inis.jinr.ruinis.jinr.ru/sl/ntblib/jinr-e4-3445.pdf · 1, introduction recently a new method for s...

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J.1H CTJ.1TYT ll.llEPHbiX J.1 CCnED OBAH J.1 .lly6 Ha I - ·• s = =r ! A. = I i .. E4 • 3445 }.Blank, I.N.Kuclitina · 'MATRIX ELEMENTS OF THE HAMADA JOHNSTON POTENTIAL . FOR THE HARMONIC OSCILLATOR WAVE FUNCTIONS ' - lf67r •,

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Page 1: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

OE'bE.llJ.1HEHHbl~ J.1H CTJ.1TYT ll.llEPHbiX

J.1 CCnED OBAH J.1 ~

.lly6Ha

I • -• • ·• s = =r

! A. • = I • i • .. ~

E4 • 3445

}.Blank, I.N.Kuclitina ·

'MATRIX ELEMENTS

OF THE HAMADA JOHNSTON POTENTIAL . FOR THE HARMONIC OSCILLATOR

WAVE FUNCTIONS

' -

lf67r •,

Page 2: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

E4 • 3445

J.Biank, I.N.Kuchtina

MATRIX ELEMENTS

OF THE HAMADA JOHNSTON POTENTIAL

FOR THE HARMONIC OSCILLATOR

WAVE FUNCTIONS

Page 3: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

1, Introduction

Recently a new method for s olving the integral equation for the re­

action matrix has been develo ped ( r ef.1). This method is based on the

use of the oscillator s ing le- particle wave functions a nd tra nsforms the

o rig inal integral e quation in a system o f a lgebraic e qua tions . The coef­

ficients of this system contain the matrix elements o f the chosen potential.x)

Thus if we solve our system for a g iven p otential and a given oscillator

frequency we must know a ll the matrix e lements involved,

Calculating them is a very te dious procedure s ince the inte rva l of

integration r a nges to infir.ity, a nd the integrands a re rather complica ted

functi ons a nd consequently a numerical method of integration must be used,

'the method described in r e f.1 h a s been a pplied for the calculation

of the g round state characte ristics o f He 4, o 16 and Ca. 40 ( ref,2 ), the

HJ- potential being u sed ( ref.3). The tables of all matrix elements which

occur in the system are p r esented for five values of oscillato r frequency

distributed around the shell- model values of thes e qua ntity for the conside­red nuc lei,

The tables can be simply modified for the potential of Bressel et a l.

( r ef.4) which has the same lo ng- range part as the HJ- potential and thus

the corresponding correction integrals a re restricted to a small interval

and can be simply calcula ted o r estimated.

X

Herea fter by a matrix e lement of a p o tential w hich contains a hard co­re, only the contribution of the regular ( outside the core) p a rt is meant. The total matrix element is of course infinite.

3

Page 4: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

The same refers to the application of the tables when the Scott- Moszkowski

separation method with oscillator single-- particle functions is used ( cf.ref.5).

2, Characteristics of the HJ- Potential

The general form of the HJ- potential is

V•Vc(x)+S 12 VT(x)+(t.S)VLS(x)+ L 12 VLL (x)

where the subscripts, C, T,LS, LL denote respectively central, tensor, spin­

-orbital and quadratic spin- orbital terms, x is the relative coordinate, f

the relative angular momentum and S the total spin of a pair of nucleons.

The operators S12 and L 12 are defined by

s 12- 3

~ .. ... ... (ul'x) (u 2 .x)

2 X

... ... ... ... ...2 ... 2 - ( u 1•u 2 ) , L 12 • [ 8 f l + ( u 1ou 2) ] f - (f. S )

The radial functions V 1 f..x) depend further on S and on the parity of f

Since for s-o only the central part is non- vanish ing x/ we have for a

given parity of f five different functions Y1 : y~) y!s-tly C ' T, ·yLS

and VLL • Hereafter they will be numerated in this order ( i • 1,2, .. 5 ), and

the Coulomb interaction which is taken into account as well is denoted

by V ( x). These functions are given in ref.3. However for odd V LL we 0

use the modification proposed in ref,6: for x ;t ·689 fm VLL remains

unchanged while for "c::; x ::;·689 fm ( x c- • 485 fm is the hard core

radius) VL!s a ·constant ( -37.28 MeV) which is chosen as to make

V LL continuous,

ons by multiplying

numbers by n , f

FUrther it is convenient to pass to dimensionless functi­xx/ '

each V1 by 2/(JJ • Denoting oscillator quantum ... ... ... the total angular momentum by j (i.e. j • f + S

and the total isospin and its projection by T, T • we get in the repre--

sentation defined by these quantum numbers, for a given (JJ

x/ The system of units with h· c• 1 is used.

xx/ The contribution of the V L L potential for s. 0 multiplied by - 2 .£ (t+ 1) ( ct. the. form of L u ) is included in V ~ 8

• 0 >

4

.

Page 5: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

...... +Bee· d s j le·s l es j > <i~-e <w) +

( 1)

(I )

Here I •. e. 'e, ( w ) d e n o tes the contribution of the i-- th part of potential

( i• 0 , 1, ••• ,5) a nd just these q u antities are tabulated. They are all diagonal

with r espe c t to e xcept of the tens or force ( i• 3) which gives non- va­

n i s h i ng c ons tributio n s for I e• - e I ·• 2 as w ell. H owever most of these non­

-diagonal terms can be expressed by the diagonal ones as will be shown

in the n e xt s ection.

3. Formulae for the Radial Functions

All the functions involved a re express ed in dependence on a dimen-

s io nless v a rio.b l e which i s related to the relative coordinate x

r-V~ x 2

where m i s the nucleon ma ss. Consequently a = v ~ x 2 . c

x c = .48 5 fm- the h a rd core r a dius) is the lower bound of integration.

Note tha t the integrals depend on w ( or a ) not only by means

by

of the l ow er bound, s ince the potential functions are giver1 in dependence

o n p • 11 x x) ( 11 is the averaged pion mass equal (1.415)- 1fm- 1 ).

H ence p a ssing to the variable we obtain the integrand dependent

e xplicitly on a. Thus we mus t integrate for each value of a. over the

c o mp lete interval ( a , + .. ) .

·x) The Coulomb interactio n form V ( x ) • ___IL_ __!__ •

0 137 p

if expres sed as a function of h a s p

5

.the

Page 6: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

Two basic radial functions appear in the method of ref.l. First of

them is R nf ( r) which describes the radial motion of an oscillator with

angular momentum 3

and energy (LJ ( 2 + 2 n + e )

~(-- 2n! ~f+l cf+-{-> 2 R n t r ) • y ~---- 3 r exp ( - r 2 /2 ) L n ( r )

f(n + f+T)

where L is a Laguerre polynomial as defined in ref. 7. The normalization

relation reads

joo 2 [ R o ( r)]

!I n L d r • I .

For the numerical treatment it is convenient to express the Laguerre po­

lynomial by means of the confluent hypergeometric function (ref. 7) which

leads to

"· (.rl- f ;-;; K 0 C 0 r f + 1 exp ( - r 2 / 2 ) F ( - n , f + ...!_, r 2 )

.L n L I I 2

where

2 f + 1

ii ) . I( f (2f+l)!!

c n e· J•l

2j+2f+l

2 j

( 2)

( 3)

The second function is c' f) ( r. r') m which is defined and studied in detail

in ref,l. We recall its most important property

+oo

I 0

Gcf> (r,r')l(r')dr'• I n•O

n fa m

I 4(m-n) o

R nf (r) +oo R nf ( r ') f ( r ') d r

which is valid for any quadratic integrable function f. For applications

connected with the calculation of matrix elements only the special case

r-a, r ' ~ a, m• 0, ~ 1, + 2, ••• is of interest. The corresponding formula

reads

(f) -G m ( a, r' ) • - M _ m, f ( a ) W _ m, f ( r ') ••• m • - I , - 2 , ••

6

Page 7: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

2 p -

1-)R f(a)R f(r')+

2p-l m m

m • 0, I, ...

where C is the Euler constant. The functions W and W which enter

the integ rals will be specified later.

Now w e can list all the integrals occuring in the method of ref. 1

( i- 0,1 ••• 5 ):

where

[ 0 l

[ I )

[ 2 l

[ 3 l

[ 4 l

v ( r) I

+oo f Rmf(r)v

1(r)R.f(r)dr

• ·~ J \Vmf(r) v

1(r) Rnf(r)dr

+"'

J •

1Vmf(rlv1

(r lR.f(r)dr

+oo 2

f . [wme<r>l v 1

( r) d r

+oo f

- 2 [wmf(r)] v ( r) d r

• I

is related to V ( x l I

v ( r) I

2 . --by

Note that integ rals of the type [ o ]

m• 'O,l,2, ... n• 0,1,2, ...

mm0,1,2, . .. n•O,l,2, .. (5)

m•l,2,3,, .. D•0,1,2, ...

m • 0,1,2, .. .

Pi~ 1,2,S, ...

are symmetrical with respe-ct to

n, m and hence it is sufficient to calculate them for n ~ m only.

As to the norr- diagonal integrals for the tensor force the following

recursion relation lea ds to a straig hforward expression of the types [ O I, [ I ] , ( 2 j by means of the corresponding diagonal integrals

Rn, f+2• --;:::===::::-[r.Rn-t,f+2 (r)+jn+f++R.e(rl-J;.;:IR,.+4 f (r)J.

/n +f+-5-2 (~.)

