 2 7 4 2 5 3

T HE T A ( 7 ) * J

Q

T MPT A 1 A t 46 42 ^ 37* 33 31

T HET A ( 949 45 ^ 5 40 . 3 36 9 34 5 THETA ( 10 > 52 0 48 , 2 43. 3 4C 0 37 f, T HETA (11) 54 5 50 46 . 2 4 3 Q 7 THET A (12) *^ 43

T HET A ( 13) 59 56 ^ I 51. g 4 8 9 4 ^ 7

T HETA ( 14

^ ] T HE T A ( 15 ) 63 61 . 0

57* 52 THE TA ( 16

66 63 59. 9 5 7 5 5

T HE TA ( 17 ) 68 3 65 ^ 7 62 . 60 5 8

T HET A ( 18 ) 70 5 68 . 0 6 5. 0 6 2 THETA ( 19

72 7 70 , 3 5 7. 65 5 6 3 9 THETA ( 20

74 g 72 • 6 69

9 68 66

T HE TA (21) 76 9 74 7 2. 70 7 69

f HETA( 2279 0 77 .0 74. 7 73 3 72 THETA ( 23

81 79 . 2 77. 1 75 g 74 g THETA ( 24

8 3 2 879 • 5 78 3 7 7 THETA ( 25

85 3 83 ,5 81* 8 8C 9 80 THE rA( 26

87 3 85 , 7 84. 2 83 4 82 g

T HETA ( 2789 4 87 . 8 86. 5 85 9 85 THETA ( 28

91 5 90 .0 88 3 88 4 8 8 I T HETA ( 29

93 5 92 91. 2 90 g 90 7 THET A ( 30

95 94 , 3 9 3. 5 93 3 93 3 THE T A ( 31

97 7 96 9595 0 THETA ( 32

99 g 98 *2 98

2 9 g ^ 98 THETA( 33

101 8 100 .8 100. 5 IOC 9 101 3

T HE TA { 34 ) 104 0 103 . 0 10 2. 9 103 4 1 04 Q THETAI 35

106 I 105 . 2 105. 3 106 0 106 7 THETA(36) 108 2 107 .4 107. 7 108 5 109 4 THETAI 37

110 4 109 .7 110. 1 111 1 112 1 THETAI3e) 112 6 111 .9 U2. 6 113 8 114 9 THETAI 39) 114 9 114 .3 U5. 1 116 4 117 7 THETAI401 117 2 115 .6 117. 6 119 1 120 5 THETA(41

119 5 119 .0 120. 2 121 9 123 4 THETAI42I 121 9 121 .5 122. 9 124 7 125 3 THETAI43) 124 3 124 .0 125. 6 127 5 129 2 THETA(44) 126 8 126 .6 128. 3 130 4 132 2 THETAI45

129 3 129 .2 131. 2 133 4 135 2 THETA(46) 132 0 131 .9 134. 1 136 4 138 3 THETA(47

134 8 134 .8 137. 1 139 5 141 5 rHETA(48

137 6 137 .7 140. 2 142 7 144 7 rHETAI49l 140 6 140 .8 143. 5 146 0 148 0 THETAI50) 143 8 144 .1 146. 9 149 4 151 3 THETAI51I 147 147 .5 150. 4 152 9 154 7 THETAI 52 1 150 7 151 .2 154. I 156 5 158 2 THETAI 53

154 6 155 .1 158. 0 150 2 161 7 THETAI 54

158 8 159 .4 152. 1 164 0 165 3 THETA(55) 153 4 164 .0 166. 3 167 9 168 9 THETA (56) 168 5 169 .0 170. 8 171 9 172 5 THETA(57) 174 1 174 .4 175. 4 175 9 175 3 THETAI 58

180 0 180 .0 180. 0 18C 0 180 0 BHIHI 34 0 18 .4 12. 1 10 1 9 1 BHIl) 58 6 45 .8 34. 1 29 1 26 4

57
N= 3 CB'^ 50.

BET AD 1.650 1.571 1.257 0.942 0.628 0.314 D/L4MBDA 0.262 0.250 0.200 0. ISO 0. 100 0.050

ALPHA 1.492 1.413 1.110 0. 820 0.541 0.269

G 2.ei 3.05 3.90 4.57 5.04 5.33 G(oe) 4.84 5.91 6.60 7.03 7.26

A( 11 1.987'tE 00 1.9875E 00 1.9892E 00 1.9925E 00 1.9962E 00 1.9990E 00 THETAH 72. 1 68.4 57.4 51.0 47.4 45.6

THFTAI I) 1*6.7 145.9 143. 1 141.1 139.6 138.8 THETA( 2) 15*.

6

154.0 152.0 150.5 149.4 148.7

THETAC J) 166.3 166.0 164.9 164.1 163.6 163.2

THETA( 1,) 180.0 180.0 lao.o IBC.O 180.0 lao.o BW(HI 144.1 136.8 114.8 102.0 94.9 91.3

BWI 1 1 293.4 291.7 286. 3 282.2 279.3 277.5

N"* 4 08' 50. BETAO 1.803 1.571 1.257 0.942 0.628 0.314

0/LAM8DA 0.287 0.250 0.200 0. 150 0. 100 0.050

ALPHA 1.339 1.119 0.854 0.617 0.401 0.198

G 3.73 4.99 6.43 7.53 8. 30 8.74 G(D6) 5.72 6.98 8.08 8.77 9.19 9.42

A( 11 2.8415E 00 2.8494E 00 2.8800E 00 2.9216E 00 2.9616E 00 2.9898E 00 THETAH 61.0 50.6 42.4 38.0 35.7 34.5

THETAC 1 1 121.4 117.6 113.7 110.9 109.0 loa.o

THETAI 2) 127.9 124.7 121.3 118.9 117.3 116.4

THETAi 3) 138.0 135.4 132.8 130.9 129.7 129.0 THETAI 4) 150.5 148.8 147.0 145.8 145.0 144.5 THETA( 5) 164.8 163.9 163. 1 167.5 162.1 161.9

THETAI 6 1 180.0 180.0 180.0 18C.0 180.0 180.0

BWIH) 122.0 101.2 84.7 76.1 71.4 69.0 BMIll 242.7 235.3 227.5 221.9 218.1 215.9

N= 5 0B» 50. BETAO 1.964 1.865 1.571 1.257 0.942 0.628 0.314 0/LAMBOA 0.312 0.300 0.250 0.200 0.150 0.100 0.050

ALPHA 1.178 1.101 0.839 0.627 0.447 0.288 0.141

C 4.79 5.51 8.12 10.20 11.75 12.82 13.44 G(OB) 6.80 7.41 9.10 10.09 10.70 11.03 11.28

A( 1 ) 3.4115E 00 3.4151E 00 3. 4870E 00 3. 6154E 00 3 7590E 00 3.88S0E 00 3.9701E 00

Al 2) 4.8663E 00 4.8730E 00 5. 0069E 00 5. 2494E 00 5 5252E 00 5.7716E 00 5.9402E 00 THETAH 53.2 48.9 37.8 32.5 29.7 28.2 27.4