Only the integrals

7

Page 8: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

+oo +oo f R00 ( r )v

8(r)Wm

2(r)dr , f R

00(r)v

8(r) Wm

2(r) d r

cannot b e evaluated by means of ( 6) and they have been calculated sepa­

rately as well as the n o rr- diagonal integrals of the type [ 3 ] and [ 4 ]

(see tabl e 1).

Now we s h a ll define the functions \Vmf and IV m f

I. ( r 2) - 1

w t•>--• e a e 1 m Vr -m+-;- +4'2+'7

where .,.>. P. i s the Whittaker function (ref. 7) . For r not too l arge , say

r $ b (the value b-2.5 has been chosen for the numerical calculation),

the W::. functio n c a n be calcul<?-ted by means of the hyper geometric functionx)

where

f+l 2 W n ( r ) • _1_ [ r exp ( - r I 2 )

mt. m t

+F~ 2 e +I Ke

C m, -f- 2

exp ( r2 I 2)

C a nd K are d efined by ( 3) .

3 2

1 F I ( m , f + -

2- , 1 ) +

(1)

1 F

1 (1-m,~ -f, - r

2 ) J

For r > b formula ( 7 ) is not convenient for a numerical trea t.mnent,

since W which te nds to zero for r .. .., • i s expressed as a difference

of two diverg ing functions. The following asymptotic for mul a is u sed irr­

si:ead of ( 7 )

where

n• -2m+f+l

W n ( r ) • exp ~r 2 I 2 ) r ( I + L ak(r)) m L ka1

8 k+l(rl---~-2

r

a k( r ) I -- ( m + k. ) ( m .+ k. - e - -- ) k.+l 2

m(m-f-+) a

1 ( r ) .. -

( 8) k. • I , 2, . .•

x) The confluent ' hypergeometi-ic functio n is calcula ted b y means of its Taylor series, which c o nverges very

6rapidly for a ll values o f par ameters,

with an absolute e rror less than 10 •

8

Page 9: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

'The upper bound in the sum has been chosen in tlependence on r

a ccording to the following . conditions

a { r ) k +I

----- \ < I a { r )

k

and \a \ > 10-7

k a 1,2, ... , n k

If these con ':iitions are not fulfilled for any k > 0 (this case can occur

only if is near to b ) we take

-2 m + e +I 2 r exp {- r /2 ). w me< f) D ----- - ----:-- -

2 -2 m +e+l exp {- b / 2) b

n. 'The general formula for w me is rather complicated and here

only explicit expressions for • 0,1,2 w ill be given (for the n otatio n see

eq. ( 3)):

( 9) 1 -A lr)-8

1{r) ea1

2 r m+f m+

3 --A

1{rl---8

1{rl-A <r> ... e-2

4 r1. m + 2 r m + m+ 2

The functions A 0

{ r l 8 0

{ r l are defined recursively by mea ns of two

il. . f ti H1 + l { ) i - l { ) h . h t ' al t th H "t aux tary unc ons 0

r , 0

r w tc are p rop Qr to n o e ermt e

polynomials of degree 2p- 2 a nd 2p-1 respectively , multip lied by exp ~r 2 / 2 l.

For calculating them, recursion relations are again the most convenient.

'Thus we have

8 1 ( +l

{rl•(p-- )8 {i)-rA {r)+H {r) 2 p-I P • P

(-) (+) (-) H ( rla-r H (r)+(p-l)H (r)

p p p -1

u1+) { r) P +I

1 (+) • r H (- '< r ) + ( p - - } H { r )

p 2 p

A { r) • p A { r } + r B { r } - H 1 _, { r ) p+l p p p

Finally B 0

{ r ) a nd A 1

{ r ) a r e defined by

p = 1, 2, ...

"I' t 2

B 0

{ r ) • - exp ( - r 2 / 2 ) [ C + 2 In 2 + 2 \[Ti' J e [ <ll ( t ) - 1 I d t I

9

( 10)

Page 10: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

A 1

( r) = r B 0

( r) + Vrr exp ( r 2 / 2 ) [ cl> ( r)- I )

w h e r e C i s the E ule r con stant a nd

1' <ll ( r) a J ,;-;;

2 -t

dt-2 r F (_!_ , ~,-r 2 ) .

I 2 2 .;-;;

( 11)

Her e again the tro uble w ith numer ical a c c ura c y a ris e s b y ev alu a ting the

expressi o n

exp ( r 2 / 2) ( ¢J ( r ) -I ) .

F'or small values o f we can u s e directly the fo rmula fo r the 1 F 1 a nd

s imilurly the integr a l in ( 11) can be expressed as a diffe r e n ce o f two

rapidly conve r gent series

1' 2

2 y7;" J e t ( ¢J (I ) -I ) d t a L n :a 0 n +

(2

ra)n+l

(2n+l) !! ( 12 )

r- I 3 2 -2yrr r 1F

1 (-,-. r ) .

2 2

H owever f o r l a r ge r ( in our case r > 2 . 5 ) w e must use the fo l-

lowing a s ympto tic rela tio n ( r e f. 7 )

2 n- I k 2k r

[<l>(rl-1 l- _:_:_ (-I)

e I. + • Z n ( r) ( 13 ) .r;r, ( 2 It - I) ! ! r 2k

kaO V rr

w h e r e ., Z n ( r) \ <

2 --(2n-ll !t 2 n + 1

r

and con s eque ntly f o r r > y 2 we g et a g o od a ccura c y r e ta ining only few

te r ms ( we put n• 6 ). The inte rval of i nteg r a tio n in ( 1 1 ) i s then divided in.

two p a rts : <0, 2 .5 > a nd < 2 .5 , r > The integ r a tio n over the

firs t inte rval i s perfo rme d a c c ording to e q. ( 12 ) w hile for the sec o nd in­

te rva l w e integr a te dire ctly the rig ht- h a nd s ide of ( 13).

The accura c y o f these methods fo r dete r m ining o f W a nd W h a s been

tes ted as d escribed in the n e xt sectio n.

10

Page 11: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

4. Arra n gement a nd Accuracy of the Tables

For the numerical integ r a tion the R omberg method h as been a dopted

( r ef.B) . However the determination o f the accuracy has been modified. Let

u s denote the result after the n--th iteration by Then the accuracy

parameter is compared w ith

if

or if n < 5 ( n- 5 means tha t the integra nd i s evalua ted in 32 points of

the basic interval of integration) . In the remammg cases is compa-

1 -4

red with - I n _ 1 • The value t •10 has been taken throughout

the tables.

The integration starts with the "basic interva l" < a, 3 > (note

tha t the values of a r ange from .168 to . 267) which should give the main

contributio n. Let us denote the res ult by t Then integrals j n over· in-

tervals < n, n+ 1 > ( n- 3 , 4 ••• ) are calcula ted a nd a dded to l, and for

each of them the qua ntity t n i s determined by

where

(na { l inl if

li n/J' J

I} J <I

i, + 1 .

This process i s continued until for three s ubs equent 'h the values

are less than . Thus the l owest value fo r the a pproxima ted u pper

bound of integration. i s 6 .

The accuracy o f this appr oximation of the upper bound has been - 6 :...7

tes ted by calculati <ng some integrals with l •10 and t •10 •

It turns out that: ( I) the change in from 10-6

to 10-7

a ffects the

value o f the con s i dered integr a l s less tha n i s the a ccuracy of the compu­

ter ( 9 dig its ) a nd consequently the values so obtained may be consi.­

dered as exact.

( II) if t •10-4

then for integra ls with the absolute value

a t least four dig its behind the decima l point are exact, while for the

other s a t least three digits behind the decimal point a re exact.

11

< 1

Page 12: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

The accura cy o f the methods for calcula ting W a nd W desc ribed

in sec.3 h as been tested putting V 1

( r ) a 1 • In th i s case exact f o r-

mulas for the integr a l s of the firs t three types in ( 5) can be derived

since all the functions involved a r e solutio n s of the differential e qua tio n

d 2 [ -~~- 2

d r 2 - r e ( £2+1 l -A j £<2 ( r l = g < f' ( r l

r

for differe nt values of A a n d d iffere nt rig ht- hand s ides ( r ef.1). Compa--

ring them w ith the nume rica l calculations performed w ith

- 7 obtai n an e rro r l ess than 10 •

- 6 • 10 we

In table 1 the non- diagona l integrals for the tensor force ( i a 3)

a r e g ive n , E ach column contains 18 integrals for a g iven i\ i n the fo l­

lowing order ( again only integ r a l s w hich have been u sed in r e f. 2 are

l i s ted) :

+oo f IV (r) v ( r )W (r ldr

mO 3 m -1 ,2 Ill= 1.2

+oo -f w 1,2 ( r)v a ( r ) ~~'oo( rl dr

+oo

f Wm 0 ( r ) v3

( r ) \Vm+l.2

( r ) d r m a 1, 2, . . . , 6

+ oo

f R0 0 ( r ) v 3

( r ) W m 2

( r ) d r m = 0, I

+ oo f R ( r )v ( r) W ( r) d r

0 0 3 m 2 m= l ,2, ... ,7

I n tabl e 2 th e values of integrals diagon a l with respect to r are

g iven. The y are subdivided according to the values of parameter a ( w )

and e • The fo llowing values of have been considered: a •.267,

.246,.221, . 197, .168 which corresponds t o w =2 5 .10, 21.31, 17.20, 13. 67,

9 .94 MeV. For each equals 0 , 1,2 i.e. we h a ve 15 pairs of va-

lues a These values are i ndica t e d at the head of each p age.