THETAI 1 1 103.3 101.6 96.0 92.1 89.3 87.5 86.5 THETAI 2) 103.6 107.0 102.0 98.4 95.9 94.3 93.4

THETAI 3) 116.7 115.3 111.0 108.0 105.9 104.5 103.7 THETAI 41 126.8 125.7 122.3 119.9 118.3 117.2 116.6

THETAI 5) 138.5 137.7 135. 1 133.4 132.3 131.6 131.2

THETAI 61 151.5 150.9 149.3 148.2 147.6 147.2 147.0

THETAI 71 165.5 165.2 164.4 163.9 163.6 163.4 163.3

THETAI 8) 180.0 130.0 180.0 180.0 130.0 180.0 130.0 BMIHI 106.3 97.7 75.5 65.0 59.5 56.4 54.8

BWI 1 1 206.6 203.1 192.0 184.1 173.7 175.1 173.0

N= 6 06= 50. BETAO 2.108 1.685 1.571 1.257 0.942 0.628 0.314 D/LAMBOA 0.335 C.300 0.250 0.200 0. 150 0.100 0.050

ALPHA 1.034 0.837 0.625 0.461 0.326 0.209 0. 102

G 5.94 8.92 12.49 15.24 17.26 18.64 19.45 GIDB) 7.73 9.50 10.97 11.63 12.37 12.71 12.69

Al 11 3 6903E 00 3.7473E 00 3.9622E 00 4.2494E 00 4.5400E 00 4.783SE 00 4.9441E 00

Al 21 6 4140E 00 6.5557E 00 7.1019E 00 7.8609E 00 6.6624E 00 9.3599E 00 9.8328E 00 THETAH 47.3 36 .7 29.5 26.1 24.2 23.2 22.6

THETAI 1) 90.5 85 .3 60.0 76.5 74.0 72,5 71.6

THETAI 21 94.9 90 .1 85.2 81.9 79.6 78.1 77.3

THETAI 31 101.6 97 .3 93.0 90.1 88.0 86.7 89.9

THETAI 41 109.9 106 .2 102.6 100.1 98.4 97.4 96.7

THETAI 51 119.4 116 .3 113.4 111.5 110.2 109.4 109.0

THETAI 61 129.9 127 .5 125.3 123.9 123.0 122.5 122.2

THETAI 71 141.3 139 .5 138.0 137. I 136.6 136.3 136.2

THETAI 8) 153.5 152 .4 151.4 151.0 150.7 150.6 150.6

THETAI 91 166.5 166 .0 165.5 165.3 165.2 165.2 165.2

THETAI 10) 160.0 180 .0 180.0 180.0 180.0 180.0 180.0 OHIH) 94.7 73 .5 59.0 52.1 48.4 46.3 45.2

BMIll 180.9 170 .5 160. 1 153.0 148.1 144.9 143.1

58
N= 7 0B« 50. BETAD 2.229 2.199 1.865 1.571 1.257 0.942 0.628 0.314 0/L4MBC4 0.35* 0.350 0.300 0. ?50 0.200 0.150 0. 100 0.050

ALPHA 0.913 0.883 0.540 0.473 0. 347 0.244 0.155 0.076

C 7.15 7.73 13. 47 18. 04 21. 50 24. 04 25.78 25. 79

G(Oll) 8. 5* 8.88 11. 29 12. 56 13. 33 13.81 14.11 14.28

A( 11 3.7571E 00 3.7590E 00 3. 9630E 00 4. 3674E 00 4 8418E 00 5.2985E 00 5.6721E 00 5.9156F 00

A( 2) 7.2859E 00 7.2914E 00 7. 8e93E 00 9. 1 359E 00 1 0703E 01 1.2317E 0 1 1 .3715E 01 1.4554E 01

Al 31 8.9533E 00 8.9607E 00 9. 7744E 00 1.1497E 01 1 3707E 01 1.6034E )1 1.8086E 01 1.9497E 01 THETAH 42 .9 41.0 28 .9 24 .1 21 .7 20 .4 19.6 19.2 THETA( 11 80 .9 80.

72 . 9 66 .2 65 .1 62 .9 51.6 50.8

IhETAI 21 8<i .8 84.0 77 .2 72 .8 59 .8 67 .8 66.4 55.7

rHErA( 3) 90.5 89.7 83 .7 79 .6 76 .9 75 .C 73.8 73.0 THFTA( *) 97 .5 96.9 91 .5 88 .0 85 .6 84 .0 82.9 82.3

THETAl 5) 105 .5 104.9 100 . 3 97 .4 95 .4 94 .1 93.2 92.7 THETA( 6) lU .2 113.7 109 . 9 107 .5 106 .0 105 .0 104.4 104.1 THETA( 71 123 .5 123.1 120 . 0 118 .3 117 .2 115 .6 116.2 116.0

rHETA( 81 133 .5 133.2 130 .8 129 .5 128 .9 128 .5 128.4 128.4

THETAl 9) U4 .2 143.9 142 . 2 141 .5 141 .2 141 .0 141.141.0 IHETA( 10

155 .6 155.4 154 . 3 153 .9 153 .8 153 .8 153.9 153.9

THETAl 11

167 .6 167.5 167 .0 155 .8 156 .8 155 .8 166.9 166.9 THETAI12) ISO .0 180.0 180 .0 180 .0 180 .0 180 .0 180.0 180.0

BHIHI 85 .8 82.1 57 . 8 48 . 1 43 .4 40 .7 39.2 38.3

ewi 1 ) 161 .9 150.2 145 . a 135 .4 130 .1 125 .9 123.1 121.6

N= 8 08= 50. BETAD 2.328 2.199 1.885 1.571 1.257 0.942 0.528 0.314 D/LAMBDA 0. 370 C.350 0.300 0.250 0.200 0.150 0. ICO 0.050

ALPHA 0.814 0.699 0. 500 0.357 0.268 0.188 0. 120 0.059

G a. 42 11. B2 19. 09 24. 72 28.97 32.06 34.21 35.44 GlOB) 9.25 10.73 12.81 13. 93 14.62 15.06 15.34 15.49

Al 11 3.6951E 00 3.7442E 00 4. 1461E 00 4.7550E 00 5.4240E 00 6.0512E CO 6.5561E 00 6. B654E 00

Al 21 7.5951E 00 7. 7495E 00 9.0577E 00 1.1215E 01 1.3830E 01 1.6513E 01 1.8845E 01 2. 0436E 01 Al 31 1.0576E 01 1.0e23E 01 1.2958E 01 1.5639E 01 2.1289E 01 2.6255E 01 3.0 74 7E CI 3. 3875f 01 THETAH 39.4 32 . 1 23 . 7 20 .3 16.6 17.5 15.9 16.6 THETAl 11 73.7 59 .9 63 . 4 59 . 3 55.5 54.5 53.4 52.7 THETAl 21 77.0 73 .5 67 . 3 63 .4 50.7 58.8 57.5 57.0 THETAl 3) 82.1 78 .8 73 .2 69 .5 55.9 65.2 64.0 63.4 THETAl 4) 88.2 85 .3 80 . 3 76 .9 74.6 73.0 72.0 71.4

THETAl 51 95.1 92 .5 68 . 1 85 .3 83.3 81.9 81.0 80.5

THETAl 61 102.5 100 .3 96 . 5 94 .2 92.6 91.5 90.8 90.4

THETAl 7) 110.4 108 .5 105 . 4 103 .5 102.3 101.