Futhe r each page cons i s ts of seven colutnns. The very left one i s a n

" ind ex col umn" a nd contains in e ach row three integer number s : firs t

o f them denotes the g ive n type, the second refers to index m and

the third t o index n of int egr als placed in this row ( fo r the notation

12

Page 13: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

cf, eq. (5)). Further the ( i+2)-th column (i•0,1,2, ... 5) from the left

contains integrals (with indices a s given by the "index column") for the

potential v 1 (e.g . the second column from the left contains Coulomb . in,..

· teg rals, the third central- singlet integrals etc)~/ The limitation of indices

e I m n corresponds to the limitations used in ref,2.

An ALGOL- 60 programm for tt-ie calculati on of integ rals is availa ble, I

The authors would like to thank to _:Professor I. Uiehla for permanent I

interes t in this work. The technica l help of M.Plchova is g reatly apprecia-

ted.

R e f e r e n c e s:

1. J.Blank (to be published in Czech.Journal of Physics) I

2, J,Blank, l,Ulehla, preprint (Dubna, 1967)

3. T,Hamada, !,Johnston, Nucl,Phys., ~ ( 1962) 328

4. C ,Bressel, A,Kerman, E,Lomon: Bull.Am.Phys.Soc., .1Q_( 1965) 584

5 . T ,Kuo, G ,B rown, Nucl.Phys., 85 ( 1966 )40

6. T .Hamada et al . Progr.Theor,Phys., _;u_ ( 1965) 769

7. I,Gradstein, I.Ryzhik., 'Tablicy integra lov ... 4-th ed.

( Fizmatgiz-Moscow, 1963).

8 , F ,Bauer, ,CACM !_ ( 1961) 225

CACM .!2_ ( 1962) 169 and 281.

R ecived by Publishing Department

on July 18, 1967.

x/ For e • 0 the last two columns are e mpty, since the spin- orbital and quadratic spin- orbital integrals a re multiplied by zero· in ( 1). On the other hand the tensor integrals for f~ 0 are necessary for the cal­culation of the nondiagonal integra ls e. 0, e -·- 2 ( cf, ( 6)).

13

Page 14: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

il

IX)

"'

..

..... :

..

"' "'

..

"' ..,., "'

<f

"' "'

<f

co t"'\ r-- \0 I""'\ .. 0 M I'""\ I""\ 0\ 0\\0N...tOt-t'--­..:t oct ,.... C\J 0\ 0\ r-t

"' "' "' IX) "' 1' co 0 C\J \0 ,.... .. ('IJ C"'J ,....,

..... '"' ..... I 1 1

. .... n M n r- ~ 1""'\ ~ ~ ...t ~ o lt'\ONO\r-t00\0<\ICOt­OOV'\\OIC'\If\11'\C\ItOI""'\a>

• •0\CD rl\0 Q)ll'\t"--U"\0 1 • • • • •••

It\ co Q) .. It'\ ,.... C\1 f""'' t- r-- ("'\ r-t

1 I 1 1

..... '"' C\J 0 0\ \0 r- \0 If\ co co 0 0\ 0 co 0\ ..... \0 0 N It'\ M t- \0 N n t- 0 \0 CO ...t r-t \0 0 N CO 0\

~ ~ ~ ~ ~ ~ ~ ~ g ~ ~ p ~ g ~ ~ ~ 8 0 t"'\ 0 • • • • . • . • . • .•.• M •0\0\0\ 1 r-1\0\0r"\ll\COr-t

0 CO \0 M If\ It'\ C\J

"' 1'

~ g ~ ~ g ~ ~ ~ ~ ~ ~ ~ ~ r- n r- ...t r-t M 00 r-t 0\ 0\ \0 0\ M 0 0\ If\ 0\ 0 N ll\ CO t- "lit r- \0 \0 "" o co n o o • n 0\ r- \0 It'\ II'\ r- •

"' ..... "' I I \0 co U"\ If\ "' . 1'

•••• If\ r-t ..,. C\1 0 0\ If\ .. ,.... • • •

• .. (7\ \0 r-t .....

.... '"' "' ..... 0 ..... 0\ o • 0\ n n co • 0\

~ ~ ~ ~ ~ g ~ s ~ ~ ~ ~ @ ~ ~ N 0 t- N 0 0 t- ...t N t"'\ 0 \0 r-1 r-t 1""'\

0 f""\ t- M C\1 0

N 0\ , N '"' .... . "i

. . .. ..... 0\ 0 t"'\ ... IX) '"'

1

.... . "' t"'\ I"'\ It'\ .. ,....

'"' ..... 1 I I

r- 0\ 0\ M It'\ r- n a> • 0\ o r- \0 0\ ..:t r-t 0\ CO rl 0 0 N I""'\ ..:t IC'\ 1""\ If\ \0 t- 0\ \0 0\ 0\ If\ \0 r-t co • r- o n m "' r- n m o \0 N 0\ M 0 N a> \0 t- 0 0 CO Cl) \0 ll\ \0 CO 0\ M 0

• • • • • MoO..Ot- • • • • C\11""'\<o:t t-r-1 • • •• • eOt'--C\It"'\ I It"'\~~~ I I I\Or"'\7<-t'1

14

&• .267

0 0 0 0 0 0 0 2

0 0 3

0 0 'I 0 0 5 0 0 6 0 0 7

0 0 8 0 0 9 0 0 10

0 0 11 0 0 12 0 0 13

0 1 1

0 1 2 0 1 3 0 1 'I

0 1 5 0 1 6 0 1 7 0 1 8

0 1 9 0 1 10 0 1 11 0 1 12

0 1 13 0 2 2 0 2 3

0 2 'I

0 2 5 0 2 ' 6

0 2 7

0 2 8

0 2 9 0 2 10 0 2 1l 0 2 12

0 2 13 0 3 3

0 3 'I

0 3 5 0 3 6 0 3 7 0 3 8

1·0

.0663

.023 2

.0131

.0083

.005'1

.0035

.0021

.0011

.0003

.1}00'1

.0009

.0013

.0011)

.0019

.0523

.0215

.0128

.0083

.0055

.0035

.0020 .0010

.0001

.0006

.0011

.0016

.0019

.0'1'15

.0195

.0119

.0078

.0051

.0032

.0018

.0008

.0001

.0008 .0013

.0018

.0391

.0177

.0109

.0072 .00'17

.0029

- 3.3276 - 3.3180 - 3.0882

- 2 .8086

- 2 .5 230 - 2.2'!6'1

- 1.98'!5

- 1. 7392

- 1.5108 - 1. 2990

- 1··1029 .9216

.75'12

.5997

- 3.5'176

3.'1027

- 3.1511 - 2.8677

- 2.5800

- 2.2998 - 2.0322 - 1.7796

- 1.5'127 - 1.321'1

- 1.1155 .92'11

.7'167 - 3.3790 - 3.1968

- 2.9527

- 2.6873 - 2.'1189

- 2 .1563

- 1.90'12

- 1.66'16 - 1.'1387 - 1. 2265 - 1.0281

.8'130 - 3.097'1

- 2.9108

- 2.68'!0 - 2.'1'120 - 2.1977

- 1.9579

Table 2

- 1.0381 .9132 .7699 .6'!32

.53'16 .'!'118

.3622

. 293'1

. 2338

.1819

.1365

.0967

.0617

.0309

.9525

.85'1'1

.7380

.6277

.5283

.'1'103

.3627 .29'!3

.23'10

.1808

.1337

.0920

.0551

.8361

.7566

.6628

- .5696 .'1833

.'1050

.33'15

.271'1

.21'19 • 16'16 . u96

.0795

.7270

.6616

.58'12

.5061 .'1319

.3632

- 2. 0979

- 1.8'181 - 1.57'11 - 1.3381

- 1.138'! .9679

.8208

.6925

.5796

.'1797

.3906

.3109

.2393

.17'18

- 1.9539

- 1. 773'1 - 1.5528 - 1.3'!'10

- 1.1565 .9901 .8'127 .7116

.59'15 .'!897 .395'1

.3105

.2338

- 1.7558 - 1.6092 - 1.'1287

- 1.2'!96 - 1.0828

.9309

.7936

.6696

.5578

.'1566 .3650

.2820 - 1.5616 - 1.'1381

- 1.2871 - 1.1332

15

.986'1

.8500

Page 15: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

n• . 26 7 0 3 .;

0 3 10

0 3 11 0 3 12

0 3 13 0 y 'I

0 'I 5 0 'I 6

0 'I 7

0 'i 8

0 'i 9 0 'I 10

0 'I 11 0 'I 12 0 'i 13 0 5 5 0 5 6 0 5 7 o 5 a 0 5 9 0 5 10 0 5 11

0 5 12

0 5 13

0 6 6 0 6 7 0 6 8

0 6 9 0 6 10 0 6 11

0 6 12 0 6 13

0 7 7 0 7 8

0 7 9

0 7 10

0 7 11 0 7 12

0 7 13

0 8 8 0 8 9 0 8 10

o a 11

o a 12 0 8 13 0 9 9

1 ·0 . 00 16

. 0006

. 000 ;:>

. 0009

. 001'1

. 0352

. 0 162

. 010 1

. 0066

. OO'i3

. 0027

.0 0 1'1

. OOO'i

. OOO 'i - .00 10

, 0322

. 0 1'19

. 009'1

. 0061

. 00'10

. 002'1

. 0012

.00 03

- ,O OO'i

. 0 298

.0139

. 0 087

. 0057

.0037

. 0022

. 00 11 .0002

. 0 279

. 0 130

, 0082

. 005'1

.0035

. 002 1

. 0010

. 0262

. 0 123

. 0077

. 005 1 , 0 033

. 00 20

. 02'1 8

- 1. 7266

1. 5057

1. <>963 - 1. 0989

• :1135

<' .7876 - 2 . 609'1 - 2 . '1 030

2 .1851

1 . 9653 - 1 . 7'189

- 1.5393

1. 338'1

- 1.1'171 . 9660

- 2 .'1826

2 . 318 1 2 .1325

- 1. 9378

- 1. 7'112

1.5'173 - 1.3587

- 1.1772

- 1.0038

2 .1966 - 2 . 0'175

- 1. 8820

- 1.7088

- 1.5338 - 1.3607

- 1.19 18 - 1.0286

- 1. 9353 - 1. 8018

- 1. 6550

- 1.5017 - 1. 3 '1 6'1 - 1.1922

- 1 .0'11'1

- 1. 7005

- 1 . 58 2 1 - 1.'1526

- 1.3172

- 1 . 1797 - 1. 0'128 - 1.'1921

. 3003

. 2'133

.19 18

.1 '153

. 1036

• 63 13 . 5770 . 5 126

.'!'165

, 3826 . 322'!