101.0 100.8

THETAl 8 1 118.8 117 . 1 114 .6 113 .2 112.4 112.0 111.7 111.6 THETAl 91 127.5 125 .2 124 .3 123 .3 122.9 122.7 122.5 122.6 THETAl 10

136.9 135 .8 134 . 4 133 .9 133.7 133.7 133.8 133.9

THETAl 11 1 146.8 146 .0 145 . 1 144 .8 144 .9 145.0 145.2 145.3

THETAl 12 I 157.3 156 .6 155 .3 156 .2 155.4 156.5 156.7 156.8 THETA 1 13 1 158.5 168 .2 158 .0 158 .0 158.1 158.2 168.3 168.4 THETAI14I 180.0 160 .0 180 .0 18C .0 180.0 18C.0 18C.C 180.0

BWIH) 78.8 64 .3 47 . 4 4r .5 37.1 35.1 33.9 33.2

Bull) 147.3 139 .8 125 .8 118 .5 113.0 109.2 106.8 105.5

N> 9 DB= 50. BETAD 2.411 2.199 1.885 1.571 1.257 0.942 C.626 0/LAHBDA 0.383 0.350 0.300 0.250 0.200 0.150 0.100 ALPHA 0.731 C.559 0. 397 0.291 0.212 0.149 0.095

G 9.71 16.88 25. 74 32. 52 37.53 41. 38 43.95

GIOBI 9.87 12.27 14. 11 15. 12 15. 75 16. 17 15.43

Al 11 3. 5643E 00 3.725Ce 00 4. 3335E 00 5. 1465E 00 6.0085E 00 5 8052E 00 7.4445E CO

A 1 2 ) 7. 5345E 00 8.0511E 00 1.0202E 01 1.3423E 01 1.7291F 01 2 1277E 01 2 4754E 01

A 1 3) 1. 1332E 01 1.2278E 01 1.5265E 01 2.2649E 01 3.0e39E 01 3 9609E 01 4 8049E 01

Al 4 1 1. 2912E 01 1.4C47E 01 1.8884E 01 2.5777E 01 3.7121E 01 4 8675E 01 5 9450E 01 THETAH 35.6 25.1 20 . 1 17 .6 15 .2 15 .4 14.9

THETAl 11 57.9 51.8 56 .0 52 . 3 49 .8 48 .2 47.1

THETAl 21 71.0 65.2 59 .6 56 .0 53 .5 51 .9 50.8

THETAl 31 75.5 70.1 54 .9 61 .5 59 .2 57 .5 56.5

THETAl 41 81.0 75.1 71 .4 68 .3 55 .1 54 .6 63.6

THETAl 51 87. 1 82.6 78 .6 75 .8 73 .8 72 .5 71.6

THETAl 61 93.5 89.8 85 .2 83 .8 82 .1 81 .0 80.2 THETAl 71 100.5 97.1 94 .0 92 . 1 90 .6 89 .9 89.3

THETAl 81 107.5 104.7 102 .2 100 .7 99 .7 99 .1 98. T THETAl 91 115.1 1 12.6 110 .5 109 .5 108 .9 108 .5 108.4

THETAl 10

122.9 120.8 119 . 3 118 .5 118 .3 118 .2 118.2 THETAl 11

131.1 129.4 128 . 3 126 .0 128 .0 128 . 1 126.2 THETAl 12

139.7 138.5 137 . B 137 .7 137 .9 138 .2 138.4

IHETAI 131 149.0 148.1 147 . 7 147 .9 148 .2 148 .4 148.7

THETAl 14

158.8 158.2 158 . 1 158 .3 158 .6 158 .9 159.1 THETAl 151 159.2 169.0 156 . 9 169 .1 159 .2 159 .4 159.5

THETAl 161 160.0 160.0 180 .0 180 .0 IBO .0 180 .0 180.0

BMIH) 73.1 52.2 40 .2 35 .2 32 .4 30 .6 29.8

HMl 1 1 135.8 123.6 112 .0 104 .6 99 .5 95 . 3 94.2

59
N=10 DB» 50. BETAD 2.479 2.199 1 . 865 1.571 1.257 0.94 2 0.526 D/LAM8DA 0.394 0.350 0. 300 0.250 0.200 0.150 0. 100 ALPHA 0.663 C.456 0.323 0.235 0. 172 0.120 0.077

G 11.04 22.85 33.38 41.40 47. 46 51.92 54.99

GIDB) 10

.

4 3 13.59 15.24 15.17 16. 76 17.15 17.40

Al 1) 3.7271E 00 4. 5371E 00 5. 5.5996E 00 7 6.3325E 00

A( 2) 7 .2597E DO 8.3574E 00 1. 1399E 01 1

.

581 IE 2.1U8E 01 2 66?7F 3.1477f 01

Al 3) 1 • 1 4 52E } 1 1.3575E 01 1

.

9817E 01 2.

-

.

4.2626E 01 5 71 ^7F 7.0716F 01

A 1 4 1 1 • 42 1 8E } 1 1.7088E 01 2. 5751E 01 4. nc?9F 5. 95306 01 8 7? QF 1.04096 02

THE I AH 34 , 2 21.9 17.5 . _ 14 .4 7 13.3 THEIA( 11 63 ^ 2 55. J 50.1 45 *

. 44 .5 42.1

THETAI 2) • 0 58.5 53.4 50 47 .9 45.4

THEIAI 3) 70 ^ 2 63.1 58.3 5 5 53 .0 50.5 THETAI 75 , 2 68.7 64. 3 5

1

^ 3 59 .3 56.9

THETA( 51 80 , 7 74.9 70.9 58 . 2 66 .3 54 , g 64.0

THETAC 51 86 .5 81.4 77.8 75 , 5 73 .8 72 . 5 71.8 THEIA( 71 92 , 7 88.1 85.0 63 . 0 81 .6 80 79.9 THETA( 8) 99 .0 94.9 92.3 90 , 7 89 .6 88 , 9 88.4

THETAI 9) 105 ,5 102.0 99.8 98 .5 97 .8 97 , 3 97.0 THETA(IO) 112 , 2 109.2 107.5 106 .7 106 .2 1 06 . 0 105.8 THETAdll 119 , 2 116.6 115.4 114 .9 114 .8 114 .7 114.8 THETAI 12) 126 .4 124.4 123.6 123 .4 123 .5 123 .7 123.8 THETAI 131 134 . 1 132.5 132.0 132 .1 132 .4 132 .8 133.0 THETAI 14) 142 .2 141.0 140.9 141 .2 14 I 6 142 .0 142.3 THETAI15) 150 .9 150.0 150. 1 150 .5 151 .0 151 .3 151.6 THETAI 16) 150 .1 159.5 159.8 150 .1 160 .5 150 .8 161.0 THETAI 17) 169 .9 159.7 169.8 17C .0 170 .2 170 .4 170.5

THETAI 18) 180 .0 lec.o 180 .0 180 .0 BMIH) 68 .4 43.9 35.0 31 .0 28 .8 27 .4 26.6 BHIl) 125 .5 110.6 100. 1 93.5 89 S6 .1 84.2

N = ll 0B>: 50.

BETAD 2.537 2.513 2. 199 1.885 1.571 1.257 0.942 0.528 D/LAHBOA 0.404 C.400 0. 350 0. 300 0.250 0.200 0. 150 0.100

ALPHA 0.505 0.581 0. 377 0. 256 0.194 0. 141 0.099 0.053

12. 38 13.71 29. 68 41 .99 51.35 56.47 63.72 57.24

GlOB) 10.93 11. 37 14.72 16 .23 17. 11 17.57 16.04 18.26

Al 1) 3.2293E 00 3 233CE 00 3. 7554E 00 4. 75916 00 5. 9528E 00 7

.

19806 00 8 3242E 00 9.2225E 00

Al 2) 6.8792E 00 6 8914E 00 8. 6949E 00 1. 26856 01 I. 8407E 01 2 . 53326 01 3 25766 01 3. 8991E 01 Al 31 1 . 1 170E 01 I 1194E 01 1

.