.2667

. <'156

.1690

.1266 . 5 '1 9 1

. 503 6

. '!'196

. 3932

.3379

.2853

. 2360

.1903

.1'!83

.'!789

.'!'!06

.39'!9

.3'167

. 2987

. 2525

. 2088 .1680

.'1 193

.3869

.3'i'i 6

. 3065

• 26'!7 . 22'11

.1853

. 3687

.3'!13

.3081

.2722

. 2357

.1998

.3260

16

- .72'!8

. 6 105

.5 063

. 'i ll'!

.3 <'50

1 . 383'!

1. 2778

- 1.1'!95

1. 0 165

. 8873

.7655

. 6523

.5'180

. '15 2 1

. 36'13 - 1. 2237

1 .1325 - 1. 0225

. 9069

.793 1

. 68'i'l

. 5825

.'1877

.'iOOO

1.0821 1.0031

. 9080

. 8071

.7066

.60 97

. 5 180 .'!32 1

. 9573

. 8886

. 8061

.7178

. 6289

. 5 'l2'i

.'1599

. 8 '178

.7881 • 71 63

. 6388

.5600

.'1828

. 7523

l..

a•.267 0 9 10

0 '} 11

0 9 12

0 9 13 0 10 10

0 10 11

0 10 12 0 10 13

0 11 11

0 11 12

0 11 13 0 12 12

0 12 13

0 13 13

1 0 0 1 0 1

0 2

1 0 3 1 0 'i

1 0 5 1 0 6

1 0 7 0 8 0 9 0 10

0 11 1 0 12

0 13

1 0

1 1 1 2 1 3 1 'i

1 1 5 1 1 6 1 1 7

8

1 1 9 10

1 1 11

1 1 12

1 13 2 0

2 1 2 2

1 2 3

1·0 . 0117 - 1.3879

.0'07'1 - 1.27'!0

.00'!9 - 1.15'!8 ,0032 - 1.033'1 • 0237 - 1.3088

.0112 - 1. 2177

.0071 - 1.1180

.00'17 - 1.0133

. 0226 - 1.1'190

.0107 - 1.0698

.0068 . - .9829

.0 218

. 010'1

.02 10

- .0189 - .02'10 - .o 186

- .01'16

- .0116 .0093

- .007'1

- .0058 - ,00'15

.003'1

- .0025

- ,0016 - .0009

- ,0003

.0118

.0026 - .0109 - ,0101 - .0087

. 007'! - • 0062

- ,005 2

- ,00'!3

.0036 - .0029

- .002'!

- . 00 18

- .001'! • 0 12'!

. 0 150

. 0097

. 0053

- 1.0108

. 9 'i2'i

.8923

2.9522 3, 2335 3. 2182

3.0887

2 .9066 2 .699'1

2.'!816

2.2613 2 .0'i3'i

1.8308

1.625'!

1.'!283 1.2'!00

1.0609

,89'!7

1.1331 1.2551 1.300'! 1.2977

1. 26'i'i 1. 2 112

1.1'!52

1.0710

.9919

.9101

.827'!

.7'150

.6637 -.1786

.0620

.0762

.1993

.3027

. 27'!2

• 2'!31

. 2 111

.2898

.2702

.2'!57

. 2 186

.2595

.2'!28

. 2217

.23'!0

. 2199

.2128

.7159

.7631

.7319

.6758

.6119

.5'168

.'!835

.'i23'i

.3668

.31'!2

.2652

.2201

.178'!

.1'!00

.09'!6

.182'!

. 2397

.265 2 . 2709

. 26'19

.2520

. 235 2

. 2151

.1961

.1757

.1555

.1358

.1168

.17'18

.1310

. 0639

. 00 15

17

.700'!

.6377

.5695

.'1996

.6692

.62'!1

.569'!

.5093

.5972

.5581

.5103

.5351

.501'!

.'!820

1.5118 1.6297 1.5816

1.'!795

1.3591 1.23'!3

1.1128

.9929

.8803

.77'!0

.67'!0

.580'!

.'!928

.'!110

.2565

.'i'i83

.569'i

.6213 .6305

.6150

.5855

.5'!81

.5065

.'!630

.'!19 1

.3756

.3331

.2920

. 2875

.19-78

.06'1 2

.0578

Page 16: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a=.267 1 2 'i

2 5 2 6 2 7

2 8 2 9

" 10 2 11

2 12 2 13

2 1 0

2

2 1 2 2 1 3

2 1 'i

2 1 5 2 1 6

2 1 7 2 1 a 2 1 9 2 1 10 2 1 11 2 1 12

2 2 0

2 2 1 2 2 2 2 2 3

2 2 'i

2 2 5

2 2 6 2 2 7

2 2 'l

2 2 9 2 2 10 2 2 11

2 3 0

2 3 2 3 2 2 3 J

2 3 'i 2 3 5

2 3 6

2 d 7

2 3 8

2 3 9 2 3 10

1=0 . 006<!

. 0059

.0053

. 00'1 3

. 0 0'1 2

. 0037

. 0033

. 0029

. 0025

.0021

. 0566

. 0'1'1 2

. 035 2

. 028 '1 ,0 231

.0187

.0151

.01 21

. 0096

. 0073

. 005 '1 . 00 37 .OC23

. 0299

.0268

.023 0 • 0195

. 0 165

. 0139

. 0116 . 0096 .007 9

. 0063 . 00'19 .0037

. 0 100

. 0 096

. 0085

. 0075

. 0065

. 0055

. 00'17

. 00 '1 0

. 0033

.0027

.0022

. 2:130

.35 98

. '10'18

.'1326

.'1'!71

. '1510

.'1'168

.'1362

.'1206

. '1013 6 . 3936

- 6.9126

- 6 . 8'128

6 .5517 - 6 .159 'i

- 5. 7195

- 5 . 2600

'1.7966 - '1.3388 - 3. 8925

3.'1611 - 3 , 0'J67

- 2·6508 - 'i . 2120

'l.6205 - •L6276 - 'i.'l779

- 'l.2'l97

3 . 980 '1 - 3.6909

- 3 . 3933 - 3 .09'18

- 2 . 7997

- 2 . 511'l - 2 . 23 18

1.5 988 - 1.7666 - 1 . 7811

1.7333

- 1. 6537 - 1. 5570

l. Y.51 0

1.3'105

1. 2285 1.1170

- L u072

. 0'13'1

. 0739

. 09'1 1

. 1056

.111'1

.1131

.1 118

.1083

.103 '1

.097'1 1.595'l

- 1.635'l - 1.5'153

1.'l18 1 - 1. 2810 - 1.1'i'l'i

- 1.0129

.8883

.7715 J:J599 .561'l

- .'1677 - .3811

. 9936

1.0'193

- 1.0135 . :1'19 '1

. 8729

.7920

.711'1 - .63::!3

.5587

.'1877

.'1207

.3577

.36'19

, 3909

. 3826 .3620

.3360

.3078

. 2791

. 2506

. 2230

.1965

.171 2

18

• 1 '1'13

.1997

. 2325

. 2'1 96

.2558

. 25'1'1

. 2'179

. 2377

. 2251

.2109 - 3,3701

- 3.'1918 - 3 ,3'111

3 .1098 - 2. 8533

- 2. 5 931

- 2 .3385

- 2 .0939 - 1.8611

- 1.6'111

- 1.'1337

- 1 . 2390 - 1 . u563 - 2. 13'15

2 . 2768

- 2 . 2276 - 2 .1112 - 1. 9671

1. 8121 - 1.65'16 - 1. 'l9'Jli

- 1.3'178

- 1. 2022 - 1.0631

. 9308

- . 7931

.8580 - .8'l92

.81 28

.7639

.7093

.65 2'1

.5::152

.5388

.'18 '10 - .'1311

~ a~ . 267 2 'i 0 2 'i 1 2 lj 2

2 'i 3 2 'i 'i

2 lj 5 2 'i 6 2 'i 7 2 'i 8

2 lj 9 2 5 0

2 5 2 5 2

2 5 3

2 5 lj

2 5 5 2 5 6 2 5 7

2 5 8 2 6 0 2 6 1 2 6 2 2 6 3 2 6 'i 2 6 5

2 6 6 2 6 7 3 0 3

3 2 'i 1 'i 2 lj 3

'i lj

lj 5 'i 6

1=0 . 0025 • 002'1 .0022

.0020

.0013

.0015

.0013

.0011 .0010

.oooa

.0005

.0005

.0005

.OOO'i

.OOO'i

.0003

. 0003

.0002

.0002

.0001

.0001

.0001

.0001

.0001

.0001

.oooo

.0000

.0165

.0095

.0111

. 0785

.0301

. 00'!2

. 000 3 , () 000

. 0000

.'i 2U9

.'1762

.'1822

.'1711

.'15 12 • '1 26'1 .3987

. 3697 . 3'100

.3103

. 0892

. 099'1

.1010

.0990

.0951

.0901

.08 'l5

.0785

.072'1

.0152

.0170

.0173

.0170

.0163 .0155

.01'16

.0136 - 3.1927

.7285

.3088

-1'1.5900

- 6.882'1

- t .0'!86 .0788 . 0035

. 0001

. 0956

. 103'1

.10.20

. 0972

.0909

. 0838

.076'!