4873E 01 2. 3738E 01 3. 7896E 01 5

.

6931E 01 7 87396 01 9. 94756 01 Al 4) 1.4590E 01 I 4725E 01 2. 0137E 01 3. 3807E 01 5. 69906 01 9. 005ce 01 1 2998E 02 1. 5954E 02

Al 51 1.6055E 01 1 6094E 01 2. 2215E 01 3. 7913E 01 6. 5054E 01 1. 0452E 02 1 5298E 02 2. 0156E 02 THETAH 32 .3 30 . 5 19 .0 15.5 13.9 12.9 12.4 12.0 THETAI 1) 59 .4 58 .4 50 .0 45.2 42.2 40.2 38.9 38.0

THETAI 2) 51 .9 61 . 1 53 .0 48.3 45.3 43.3 42.0 41.1

THETAI 3) 55 .8 55 .0 57 .4 52.9 50.0 48.0 45.6 45.7

THETAI 4) 70 .4 59 .5 62 .7 58.5 55.7 53.7 52.3 51.4

THETAI 5) 75 .4 74 . 8 68 .4 64.5 62.0 50.1 58.8 57.9

THETAI 61 80 .8 80 .2 74 .5 71.0 68.7 67.0 65.8 54.9

THETAI 7) 86 .4 85 .8 80 . 7 77.5 75.5 74.1 73.0 72.3 THETAI 81 92 .0 91 .5 87 .0 84.4 62.6 81.4 80.6 80.0 THETAI 9) 97 .8 97 .4 93 .4 91.2 89.8 88.9 88.2 87.8 THETAI 10) 103 .8 103 .4 99 . 9 98.1 97.1 96.4 95.0 95.8 THETAI 11

)

109 .9 109 .5 105 .5 105.2 104.5 104.1 103.9 103.8

THETAI 12) 116 .2 115 .8 113 .3 112.4 112.0 111.9 112.0 1 12.0 THETAI 13

)

122 .7 122 .4 120 .3 119.8 119.7 119.9 120. 1 120.3

THETAI 14) 129 .5 129 .3 127 .6 127.4 127.6 128.0 128.4 128.5 THEIAI 15) 136 . 7 135 .5 135 . 3 135.3 135.8 136.3 135. 7 137. 1 THETAI 15) 144 .3 144 .2 143 .3 143.6 144.2 144.7 145.2 145.6

THETAI 17) 152 .5 152 .4 151 .9 152.2 152.8 153.4 153.8 154.1

THETAI 18

)

161 .2 151 . 1 160 . 9 161 .2 151.7 162.1 162.5 152.7

THETAI 19

)

170 . 4 170 .4 170 . 3 17C.5 170.6 171.0 171.2 171.4 rHETAI20

)

180 .0 180 .0 180 .0 18C.0 180.0 180.0 180.0 180.0 BWIH) 64 .5 51 .0 37 .9 31.0 27.7 25.9 24.7 24.0

BWIl) lie .7 116 .9 100 .0 90.5 84.5 80.5 77.8 75.1

N=12 0B= 50.

BETAD 2.586 2.513 2. 199 1.885 1.571 1.257 0.942 D/LAHBOA 0.411 0.400 0.350 0.300 0.2 50 0.200 0. 150 ALPHA 0.555 C.490 0.316 0.223 0. 152 0.118 0.083

G 13.74 18.55 37. 34 51 .55 52.40 70.55 75.75

GlOB) 11. 38 12.71 15.72 17.12 17.95 18.49 18.85

Al 1 ) 3.0579E 00 3.0958E 00 3. 8114E 00 4. 99796 00 5. 38796 00 7. 80326 00 9 0895E OC

Al 21 6.4582E 00 6 .58096 00 9. 0939E 00 1. 4C81E 01 2. 1226E 01 2. 99456 01 3 91336 01 Al 3) 1.0663E 01 1 .0911E 01 1.5259E 01 2. 8116E 01 4. 7434E 01 7. 40396 01 1 05UE 02

A( 4) 1.4582E 01 1.4950E 01 2. 3354E 0 1 4. 3255E 01 7. 8342E 01 1 . 3045E 02 1 9543E 02

Al 5) I .5960E 01 1 .7422F 01 2. 7810E 01 5. 3242E 01 9. 9804E 01 1

.

71536 02 2 53656 02 THETAH 30 .5 25 .6 16 . 7 13.9 12.5 11.7 11.2 THEIAI 11 56 .1 53 .3 45 .6 41.2 38.5 35.7 35.5 THETAI 2) 58 .5 55 .9 48 .4 44.1 41 .4 39.5 38.3

THETAI 31 62 . 1 59 .5 52 . 6 48.4 45.7 43.6 42.5

THEIAI 4 1 66 .4 54 .1 57 .6 53.6 50.9 49.

1

47.8

THETAI 51 71 . 1 59 .0 63 .0 59.3 56.8 55.0 53.7

THETAI 6) 76 .0 74 .1 66 .7 55.3 63.0 61.3 50. I THETAI 7) 81 . 1 79 .4 74 . 5 71.5 59.4 67.9 66.8

THEIAI 8) 86 .3 84 . 8 80 . 3 77.7 75.9 74.6 73.7 THETAI 9) 91 .6 90 .2 86 . 3 84.0 82.5 81.4 80.7

THETAI 10) 96 .9 95 .7 92 .2 9C.4 89.2 88.4 87.8 THETAI 11 ) 102 .4 101 .2 98 . 3 95.8 95.9 95.4 95.0

IHETAl 12

)

108 .0 105 .9 104 .4 103.3 102.8 102.5 102.3 THETAI13) 113 .7 1 12 .8 110 . 7 109.9 109. 7 109.7 109.7

THEIAI 141 119 .6 118 .8 1 1 7 . 1 116.7 115.7 117.0 117.2

THETAI 15) 125 .7 125 .0 123 .7 123.6 124.0 124.4 124.8 THETAU5 ) 132 .2 131 .6 130 .6 13C.8 131.4 131.9 132.4

THETAI 171 138 .9 138 .4 137 .9 138.3 139.0 139.5 140.2 THETAI 18

)

145 .2 145 .8 145 .5 146.1 145.8 147.5 148.0 THETAI 19) 153 .9 153 .6 153 .5 154.2 154.8 155.4 155.9 THEIAI 20

)

162 .2 152 .0 162 .0 152.6 163.1 163.6 153.9 THETAI2I

)

170 .9 170 .8 170 .9 171.2 171.5 171.8 171.9 THETAI22) 180 .0 180 .0 180 .0 16C.0 180.0 180.0 180.0

BHI H) 51 .1 51 .2 33 .4 27.8 25.1 23.5 22.5 BHIl) 112 .2 105 . 7 91 .2 82.5 77.0 73.4 70.9

60
N=13 0B=: 50. BETAO 2.628 2.513 2. 199 1 . 885 1.571 1.257 0 94? D/LAMBOA 0.418 0.400 0. 350 0. 300 0.250 0.200 o' 150 ALPHA 0«514 C.418 0.269 0. 1 89 0.138 0. 100 0.070

G 15.11 24.33 45.81 62.05 74.49 83.99 91.03

G(OBI 11.79 13.86 16.61 17.93 18.72 19.24 19.59

At 11 2.6938E 00 2. 9943E 00 3. 8887E 00 5

2512E 00 6 8226E 00 8 4145E 00 9 e583E Ct

Al 21 6.0340E 00 6. 3565E 00 9. 5594E 00 1

5592E 01 2.4278E 01 3 4966E 01 4.6303E 01

A 1 3) 1.0G47E 01 1.0712E 01 1. 7781E 01 3, 3C20E 01 5 8439E 01 9 4233E 01 1 3675E 02

Al 41 1.4110E 01 1. 5162E 01 2. 6e54E 01 5, 4346E 01 1 04B4E 02 1 8264E 02 2 8245E 02

A ( 5 ) 1.7157E 01 1. 8519E 01 3. 4C37E 01 7

2 373E 01 I 4675E 02 2.6747E 02 4 2944E 02

A ( 6

1.8290E 01 1. 977CE 01 3.6778E 01 7 ^ 94 74E 0

1 63eOE 02 3 0302E 02 4 9259E 02 THETAH 29. 1 22.0 15.0 12.6 11.5 10.8 10.3 THETAf 1

5 3.3 49.0 41.9 37.9 35.4 33.7 32.6

THETAl 2} 55,6 51.5 44.6 4C . 6 38.0 36.3 35.2

THETAt 3) 58.9 55.1 48.5 44.6 42.0 40.3 39.1 THETA( 41 62.9 59.4 53.2 49.5 46.9 45.1 43.9

rHETA( 5) 67.3 64.1 58.4 54.8 52.4 50.6 49.4

THETAl 6) 72.0 69.0 63.8 60.5 58.2 56.5 55.3

THETAl 7) 76.7 74.0 69.2 66.3 64.1 62.6 51.5

THETAl Bl 81.5 79.0 74.7 72.1 70.2 68.8 67.8

THETAl 9) 86.4 84. 1 80.3 78.0 76.4 75.2 74.3

THETAl 10

91.3 89.

85.8 83.9 82.5 81.6 BO.

THETAl 11

96 .

94.4 91.4 89.8 88.8 88.0 87.6

THETAl 12

101.3 99.6 97.0 95.8 95.0 94.6 94.3

T HETAI 13

106.4 104.9 102. 7 101.8 101.4 101.1

THETAl 14) 111.6 110.3 108. 5 107.9 107.8 107.8 107.9 THETAl 15

117.0 115.8 114.4 114.2 114.3 114.5 114.8

THETAl 16) 122.6 121.5 120.5 1 2 C 5 120.9 121.3 121.7

THETAl 17

128.4 127.5 126.8 127.1 127.7 128.3 128.8 THETA 118) 134.5 133.7 133.3 133.9 134.6 135.3 135.9

THETAl 19) 140.9 140.3 140.2 14C . 9 141.8 142.5 143.1 THETA 1 20

147.8 147. 3 147. 4 14 8.2 149.

149.8 150.4 THEIAiai

155.1 154.8 155.1 155.8 156.6 157.2 157.7

THETAl 22

163.0 162.8 163.1 163.7 164.3 164.8 165.1 THETAI23) 171.3 171.2 171.4 171.8 172.1 172.4 172.5 THEIAI24) 180.0 180.0 180.0 180.0 180.0 180.0 180.0 BWIH) 58.2 43.9 29.9 25.3 22.9 21.5 20.6 BUIll 106.5 98.0 83.8 75.8 70.7 67.4 65.2

BETAD 2.665 2.513 2.199 1.885 1.571 1.257 0.942 D/LAMBDA 0.424 0.400 0.350 0. 300 0.250 0.200 0.150

ALPHA 0.477 C.359 0.231 0.162 0.118 0.086 0.360

G 16.49 30.58 55.07 73.49 87.65 98.50 106.53

GIDBI 12.17 14.87 17.41 IB. 66 19.43 19.93 20.27

Al 11 2.7396E 00 2. 9234E 00 3. 9844E 00 5. 5158E DO 7 2656E 00 9 0311E 00 1.0630E 01

Al 2) 5.6263E 00 6. 2105E 00 1. 0C90E 01 1. 7223E 01 2 7569E 01 4 0401E 01 5.4091E 01

Al 3) 9.3957E 00 1.0614E 01 1. 9467E 01 3. 8510E 01 7 1045E 01 1 17B0F 02 1.7415E 02

Al 4) 1.3433E 01 1. 5417E 01 3. 0725E 01 6. 7333E 01 1 3730E 02 2 4B74E 02 3.9532E 02

Al 51 1.68&8E 01 1. 9552E 01 4. 1C53E 01 9. 6C31E 01 2 0879E 02 4.0062C 02 6.6752F 02

Al 6) 1.B847E 01 2. 1953E 01 4. 7291E 01 1. 1415E 02 2 551CE 02 5 0547F 02 8.6216E 02 THETAH 27.9 19.2 13.6 11 .6 10.6 9.9 9.5

THETAl I) 50.8 45.3 38.7 35 .0 32.7 31.2 30.1 THETAl 2) 53.0 47.7 41.3 37 .6 35.2 33.6 32.5 THETAl 3) 55.2 51.2 45.0 41 .4 38.9 37.3 35.1 THETAl 4) 60.0 55.4 49. 5 45 .9 43.5 41.8 40.6

THETAl 51 64.1 59.9 54.4 51 .0 48.6 45.9 45.7

THETAl 6) 58.5 54.6 59.5 56 .3 54.0 52.4 51.2 THETAl 7) 72.9 59.3 64.7 61 .8 59.5 58.1 57.0

THETAl B) 77.4 74.1 59.9 57 .3 65.3 63.9 62.9

THETAl 9) 81.9 78.9 75.1 7? .8 71.1 69.8 68.9 THETAIIO) 86.5 83.7 80.4 78 . 3 76.8 75.8 75.0 THETAl 11 ) 91.0 88.5 85.5 83 .8 82.6 81.8 81.2

THETAl 12) 95.7 93.4 90.8 89 .4 88.5 87.8 87.4

THETAl 13) 100.3 98.2 95.0 94 .9 94. 3 93.9 93.7 THEIAI14) 105.0 103.2 101.3 100 .5 100.2 100.0 100.

THETAl 15) 109.9 108.2 106.7 106 . 3 106.2 106.2 106.3

THETAl 15) 114.8 113.3 112.2 112 .0 112.2 112.5 112.7 THETAl 17

119.9 118.6 117.8 117 .9 118.3 118.8 119.2

THETAl 18

125.2 124.1 123.6 124 .0 124.6 125.2 125.7 THETAl 19) 130.7 129.7 129.6 130 .2 131.0 131.7 132.3 THETAl 20 ) 135.5 135.7 135.8 136 .6 137.5 138.

139.0 THETAI21) 142,6 142.0 142.3 143 .3 144.2 145.0 145.7 THETAI22) 149.2 148.7 149.2 15C .2 151.1 151.9 152.4 THETAI23) 156.2 155.9 156.5 157 .4 158.2 158.8 159.3 THETAI24) 163.7 163.5 164.0 164 .7 165.4 165.8 156.2 THETAI25) 171.7 171.6 171.9 172 .3 172.6 172.9 173.1 THETAI25) 180.0 180.0 18C.0 18C .0 180.0 180.0 IBO.C

BWIH) 55.7 38.4 27.2 23 .2 21.1 19.9 19.1 BWIl) 101.7 90.7 77.5 70 . 1 65.4 52.3 6C.2

61
N'15 0B= 50. BET*D 2.696 2.513 2. 199 1 . 885 1.571 1.257 0.942 0/LAHBOA 0.429 0.400 0.350 0. 300 0.250 0.200 0. 150 ALPHA 0,4A6 0.313 0.201 0.141 0. 103 0.075 0.052

G 17.88 37.68 65. 12 85.86 101. 87 114 . 17 120.59

GIOBI 12

.