.0691 .0619

.05'19

.0195

.0213

.0211

.0 202

.0190

.0176

.0161

.01'17

.013 2 - .0033

.0036

.0036

.003'1

.0032

.0030

.0028

.0025

.6862

.1633

.1156

3.15 61

1.'1006

.2066

.0152

.0007

. Oc; OO

19

. 2093

. 22aSJ

. 2283

. 2200

. ;!030

.1::1'11

.1795

.16'16 .1'1 98

.1352

. 0'132

.0'17'1

.0'176

.0'160

. 0'137

.0'110

.0381

.ossa

.0320 - .0073

.0080

.0081

.0079

.0075

.0071

.0066

.0061 - 1.528'1

.382'1

. 23'16

- 7 .038'1

3.2176 .'183'1 . 0960 . 001. 6

. 0001

Page 17: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a=.267

0 0 0

0 0 1 0 0 2

0 0 3

0 0 'I

0 0 5 0 0 6

0 0 7 0 0 8 0 0 9 0 0 10

0 0 11 0 0 12 0 0 13

0 1 1 0 1 2 0 1 3

0 1 'I

0 1 5

0 1 6 0 1 7

o 1 a 0 1 9 0 1 10

0 1 11 0 1 12

0 1 13

0 2 2

0 2 3 0 2 'I

0 2 5 0 2 6

0 2 7

0 2 8

0 2 9 0 2 10 0 2 11

0 2 12

0 2 13 0 3 3

0 3 'I

0 3 5 0 3 6 0 3 7

0 3 8

l=t

. O'l7'1

.01'18

. 0083

. 0055

. 00 '10

. 003 1

. 002'1

. 0019

. 00 16

. 00 13

. 0011

.0009

. 0007 .0006

. 0'12'1

. 0167

. 0102

. 007 1

. 0053

• 00 '11

.0033

. 0027

.0022

. 00 18

. 0015

. 0012

. 0010

. 0390

.0171 • 0110

. 0079

. 0060

.00'17

. 0038

. 003 1

. 0025

. 0021

. 00 17

. 001'1

. 036'1

. 0170

. 0 113

. 0083

. 006'l

. 0051

1 . 7858

2 . 5510

3 .1511

3.6305

'1 . 0092 '1.3030

'1. 5256

'1.6835

'1. 8009 '1. 8 707

'j . 90'1 1

'1 . 9066

'1. 8827 '1. 8 361

3 . 8319

'!. 7336

5 . '1386

5 . 9996

6 . '1'115. 6 .7818

7.0352

7. 21'13

7.3296

7.3902

7.'1038

7.3769

7 . 3151 5 . 9232

6 . 8 178 7 . 5 193

8 . 0738

8 . 5058

8 . 8327

9 .0 68'1

9 . 2251 9 . 3132

9 . 3'120

9 . 3 192

9 . 2517 7 . 89'18

8 .72'1'1

9 . 3735

9 . 880'1 10. 2680

10 . 5523

. O'l06

. 0585

. 0626

.0605

.0560

. 0507

. 0'15'1

.0'103

.0355

. 03 12

. 0273

. 0 237

. 0205 . 0177

. 071'1

. 0802

.0819

.0790

. 0737

. 0673

. 0607

. 05'13

. OY.83

.0'126

. 037'1

.0327

. 0283

. 0871

. 091'1 . 0913

. 0877

. 0823

. 0758

.0687

. 0618

. 0552

. 0 '190

.0'133

. 0379

. 09'19

.0967

.0955

. 09 16

. 0861

.0796

20

• 1 '110 . 1201

. 0966

. 0783

. 06'17

. 05 '17

. 0 '171

. O'i1'l

.03 69 • 033'1

• 0306

. 0283

. 0 26'l .0 2 '18

.1506

.1386

.119Y.

.1019

.0875

. 0761

. 0671

.0599

. 05Y.2

.0'195

. 0'156

. 0'1 2'1

.0396

. 1539

.1'158 .1306

.1152

.10 17 ,0903

. 0809

. 0732

.0668

. 061'l

. 0569

.0530

. 1553

.1'193

.13 71

. 1237

.1 113

.1005

. 2722

.3808

.'162'1

.5086

. 5360

. 5500

. 55'1 2

. 551'l

. 5'13 2

. 53 12

. 5162

.'1992

. Y805 .'1608

.55'11

. 6627

.73 '1 5

. 7798

. 8057

. 8168

. 8170

. 8087

• 79'11

. 77'16

.751'1

.7255

.6977

.7968

. 888'l . 9'193

. 9867 - 1. 0060

- 1.0112

- 1.0056

. 99 1'1

.9706

. 9'i 'l8

. 9 150

. 882'1

. 9961

- 1.0701

- 1 . 118 2

- 1.1'158 - 1.1573

- 1.1558

. OO'l8

. 0077

. 0 103

. 0 128

. 0150

. 017 1

.0189

. 0203

.0 2 15

. 0225

. 0232

. 0237

. 0239 . 02'10

.01 23

.016'1

.0 201

.0 23'1

.0262

. 0287

. 0308

. 0325

. 0338

.03'18

. 035'1

.oss,8

.0359

. 0217

.0263 .030 2

.0336

.0365

. 0388

.O'l09

. O'l2'1

. 0'136

. 0'1'13

.0'1'17

.O'l'i8 - . 0315

.0359

. 0397

.0'!29

. O'l56

. 0'177

a= . 267 0 3 9 0 3 10

0 :; 11

0 3 12 0 3 13

0 'l 'l

0 'I 5 0 'I 6 0 'I 7

0 'l 8

0 'l 9

0 'I 10 0 'I 11

0 'I 12

0 'I 13

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Page 18: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a: . 267 0 9 10

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Page 19: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

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Page 20: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a:, 267 1 2 'I

1 2 5 1 2 6

2 7

2 8 2 9

1 2 10

1 2 11 2 12 2 13

2 1 0

2 1 2 1 2 2 1 3

2 1 'I

2 1 5 2 1 6 2 1 7 2 1 8

2 1 9 2 1 10

2 1 11 2 1 12

2 2 0 2 2 1 2 2 2

2 2 3

2 2 'I

2 2 5

2 2 6 2 2 7

2 2 8

2 2 9 2 2 10 2 2 11

2 3 0

2 3 1

2 3 2

2 3 3

2 3 'I

2 3 5 2 3 6 2 3 7 2 3 8

2 3 9

2 3 10

1 : 2 .• 0155 . 0159 .0159

. 0 159

.0158

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. 0986

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.1299

. 1366

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.1565

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. 0561

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.9922 1.1537 1. 2992 1 . '1300 1.5'17'1 1.6525

1. 7'16'1

1.8298 1. 9037 1. 9686

- 3. 0669

5. 2767 - 7.3'126

- 9 . 2762 - 11.0786

-12.7518 -1'1. 2991 - 15.7250 -17. 03'11

-18 . 23 16 - 19.3 225 -20.3118

- 21 . 20'16

- 2 . 6095 - '1.5775 - 6 . '1251

- 8.187'1

- 9 . 850'1 -11.'1039

-12.8'166

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-15.'H69 -16.5521 -17.5 9 13 -18.5385

- 1· 1588 - 2 . 0'131

- 2.8890

- 3.6983 - '1.'1655 - 5.1867

- 5.8607 - 6 . '1878 - 7 . 0693 - 7.6061

- 8.0993

.3821

. '1'11'1 . '1915 . 53'10 . 5700 .600'1

. 6261

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. 6796 1.30'10

2 .1627 2 . 9 228

- 3.6035

- '1 . 2139

- '1. 7608 - 5. 2'198 - 5.6858 - 6.0731

- 6.'1155 - 6. 7166 - 6 . 9796

- 7 . 2072

1.052 '1 - 1.79'19 - 2 .'1727

- 3 .0921

- 3 .6560 '1.167'1

- '1.629'1

- 5 . 0'152 - 5 . '1177 - 5 . 7500 - 6 . 0'1'17 - 6 .30'15

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- 1. 0859

- 1.3685 - 1. 628 '1 - 1 . 8662

- 2.0827 - 2 . 2789 - 2 . '1559 - 2 .61'1 9

- 2 . 7568

.79 15

. 91AR 1.0277 1 . 12 13 1 . 2022

1. 272'1 1.3333

1.3861

1.'1316 1.'1708 2 . 6906

'i.'i709 - 6.0616 - 7.5037

- 8 . 8 158

-10.0102 - 11.0969 -12 . 0838 -12.9783

- 13 .7866 -1'1 . 51'16 -15.1673

-15 .7'196

- 2 . 1859 - 3.7'108

- 5 .17'13

- 6 .'1991

- 7.7206 - 8 . 8Y.37

- 9 . 8736

-10.8155 -11.67'13 -12.'15'18

-13 .1616 -13 . 7990

. 9'152 - 1 . 6388

- 2 . 2892

- 2 .3978 - 3.'16'12 - 3.9890

- '1 . '1733 - '1 . 9188 - 5. 3271 - 5 . 7000

- 6.0393

28

. 0535

.0620

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. 0760 - • 08 18

. 0868

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2 .069 1 2 . 9787 3. 8731 '1.7'137