52 15.76 18.14 19,34 20.08 20.58 20.81

A( 11 2 . 5964E 00 2. 877eE 00 4.0954E 00 5. 7S25E 00 7. 7154E 00 9.5521E 00 1. 1404E 01

A( 2) 5 . 2446E 00 6. 1314E 00 I. 06e5E 0 I 1. 8S75E 01 3. I lOlE 01 4.5252E 01 6. 2499E 01

Al 31 8 . 7508E )0 1.0617E 01 2

.

1 332E 0 1 4. 4635E 01 8. 5384E 01 1.4501E 02 2. 1782E 02

Al 41 1 . 2659E 0

1

1 • 5766 E 01 3

.

50 3eE 0

1

8. 2465E 01 1. 7659E 02 3.3107f 02 5. 3fl71E 02

AC i) 1 .6271E 0

1

2

.

0624E 01 4 . 9050E 01 1. 2503E 02 2. 8925E 02 5.8070F 02 9.9935E 02

AC 61 1 . 8832E 0 1 2 . 4 11 3E 01 5. 9644E 0 1 1. 5924E 02 3. 8543E 02 8.0561E 02 1. 4332E 03

AC 71 1 .9758E 01 2 . 5383E 01 6 . 3598E 0 1 1. 7241E 02 4. 2355E 02 a.9712F 02 1.6136E 03 IHEIAH 26 . 7 17.1 1

2

. 4 10.7 9 . 8 9.2 8.9 THETAC I! 48 . 7 42.2 36 . 0 32.6 30 .4 29.0 26.0

IHETAC 2) 50 .7 44 • 5 38 . 4 35.0 32 . 7 31.2 30*2

THETAC 31 53 .6 47,9 42 . 0 38.5 36 .2 34.7 33.6

THETAC <i) 57 .4 51.9 46 . 3 42.9 40 .5 38.9 37.8

THETAC 51 61 .3 56.2 5

1

. 0 47.5 45 . 3 43.7 42.6

THETAC 5 1 65 .4 60.7 55 . 8 52.7 50 .4 48.8 47.7

THETAC 71 69 .6 65.3 60 . 8 57.8 55 .7 54.2 53.0 THETAC 81 73 .8 69.9 65 . 7 63.0 61 . 1 59.6 56.6

THETAC 91 78 . 1 74.4 70 . 7 68.3 65 .5 65.2 64.2

THEIA! 101 82 .3 79.0 75 . 6 73.5 7 1 . 9 70.8 69.9

THETAC 11 1 66 . 6 83.5 80 . 5 78.7 7 7 .4 76.4 75.7

THETAC 121 90 .9 88.0 85 . 4 83.9 82 . 8 82.0 61.5

THETAC 13 1 95 • 2 92.6 90 . 3 89.

1

88 . 3 87.7 67.3

THETAC l<. 1 99 • 5 97.1 95 . 2 94. 3 93 . 7 93.4 93.2

THETAC 15

1

103 .9 101.8 100 . 2 99.5 99 . 3 99. 1 99.1

THETAC 161 108 • 4 106.5 105 . 2 104.9 104 . B 104.9 105.0 THETAC171 112 .9 111.2 llO . 3 11C.2 110 .4 110.7 111.0

THFTAC 18

1

117 .6 116.1 115 .5 115.7 116 .2 116.6 117.0

THETAC 191 122 .5 121.2 120 .9 121.3 122 .0 122.6 123.1 THETAC 20

1

127 .5 126.4 126 .4 127.1 127 .9 128.6 129.2 THETAC211 132 .7 131.8 132 . 1 133.0 133 .9 134.7 135.4 THETAC22I 138 .3 137.6 138 . 1 139. I 140 .1 141.0 141.6 THETAC23I 144 . I 143.6 144 . 3 145.4 146 .4 147.3 147.9

THEIAC2'il 150 .4 1 50.0 150 . 8 151.9 152 .9 153.7 154.3 THETAC251 157 .1 155.9 157 . 7 158.7 159 .5 160.2 150.7 THETAC251 164 .4 164.3 164 .9 165.7 166 .3 166.7 167.1 THETAC27I 172 .0 172.0 172 .4 172.8 173 .1 173.4 173.5 IHETAC281 180 .0 180.0 180 .0 180.

0

180 .0 180.0 180.0

6WCHI 53 .5 34.2 24 .9 21.4 19 .5 18.4 17.7

BUC I 1 97 .4 84.3 72 .0 65.1 50 .8 57.9 56.0

N=20 DB= 50. BETAO 2.808 2.513 2. 199 1.685 1.571 0/LAHBOA 0.447 0.400 0.350 0.300 0.250

ALPHA 0,334 0.174 0.111 0.078 0.057

G 24.90 el.76 126.85 161.58 168.80 GCOBI 13.95 19.13 21.03 22.08 22.76

AC 11 2.0315E 00 2. 893';E 00 4.8003E 00 7.2751E 00 I. 0037E 01

AC 21 3.7692E 00 6. 420ie 00 1.4503E 01 2.9560E 01 5. 2450E 01

AC 31 5.1026E 00 1. 1855E 01 3.3716E 01 8.6391E 01 1. 8758E 02

AC 41 8.9324E 00 I. 9190E 01 6.5197E 01 2.0C00E 02 5. 10856 02

AC 5 1 1.2050E 01 2. 7974E 31 1.0907E 02 3.8525E 02 1 . 11956 03

AC 51 1.5158F 01 3. 7313E 01 1.5150E 02 6.3543E 02 2. 0402E 03

AC 71 1.79UE 01 4. 5991E 01 2.1468E 02 9.1344E 02 3. 1544E 03

AC 81 1.9973E 01 5. 27UE 01 2.5e43E 32 1.1572E 03 4. 1915E 03

AC 91 2.1078F 01 5. 6382E 01 2.8319E 32 1.3C05E 03 4. 8231E 03 THETAH 22 6 11 .2 a 8 7.8 7.2 THETAC 11 40 9 31 .2 25 .6 24. 1 22.5

THETAC 21 42 6 33 .2 28 .5 25.9 24.3

THETAC 31 45 1 36 .0 31 . 4 28.7 26.9

THETAC 41 48 0 39 .5 34 .9 32.1 30.2

THETAC 51 51 2 43 .2 38 . 7 35.8 33.9

THETAC 61 54 5 47 .0 42 . 7 39.8 37.8

THETAC 71 57 9 50 .9 46 . 7 43.9 41.9

THETAC 61 51 3 54 .7 50 . 8 48.1 46.1

THETAC 91 54 5 58 .5 54 . 3 52.2 50.3

THETAC 101 57 9 62 .2 58 .6 56.4 54.5

THETAC 11 1 71 2 65 .8 62 . 7 50.5 56.6

THETAC 121 74 4 69 .5 55 .6 54.5 53.0

THETAC 131 77 7 73 .0 70 .4 56.6 57.2

THETAC 14

1

80 9 76 .6 74 .2 72.6 71.3

THETAC 151 84 1 80 . 1 78 .0 76.5 75.5 THETAC 16

1

87 2 83 .5 81 . 7 80.5 79.5

THETAC 171 90 4 87 .0 85 . 4 84.5 63.6

THETAC 161 93 6 90 .5 89 .2 86.4 87.9

THETAC 191 96 6 94 .0 92 .9 92.4 92.1 THETAC201 100 0 97 .4 96 .6 96.3 95.2

THETAC21

1

103 3 101 .0 100 .4 100.3 100.4 THETAC221 105 6 104 .5 104 .2 104.3 104.6 IHETAC231 109 9 108 .1 108 .0 108.4 106.8 THETAC241 113 .3 111 .7 111 .9 112.5 113.1 THErAC25

1

116 .8 115 .5 115 .9 116.6 117.4 THETAC25I 120 4 119 . 3 119 . 9 12C.8 121.6 THETAC271 124 0 123 .2 124 .0 125.1 125.2 THET»C2ei 127 .8 127 .2 128 . 3 129.5 130.7

THETAC 29

)

131 .8 131 .4 132 .6 134.0 135.3 THETAI30I 135 9 135 .7 137 .2 138.7 139.9

THETAC 31

)

140 .2 140 .3 141 . 8 143.4 144.7

THETAC 32

1

144 .8 145 .1 146 .7 148.3 149.5

THETAC 331 149 .7 150 . I 151 .8 153.3 154.4

THETAC 341 155 .0 155 .5 157 . 1 158.4 159.4 THETAC 35

1

160 .6 161 .2 162 .6 163.7 164.5

THETAC 351 166 .7 157 .2 166 . 3 169.1 169.6 THErAC371 173 .2 173 .5 174 . 1 174.5 174.8 THETAC381 180 .0 180 .0 160 .0 180.0 160.0

BWCHl 45 .2 22 .4 17 .6 15.5 14.3

BMC 1 1 81 .a 52 .4 53 .3 48.2 45.0

62
N=25 DB= 50.

8ETA0 2.a76 2.827 2.513 2. 199 1.385 1.571 D/LAMBDA 0.457 0.450 0.400 0.350 0.300 0.250 ALPHA 0.266 0.224 0. 110 0.C70 0.049 0.035

6 31.98 48. 79 140. 19 207.55 250.28 343.24

6(DB) 15. 05 15. 88 21.47 23.17 24.15 25.35

A( 1) I .5531E 00 1.6981E 00 3 1223E 00 5 .542BE 00 8. 8564E 00 1 242BE 01

At 2) 2.8'.66E 00 2. 9597E 00 7 3e75E 00 1 .9573E 01 4. 3172E 01 8 0002E 01 A( 3) A.-VSTOE 00 4.6396E 00 1.4593E 01 5 .1933E 01 1. 5060E 02 3 5220E 02

A( 4) 6.3699E 00 6. 7219E 00 2 5402E 01 1 . 1456E 02 4. 1603E 02 1 1838E 03

Al 5) 00 9. 1419E 00 4 0075E 01 2 .1S25E 02 9. 5919E 02 3 2190E 03

A( 6) 1 . 1G57E 01 1. 1786E 01 5 8280E 01 3 .7334E 02 1. 9044E 03 7 3346E 03

Al 7) 1 .3551E 01 1.4496E 01 7 e988E 01 5.7479E 02 3. 3224E 03 1 4328E 04

A( 8) 1 .5928E 01 1. 7089E 01 1 0051E 02 8 .0e89E 02 51633E 03 2 4372E 04

At 9) l.BOl'iE 01 1936eE 01 1 2069E 02 1 .0483E 03 72 1 5 8 E 03 3 54 94E 04 A(10) 1 .9642E 01 2. 1 150E 01 1 3723E 02 1 .2574E 03 9. 1268E 03 4 8459E 04

A 1 1 12.0678E 01 2. 2285E 01 1 4ei0E 02 1 .4C07E 03 1 . 0492E 04 5 7343E 04

A( 12 ) 2.1C33E 01 2. 26 74E 01 1 5ie9E 02 1 .4517E 03 1. 0988E 04 5 0634E 04 THETAH 19 .9 15 .6 8.4 6.8 6.1 5.5 THETA( 1) 35 .9 33 . 3 24.7 21.1 19.1 17.8

THETAI 2) 37 .4 34 .9 26.4 22.7 20.6 19.2 THETAt 3) 39 .5 37 .1 28.9 25.1 22.8 21.4

THETAI ^) '.2 . 1 39 .9 31.9 28.0 25.5 24.0

THETA( 5) .8 42 .8 35.1 31.2 28.7 27.0

THETAI 6) 47 .7 45 . 7 38. 5 34.5 32.0 30.2 THETA{ 7) 50 .6 48 .8 41.9 38.0 35.4 33.5

THETAI 8) 53 .4 5 1 .7 45.2 4 1.4 38.8 37.0 THETAI 91 56 .3 54 .7 48.5 44.9 42.3 40.5

THETAI 10

59 . 1 57 .6 51.7 48.3 45.8 43.9

THETAI 1161 . 8 60 .4 54.9 51.6 49.2 47.4

THETA I 12

64 .5 63 .2 58.0 54.9 52.6 50.9

THET A I 1367 .2 65 .9 51.1 58.2 55.0 54.4

T HETA I 1^69 .9 68 .6 54. 1 51.4 59.4 57.8

THE TA I 15

72 . 5 71 .3 67.1 54.6 62. 7 61.2 THETA ( 16

75 . 1 74 .0 70.0 57.7 66.0 54.5 THETA ( 17

77 .6 76 .6 72.9 70.8 69.2 58.0

THET A ( 18

80 .2 79 .2 75.7 7 3.8 72.4 71.4

THETA ( 19

82 .7 8.7 78.5 76,9 75.6 74.7 THETA I 20

85 .2 84 . 3 81.4 7 <5 .78.8 78.0 THETA ( 21

87 .7 86 .9 84. 1 82.9 82.0 81.4

THETA ( 2290 .3 89 .4 86.9 8 5.9 B5.2 84.7 THETAI 23

92 .8 92 .0 89.7 8 8.8 88.3 88.0 THETA I 24

95 .3 94 .6 92.5 91.8 91.5 91.3

THETAI 25

97 .6 9 7 .1 95.3 94.8 94 .7 94.6

THETAt 26

100 . 4 99 .7 98. 1 97.8 97.8 97.9

THE TA I 27

102 . 9 102 .3 100. 9 10 0.8 101.0 101.3

THETA I 28

105 • 5 104 .9 103.7 103.9 104.2 104.6

T HETA t 29 ) 106 . 2 .6 106.6 107.5 108,0 THETA 1 30

110 . 8 110 .3 110.0 110.7 111.4

T UC T A f 3 1 1 113 . 5 .0 112.5 113.1 114.0 114.8

Tl-lCTAll'7 1

1 Mt 1 At 3d. 1 116 • 3 115 .8 115.4 115.3 117.3 118.3

1 Mt 1 A [ a I 119 • 1 lie .6 118.5 119.5 120.7 1 2 1 . B TuCTA f 1/. 1

1 Mt 1 A ( m 1 121 . 9 121 . 5 121.5 122.8 124.2 125,3

T MET A 135) 124 .9 124 .5 124.8 126.2 127,7 128.9

T HETA I 36 ) 127 .9 127 .6 128.1 129.7 131.2 132.5

THETA I 37 ) 131 .1 1 30 . B 131.5 133.2 134.8 135.2

The TA ( 38 1 lit

.3 134 .0 135.0 135.8 138.5 140.0 THET A ( 39 t 137 . 7 137 .5 138.5 140.6 142.3 143.7

THET A ( 40 ) 141 . 3 141 . 1 142.4 144.4 145.2 147.6

THETA I 41 ) 145 . 1 144 .9 146.3 148.4 150.2 151.5

T HETA ( 42 ) ! 149 .1 148 .9 150.5 152.5 154.2 155.4 THETA ( 43 )

i 153 .3 153 .2 154.8 155.8 158.3 159.4 THETA ( ^,4 ) 158 .0 157 .9 159.5 161.2 152.5 153.5

T WF T A 1 L.^ \ 162 .9 162 .9 164.3 165.8 156.8 167.6

THEr»l'i6) 168 .3 168 .3 159.4 170.5 171.2 171.7 THETACT) 174 .0 174 .0 174.6 175.2 175.6 175.8 THETACS 1 180 .0 180 .0 180.0 180.0 180.0 180.0 8WtH) 39 .8 31 .2 16.8 13.7 12.2 11.3 BH(l) 71 .8 66 .6 49.4 42.2 38.2 35.7

63
N=30 DB= 50. BETAO O/LAMBDA

ALPHA

2.921

0.<i55 0.221

2.