5.58 '1 2 6 .3906 7 . 1600 7. 8907

8.5816 9.232'1 9 . 8'128

10.'1133

1 . 0513 1.8907 2 . 7276

3 .553 1

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5.8886

6.6056 7. 2879 7. 93'1'1

8 .5'1'1'1 9 . 1178

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2 .738 1 3.07'11 3 . 39'13 3 .698 1

3 . 9852

l

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2 'I 5 2 'I 6 2 'I 7 2 'I 8 2 'I 9

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2 5 2 5 2

2 5 3 2 5 'I 2 5 5 2 5 6 2 5 7 2 5 8 2 6 0 2 6 1 2 6 2 2 6 3 2 6 'I

2 6 5 2 6 6 2 6 7 2 7 0

2 7 1

2 7 2 2 7 3 2 7 'I

2 7 5 2 7 6 3 0

3 1 3 2

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1.1155 . 1081 .0060 . 0002

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Page 21: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a= . 246

0 0 0

0 0 1

0 0 2

0 0 3 0 0 'I

0 0 5

0 0 6 0 0 7 0 0 8

0 0 9

0 0 10

0 0 11

0 0 12

0 0 13

0 1 1

0 1 2 0 1 3

0 1 'I

0 1 5

0 1 6

0 1 7 0 1 8 0 1 9 0 1 10 0 1 11

0 1 12 0 1 13

0 2 2 0 2 3

0 2 'I 0 2 5

0 2 6

0 2 7

0 2 8 0 2 9

0 2 10

0 2 11

0 2 12 0 2 13 0 3 3 0 3 'I

0 3 5 0 3 6

0 3 7

0 3 8

1=0

. 07 27

. 0261

. 0152

. 0100

.0069

. 00'18

. 0033

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.0013

. 0006

. 0000

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.0009

. 0012

. 0579

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. 0102

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.0007

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.0097

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. 0032

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. 0011

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- 3 . 2021

- 3.262'1

- 3 . 0992

- 2.8770 - 2 .6398

- 2 . '1037

- 2 .175'1 - 1. 9579 - 1. 7522

- 1 . 5587

- 1.3770

- 1. 2068 - 1. 0'175

- . 8986

- 3.5329 - 3 . '1'162

- 3. 2'198

- 3.015 2

- 2 .7695 - 2.52'18

- 2 . 2871

- 2 .059 1 - 1.8'122 - 1.6368 - 1.'1'131

- 1. 2609 - 1.089 6

- 3.'162'1

- 3.3257

- 3.12'16 - 2 . 8977

- 2.6628

- 2.'1288

- 2 . 2005 - 1.9805

- 1· 7702

- 1-5 703

- 1.3809 - 1. 20 19

- 3 . 2583 - 3.1061

- 2 . 9 119 - 2 .6992

- 2 .'18 05

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- 1. 0222

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. 360 1 - .30 16

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- .• 3515 - . 2951

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. 6060

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- . 52 '11 . '1 '102

- 1.6653 - 1.5555

- 1 .'1177 - 1.27'15

- 1.1358

- 1.0052

30

.,

...1...

a=.24 6 0 3 9

0 3 10 0 3 11

0 3 12

0 3 13

0 'I 'I 0 'I 5 0 'I 6 0 'I 7 0 'l 8 0 'I 9

0 'l 10

0 'I 11

0 'I 12 0 'I 13

0 5 5 0 5 6 0 5 7

0 5 8 0 5 9 0 5 10

0 5 11

0 5 12

0 5 13 0 6 6 0 6 7 0 6 8

0 6 9 0 6 10

0 6 11 0 6 12

0 6 13 0 7 7

0 7 8 0 7 9

0 7 10

0 7 11

0 7 12

0 7 13

0 8 8 0 8 9 ·

0 8 10 0 8 11

0 8 12 0 8 13

0 9 9

1~0

. 0030

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- 2 .671'1

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- 1.8766

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- 2.7'139

- 2.5969

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31

Page 22: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

aa , 246 0 9 10

0 9 11 0 9 12 0 9 13

0 10 10

0 10 11 0 10 12 0 10 13

011 11 0 11 12 0 11 13

0 12 12

0 12 13 0 13 13 1 0 0

1 0 1

1 0 2

1 0 3 0 '!

0 5 0 6

1 0 7

1 0 8

0 9 0 10 0 11

1 0 12

0 13 0

1 1 1 1 1 2

1 1 3 1 1 '! 1 1 5 1 1 6

1 1 7 1 8

9 1 10

11 12 13

1 2 0

2 1 2 2 2 3

1 · 0 .0138

,0091 .0063 .00'!'1

.0267

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.0119 . 010'1 ,0089

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- 1.'1'!78

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- 1. 2955 - 1- 219 6 - 1-15 99

3.1139

3.'1558 3. '! 905

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2 . 8850 2 .68'!1 2. '1813

2 . 2801 2.0827 1.8905

1.70'1'1

1.5250 1.1137 1.37'1'1 1.50'12

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32

l

a= . 246 1 2 '!

1 2 5 1 2 6 1 2 7 1 2 8

1 2 9

1 2 10 2 1l

2 12

2 13 2 1 0

2 1 1

2 1 2 2 1 3 2 1 '!

2 1 5 2 1 6 2 1 7 2 1 8

2 1 9 2 1 10 2 1 11 2 1 12

2 2 0

2 2 1 2 2 2 2 2 3 2 2 '! 2 2 5 2 2 6 2 2 7

2 2 8 2 2 9

2 2 10

2 2 11

2 3 0 2 3 1

2 3 2

2 3 3

2 3 '! 2 3 5 2 3 6

2 . 3 7

2 3 8 2 3 9

2 3 10

1 =0 . 0 0?2

.0069

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. 0111

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- '1 . 5695 - 5.0856 - 5 . 169'! - 5 . 0795

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- 3 , 8500 - 3 . 5 658 - 3 . 2836