0.

C .

827

450

154

2.0.

0

.

513 400

075

2.

0.0.

199

350 048

1.0.0.885

300 034

G 39 1 n 86.26 212 .53 307 .03 376.23

G ( DB ) 15 "q? 19. 36 23 .27 24.87 25 .75

A ( 1 ) I. SSB'iE 'on 1

.

5638E 00 3. 4451E 00 6

.

5514E 00 1

.

0487E 01

A ( 2 1 2.2525E 00 2. 6602E 00 8. 7t56E 00 2

.

5792E 01 5

.

9790E 01

A ( 3

)

3. 3684E 00 <l. 1269E 00 1. 8539E 0

1

7

.

6987E 01 2 . 4245E 02

A ( ^

)

4. 7367E 5. 9790E 00 3.'.521E 0

1

I

.

9C33F 02 7 • 7650E 02

A ( 5 } 6. 3390E 00 8. 2C2CE 00 5. 8318E 0 1 4 0780E 02 2 • 0749E 03

A ( 6 } 8. 1360e 00 1. 07<.8E 01 9. IC07E 0 1 7

.

7794E 02 4 . 7812E 03

A ( 71 1.0069E 01 I. 35356 01 1. 3274E 0 2 I . 3447E 03 9 . 7096E 03

A ( 81 1. 2060E 01 U 6'.50E 01 1. 8245E 0 2 2

.

1318E 03 1 . 7641E 04

A ( 9

)

1. '1O2IE 01 1. 9357E 01 2. 3769E 02 3, 1264E 03 2

,

89e6E 04

A (101 I. 5655E 01 2. 210'.E 01 2. q475E 02 4. 26e2E 03 4. 3415E 04

A( 11 1 1. 7A64E 01 2. 'i53'.E 01 3. 4e97E 02 5. 4492E 03 5. 9617E 04 AI121 8751E 01 2. 6505E 01 3. 953aE 02 6. 5276E 03 7. 5374E 04 A(131 9t,70E 01 2. 7B92E 01 4. 2935E 02 7. 3538E 03 8. 7994E 04

A( 141 0139E 01 2. e610E 01 4. 4731E 02 7. 8C25E 03 9. 5033E 04 IHETAH 18 0 11 3 6 8 5 6 5.0 THErA( 1) 32 4 27 6 20 5 17 5 15.8 THETAI 21 33 7 29 1 21 9 18 8 17.1 fHETA( 31 35 5 31 2 24 1 20 8 18.9

THETAI 4) 37 9 33 7 26 7 23 3 21.3

THETAI 5) 40 4 36 4 29 5 25 1 23.9

THETAI 51 42 9 39 2 32 5 29 0 25.7

THETAI 71 45 5 42 0 35 6 32 0 29.6

THETAI a) 48 0 44 7 38 5 35 0 32.6

THETAI 9) 50 5 47 4 41 6 38 0 35.5 THETA 1 10

1

53 0 50 0 44 5 41 0 38.5

THETAI 11

)

55 4 52 6 47 3 43 9 41.5

THETAI 12) 57 8 55 I 50 1 46 9 44.5

THETA 1 13

1

60 1 57 5 52 8 49 7 47.4

THETAI 14) 62 4 60 0 55 5 52 5 50.3 THETA 1 15

)

64 6 52 4 58 1 55 3 53.2 THETA 1 16 1 56 9 64 7 60 7 58 0 56.0 THETA 1 17

1

69 1 67 0 63 2 50 7 58.8 THETA 1 IB

)

71 3 69 3 65 7 63 4 51.6 THETA 1 19

1

73 4 71 5 58 2 55 0 64.4

THETAI 20

1

75 6 73 7 70 6 58 5 67.1 THETAI 21

1

77 7 75 9 73 0 71 2 59.8 THETAI221 79 8 78 1 75 4 73 8 72.5 THETAI23I 81 9 80 3 77 7 75 3 75.2 rHETAI24) 84 0 82 4 8C 1 78 8 77.8

THE TA 1 25

)

86 0 84 6 82 4 81 3 80 .

5

THETA 1 26

1

88 1 86 7 84 8 83 8 B3. 1 T HET A 1 27

1

90 2 88 9 87 1 85 3 85.8

THETAI 28

)

92 3 91 0 89 4 88 8 88.4

THETAI 29

)

94 3 93 1 91 7 91 3 91.0

THETAI 30

)

96 4 95 3 94 0 93 7 93.7

THETAI 31

)

98 5 97 4 95 4 96 2 95.3

THETAI 32

)

100 5 99 5 98 7 98 7 98.9

THETAI 331 102 7 101 8 101 1 101 2 101.5

THETAI 34) 104 9 103 9 103 4 103 8 104.3

THETAI 35 ) 107 0 105 1 105 8 105 3 107.0

THETAI 35

1

109 2 108 4 108 2 108 9 109.7

THETAI 37) 111 4 110 5 110 5 111 5 112.4

THETAI 38

1

113 5 1 12 9 113 1 114 1 115.1

THETAI 39

)

115 9 115 2 115 6 115 7 117.9 rHETA(40) 118 2 117 5 118 1 119 4 120.7 THErAI41

)

120 5 120 0 120 7 12? 2 123.5 THETA(42) 122 9 122 4 123 4 125 0 125.5 THETAI43) 125 4 125 0 125 0 127 8 129.4 rHETAI441 127 9 127 5 128 8 130 7 132.4 THETAI45) 130 5 130 2 131 5 133 7 135.4 rHETA(45) 133 2 132 9 134 6 135 7 138.5 THETAI47) IJ5 0 135 8 137 5 139 8 141.7 THETAI48) 138 9 138 7 140 7 143 0 144.9 TMETAI49) 141 9 141 8 143 9 145 3 148.2 rHETAI501 145 1 145 1 147 3 149 7 151.5 THETAI51) 148 5 148 5 150 8 153 1 154.9 THETAI52I 152 1 152 1 154 5 156 7 158.3 THETAI 53

)

i 1" 9 156 0 158 3 150 4 151.8 THETA(54) . 160 1 150 2 162 4 154 2 165.4 THETAI551 ! 164 5 164 7 155 6 158 0 169.0 THETA(551 169 4 159 5 171 0 172 0 172.6 TH6TAI571 174 6 174 7 175 4 175 0 175.3 THETAI 58) 180 0 180 0 ISO 0 180 0 180.0 BHIHl 36 0 22 5 1 3 6 11 2 10.0

BHI 1 1 54 B 55 2 41 0 35 0 31.6

64

tr U.S. GOVERNMENT PRINTING OFFICE: 1965 O - 791-230

U.S. DEPARTMENT OF COMMERCE

WASHINGTON, D.C. 20230

POSTAGE AND FEES PAID

U.S. DEPARTMENT OF COMMERCE

OFFICIAL BUSINESS