- 3 . 0059

- 1 · 7668 - 1· 9790 - 2 . 023'1

- 1 . 9980

- 1 . 9358 - 1 . 8525

- 1 -7567 - · 1.65 38

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- 1 . 3299

. 0790

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. 1358

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1.78'!6

1. 720 1 1. 6107

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. 3 198 - • 2918 - . 26'!5

. 2381

. 2286

. 2806

. 3 111

. 3263

. 3309

. 3280

. 3198

. 30 79

.2935

. 2773 3 . 5972

- 3 . 7966

- 3. 6978 - 3 . 5035 - 3 . 2737

- 3 . 0326

- 2. 79 13

- 2 . 5553 - 2 . 3273

- 2. 1088

- 1 . 9003 - 1 .70 21 - 1. 5 1'11

- 2 . 3389

- 2 .53'16 - 2 . 5 192 - 2 . '! 263

- 2 . 2989 - 2 . 1556 - 2 . 0059 - 1. 85'19

- 1. 705 6 - 1 . 5599 - 1. '! 188 - 1. 2828

- . 88'!7 - . 9? 10 - . 9?53 - . 9'!78

- . 9050 - . 85 '16

33

. 90 03

. 7'! '!6

. 6886

. 6333

. 5 792

Page 23: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

&=.246 1=0

2 'i 0

2 'i 1 2 'i 2 2 'i 3 2 'i 'i

2 'i 5 2 'i 6 2 'i 7 2 'i 8 2 'i 9 2 5 0

2 5 1 2 5 2 2 5 3 2 5 'i

2 5 5 2 5 6 2 5 7

2 5 8 2 6 0 2 6 1

2 6 2 2 6 3

2 6 'i 2 6 5 2 6 6 2 6 7 3 0 3 1

3 2 'i 1 'i 2 'i 3

'i 'i

'i 5 'i 6

.0029 ,00 29

.0027

• 0025 .0022

.0020

.00 17

~0 15 . 00 13

,0012

.0006

,0006

.0006

.0005

.coos

.OOO'i

.OOO'i

.0003

.0003

.0001 ,0001

.0001

.0001

.0001

.0001

.0001

,0001

.0199

.ouo

.0123

.09'i8

.0382

.0055

.OOO'i

.0000

.0000

- .'i810 .5'i11 .5553

.5502

.53'i9

- .513'i

.'l88'i

.'i611 - .'i3 25

.'i03'i

- .1013

.ll'i3 - .1177 - .1169

- .1139

.1096

- .10'i5

- .0989

- .0930

.017'1 - .0197

.0203

.0203

.0198 - .o 191

- .0182

- .0·173

- 3.6811 - .9'i'l3

- .3628

-16.99'i'l

- 8.'i'i85 - 1.3333

- .1031

- .00'17 - .0002

- .1088 .119'i .1197

.1159 . - .110 2

- .1035 - .0963

. 0889

- .08 15 .07'13

- .0225

.02'i8 - .0250

- .02'i'i

- .0233

.0 2 19 - .0205

- .0190

- • 0175 - ,0038 - .OO'i2

- .OO'i3

- .OO'i2 - .OO'iO•

- .0038

- .0036

- .0033

- .802'i - .2036

- .12 12 - 3.7093

- 1.7363 - .265'i

- .0201 - .0009 -- • 0000

34

- . 2373 . 2626

- • 2656

.2596

.2'i92

- . 2365

- • 2225

.2079

- .1931 .1783

- .O'i95

.0550 .0559

- .OS'i9

.0529

.050'i - .O'i76

.O'i'i6

- .0'!16

- .0085 - .0095

.0096

- .0095

- .0092 - .0088

- ;0083

- .0078

- 1.7766 - .'i778

- .2572

- 8 .2'i25

- 3.9685 - .6173

.O'i73

- .0022 - .OOOi

&•. 246 l=t

0 0 0

0 0 1 0 0 2 0 0 3 0 0 'i

0 0 5 0 0 6

0 0 7 0 0 8

0 0 9

0 0 10

0 0 11

0 0 12 0 0 13

0 1 0 1 2 0 1 3 0 1 'i

0 1 5 0 1 6 0 1 7 0 1 8

0 1 9

0 1 10 0 1 11

0 1 12

0 1 13

0 2 2 0 2 3

0 2 'i

0 2 5 0 2 6 0 2 7

0 2 8

0 2 9

0 2 10

0 2 11

0 2 12

0 2 13 0 3 3 0 3 'i

0 3 5 0 3 6 0 3 7 0 3 8

.051'i

.0162

.0091

. 006 1

.00'1'1

.003'i

. 0027

. 0022 .0018

.0015

.0013

.oou

.0009

.0008

.O'i62

.0182

.0112

.0079

.0059

.OO'i7

.0038

.0031

.0026

.0022

.0018

.0015

.0013

.O'i25

.0187

.0121

.0088

.0068

. 005'1

.OO'l'i

.0036

.0030

.0026

.0022

. 0018

.0397

.0187

.01 25

.0093

.0072

.0058

1.'1538

2.0698

2 .567'1

2.9807

3.3213

3.5989

3.8221

3.998'i 'i.13'i5

'1.235~

'!.3072

'i .352'i

'i.37'i9

'i.3775

3.1318

3.89'i9

'i.5079

5.013'i

5.'i29'i

5. 7679 6.0387

6.2503

6.'H03

6.5253 6.6007

6.6'i15

6.6520

'!.9135 5.7002

6.3363

6.8590

7.2870

7.63 28

7. 9062

8. 1159

8 .2692

8 .3729

8 .'i3 27

8.'i537 6.653'i 7 .'i108

8 .0252

8 .5273 8.9350

9 . 260'i

- .0325

- .0505 - . 0566

- . 0566

- . OS'iO

- .0501 - .O'i59

- .O'i17 - .0377

- .0339

- .0303

- .0271

- .02'i1

- .02 1'i

- .0633

- . • 0730

- .0766

- .0757

- .0723

.0676 - .062'1

- .0571

- • 0519

- .O'i69 - .O'i22

- .0378

- .033 8

- ,0806 - ,08 60

- .0876

- .08 59

- ,0823

- .0773

- .0717

- .0658

- .0601

- .05'i6

- .O'l9'i

- .O'i'iS

- . 0905 - .0933

- .0937

- .09 1'i

- .08 7'1

- .082'i

3 5

.13 26

.1171

.0965

. 0796

.0665

. 0566

.0'!89

.O'i30 . 0383

.03 'i5

.0315

.0290

.0270

.0252

.1'160

.1367

.1197

.103'i

.0896

.078'i

.0692

.0619

.0559

.0510

.O'i69

,0'135

.O'i06

.1512

.1'i'l7

.1311

.1167

.1037

.0926

.0832

.0753

.0688

.0632

.058 5

.05'i5

.1536 .1'i86

.1376

.1252

.1133

.1027

- . 2208

- .3208 - .3878

- .'1332

- .'1632

.'i819

. 'l922

- -'-1960 :'!950

.'i902

.'1825

.'l725

- .'l608

- .'l'i77

.'i639

- .5623

.631'i

.6790

- .7103

.7292

.7382

- .7397

.7352

.7259 - .7130

- .6971

.6790

.6839

.7712

- .8333

- .8760 - .9033

- .918'i

- .9238

- . 9213

- .9127 - .8990

- .8813

- . 8605 - .8732

. 9'i75

- 1.0002

- 1.0356 - 1.0570

- 1.0670

.0037

.0059

- .0081

- .0100

.011 9

. 0 136

- • 015 2

.0165 - .0177

- .0188 .0196

.0 203

.0208

- .021 2

- .0097

- .0129

- .0159 - .0186

- .0211

.0233 - .0253

.0270

.028'i

.0296 - .0306

- .0313

.0319

- • 0171 .0209

- .02'i3

- .0273 - .0300

- .0323

- .03'i'i

- • 0361 .0375

- .0387

- .0396

- .0'!02

- .0253 - . 0292

- .032 7

- .0357 - .0383

.0'!06

Page 24: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a=.246 0 3 9

0 3 10

0 3 11 0 3 12

0 3 13

0 '! '! 0 '! 5 0 '! 6 0 '! 7 0 '! 8 0 '! 9 0 '! 10 0 '! 11

0 '! 12

0 '! 13

0 5 5 0 5 6 0 5 7 0 5 8

0 5 9 0 5 10

0 5 11

0 5 12

0 5 13 0 6 6 0 6 7

0 6 8

0 6 9 0 6 10

0 6 11

0 6 12

0 6 13 0 7 7

0 7 8

0 7 9 0 7 10

0 7 11

0 7 12

0 7 13

0 8 8 0 8 9

0 8 10

0 8 11 0 8 12 0 8 13

0 9 9

1=1 .00'!8

.00 '!0

. 0033

.00 28

.0~ 2'!

,0375

.018'!

.0126

.0095

.0075

.0061

.0050

.00'!2

.0035

. 0029

.0356

.0180

.0126

.0096

. 0076 ,0062

,0051

.00'!3

.0036

.03'!0

. 0176

.0125

.0096

.0076

.0062

.0052

. 00'!3 ,0325

.0172

.0123

.009 5

. 0076

.0062 , 0051

.0312

. 0167

.0120

.0093

.007'1

.0061

.030 0

9 .5128

9 .7005 9 . 8 306

9 . 90 95

9.9'!29

8. 2839 8.98 62

9.5552

10. 0 t 65 10 . 3863

10.6758

10 . 8 9'!0 11.0'!85

11.1'1 61

11. 1927

9. 7722

10.'!067

10.9181

11.3 276

11.6'!99

11.8952

12.0720

12.187'!

12. 2'!7 '1 11.1036

11.66'!9

12.1127

12.'!652 12.7352

12.9 3 2'!

13 .06'!3

13.1376

12.2737

12.7 603

13 .1'! 27

13 . '!363

13. 652'!

13 .8000

13.886 1

13 . 28'!1

13.6972

1'!.01'! 7 1'! .2'!96

1'L 'i 123 1'1.5108

1'!.1'!00

. 0769

. 0710

. 0 65 0

. 0592

. 0537

.0958

. 0970

. 096'!

. 0939

. 08 99

. 08 '!9

.0793 . 0735

. 0676

. 0618

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.0983

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. 09'!'!

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.08 55 ,08 0 2

. 07'15

.0687

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. 098 0

. 096'!

. 0936 . 0897

.0850

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.0976

.0966

. 09'!8

. 09 19

.0881

.0836

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. 095 9

.09'!5

. 092'!

. 08 96

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. 09 3'!

3 6

. 0935

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. 0729

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. 1509

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. 1310

.120 2

. 110 3

. 101'1

.0935

. 08 66

.08 06

.1555

.1523

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. 135-1

.1253

.1160

.107 5

.0998

. 093 0

.1558

.153 2

.1'!65

. 138 1 .129 2

.120'!

.1123

.10'!8

.1560

.1536

.1'178

.1'! 02

. 13 20

.12 38

.1159

. 1559

.1538

.1'186 • 1'116 . 1339 .12 62

.155 6

- 1 . 0678

- 1 . 0610 - 1. 0'!8 1

- 1.0302

- 1 .0083

- 1. 0 321 - 1.0935

- 1. 136'1

- 1. 16'! 1

- 1.17 91

- 1. 1837

- 1. 17 98 - 1.1687

- 1.15 17

- 1.1299

- 1.1628

- 1. 2 12 '1 - 1 . 2'160

- 1 . 2660

- 1. 27'!9

- 1. 27'!2

- 1. 2656

- 1. 250'!

- 1 . 2297 - 1. 2682

- 1.3073

- 1 . 33 22

- 1.3'153 - 1.3'!83

- 1.3'1 27

- 1.3298

- 1. 3109

- 1 . 351'!

- 1.38 10

- 1.3982

- 1.'iO'l9

- 1 . '!026

- 1. 3925

- 1.3758

- 1.'11'! 9

- 1.'1362

- 1. '1 '!66 1. '! '!7 6

- 1.'!"105 - 1. '!26'!

- 1 ."161'!

. 0 '!25

- ,0 '!'11 - .0"153

- .0"163

- . O'l70

. 0336 - .0373

- . 0'106

- .0'13'1

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.0'!79

.0'!95

.05 09

. 0519

- . 0525

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- . 0'!'18

. 0 '!78

- .0503

. 052'1

- . 05'11

- .0555

- . 0565

- . 0571 - . O'l85

- .05 15

- . 05'l1

.0563 .0580

. 05 93

- • 0603

.0609

- .05'l7

.0573

- .0595

.0612

.0625

- .063'l

.06'!0

.0599

.0621

.0638

.0651

.0660 - .0666

. 06'! 2

a~.246

0 9 10 0 9 11

0 9 12 0 9 13

0 10 10

0 10 11 0 10 12

0 10 13

0 11 11

0 11 12

0 11 13

0 12 12

0 1 2 13

0 13 13

1 0 0

1 0 1

1 0 2 1 0 3

0 Lj

1 0 5

1 0 6 0 7

1 0 8

1 0 9

1 0 10

1 0 11

0 12

0 13

1 0 1 1

1 2 1 3

1 1 '! 1 1 5

6 7

1 1 8 1 1 9

1 10

1 1 11 12

13

2 0 1 2 1

2 2 1 2 3

lc~ . 0162 . 0117

. 009 1

.007'!

. 0289

. 0 158

. 0116

. 009 2

.028 1

. 0156

. 0117

. 0276

. 0156

. 0269

. 0195

.0315

. 0295

.0276

.0 260

.02'!5

.0 231

. 0219

. 0208

.019 7

. 0186

.0177

.0167

.0158

. 0039

. 00'10

. 0193

.019 '!

.0185 . 0175

.0165

. 0 156

.01'17

.013 9

. 0132

. 0 12'l

.0117

.0111

. 00'15

.0072

,0030

.013 0

1'1 .'182 '1 1'1. 7368

1'l. 9 150 15.0259

1'1. 8'!89

15.12 '11

15.318 6 15.'1'1 26

15.'!195

15.6317

15.7699

15. 8613

16.0150

16.18'11 -12 . 5 727

-19 .12 63

-2'!.3229 -28 .63'!6

-3 2 . 2735

-35.36'!6

-37.992'! -'l0. 2 19'l

-'!2 . 09'15

-'13.6573

-'1'!. 9 '!08

-'!5. 9 733

-'l6.7789

-'!7.3792

- 8 .3192 -12.6903

-16.17'15

-19.059 0 - 2 1.'1 900 - 23 .555'1

-25.3135

-26. 8065

- 28 .0665 - 29 .119 'l

- 29 . 9869 -30 . 6873

-31. 2365

-31.6'!8 '!

- 6 .2720

- 9 .5571

-12 .1965

-1'i.'l0'!3

- .09 19 - .0897

.08 69 .083'!

.0906

.0889

.0868

. 08 'l0

. 0876

.0858

. 0836

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.0825

.08 10

.1002

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.1697

.1883

• 2001

. 2068

.2097

. 2099

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.19 96

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.18 77

.1809

.0575

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.133 3

.1353

.1357

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.13 26

.1297

.1262

. 1221

. 0299

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.0598

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37

.1536 .1'!88

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.1550

.1531

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.1530

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.2518

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.33 2 1

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.3'!72

.3502

.3512

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.3'167

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.3395

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• 2 12 1 . 22'l0

. 23 1'!

. 2357

. 2378

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.2379

. 236'!

. 23'1 2

. 23 15

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.0525

.0862

.1171

- 1.'175'! - 1.'!798

- 1.'!757

1.'1&!'!

1.'!929

1.5006 1.'1997

1.'1913

1.5115

1.5137

1.5082

1.5189

1.516'1

1.5167

1.2989

1.9'!'!3

2.'1358 2.8258

3.1391

3,3912

3.5927

3.7517

3.87'!3

3.9658

'!.0301 '!.0708

'!.0908

'!.0928

.8388

1.2596

1.5932

1.8'!29 2 .0539 2 .2256

2 .3n'i'i

2.'1752

2.5619 2.6277

2".6752

2.7066

2.7239

2.7288

.5961

.9020

1.1'112

1.3362

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.0680 .0685 .0675

.0687

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.1018

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.1225

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.1255

.0261

.0395

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.0591

Page 25: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a= .24 6 1 2 'i

1 2 :. 1 2 6

1 2 7

1 2 8 2 9

1 2 10

1 2 11 2 12

1 2 13

2 1 0

2 1 1 2 1 2 2 1 3

2 1 'i

2 1 :. 2 1 6 2 1 7 2 1 8

2 1 9 2 1 10

2 1 11

2 1 12 2 2 0

2 2 1 2 2 2

2 2 3 2 2 'i

2 2 5

2 2 6 2 2 7 2 2 8 2 2 9

2 2 10 2 2 11 2 3 0 2 3 1

2 3 2 2 3 3

2 3 'i

2 3 5

2 3 6

2 3 7

2 3 8

2 3 9

2 3 10

1=1 .01'!0

. 0138 - • 0132

. 0126

.0120

.0113

. 0107

.010 1 - . 0096

. 009 1 ; o657

. 0688

.0685

.067 2

. 0653

. 0633

. 0610

. 058 7

• 056'i

. 05'!1

. 05 18

.0'!95

. 0'!72

. 0383

. 0 '! 67

. 0501

. 0515

.0517

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. 0 '!92

. O'i78 .0'!63

. O'i'i7

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.0179

.0 200

. 0211

. 0 2 16

. 0 217

. 02 16

. 0 213

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. 0 203

. 019 7

- 16. 2689

-17 .85'!2 -19 . 2059

- 20.35 7 2

- 21.3330

- 22 .1529 - 22 . 833 0

- 23 . 3 867

- 23 . 8257 -2'!.1603

35.5690

5'! . 088 1 68 . 8398

8 1. 1178

91.5058 100 . 351

107.891 11'! . 300

119 .716

12'!. 250

127. 993

131.026

133 . '!15 3 1. 1362 'i7.'i1'i7

60.'!08 0

7 1. 2'!37 8 0 . 'i3 1'i

88 . 27 '!0

9'i . 9776

100 . 69'i

105 . 5 '!3 109.619 113.003

16. 762 1'! . 0068

2 1. 3 'i'i8

27. 2 105 32. 1093 36 . 269'!

3 9 .8263

'! 2 . 87 23 'i5 . 'i75'i

'i7. 688 'i

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:01. 108 '!

.077'!

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- . 2865

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. 'i5'i8

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- . 1883

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- . 18 05 - .18 31

30

. 1B'i1

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.18 31

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.6577 • 76'i9

. 8369

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. 9636

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.609 0

.6815

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.8256

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.2130

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t. 'i97'i

1. 6308 1 . 7'i09

1. 830 6

1. 9026 1 . 9590

2 . 0015

2. 0317

2 .0510 2 . 0605

- 3.5601

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- 7. 8 013

- 8 . 68'i8

- 9 . 'i0 17 - 9 . 9806

-10. 'i 'i30

-10 . 8 055

- 11. 0815 - 11. 28 23

-ll . 'i 17 1

- 1l.'i938 - 3.0165

- 'i.5397

- 5.716 2 - 6 . 6636 - 7 . 'i37 'i - 8 .0712

- 8 .5885

- 9.0068 - 9 . 3397 - 9 .5985

9 . 7921 9 . 9 283

1.3279

2 . 0 018

- 2 . 5 2'i8 - 2 . 9 'i8 1 - 3 . 2956

- 3.58 19

- 3 . 8 171 - 'i . 0087

- 'i.1626 - 'i, 2836

- 'i . 3756

.0665

.0727

. 0779

. 0822

.0858

.0887

.09 10

.0927

. 09'i0

.09'i8

- . 1378

. 2107 - . 2693

. 3185

.3602

.3958 . 'l261

- . 'l5 16

. 'i729

.'l903

. 5 0'i3

. 5151

. 5230 .1213

- .1851

. 2363

. 2791

.3152

.3'i60

- .37 20

.39'i0 - .'i 122

,Y 272

.'i391

.'iY83

. 05Y5

.08 3 2

. 1061 - . 125 2

• 1 'i1 'i

- . 1551

- .1667 - .176Y

- .18 'i5

.19 11

.19 6'i

a=.246 2 'i 0

2 'i 1 2 'i 2

2 'i 3 2 'i 'i

2 'i :. 2 'i 6 2 'i 7 2 'l 8 2 'l 9 2 5 0

2 5 1 2 5 2 2 5 3

2 5 'l

2 5 5 2 5 6 2 5 7

2 5 8

2 6 0 2 6 1

2 6 2 2 6 3

2 6 'i 2 6 5 2 6 6

2 6 7 3 0 3 1

3 2 'i 1 'l 2 'i 3

'i 'i

'i 5 'i 6

1 =1 . 0036

. OO'l8

. 0055

.0059 . 0062

.0063

.0063

. 0062

. 0061

. 0060

. 0007

. 0010 . 0012

. 0013

.00 13

. 00 1'i

. 001'i

. 001'l

. 00 1'l

.00 01 . 0002

. 0002

. 0002

. 00 02

. 000 2

.0002

. 0002

. 06'i3

. 0293

. 0 206

. Y535

. 298 1

.0562

. 0050

. 0003

. 0000

'i . 2567 6. 'i 900

8.2772

9 . 771'i 1l. O'i19

12 .1297 13 .0625

13 . 8610

1'i . 5'l ll 15. 115 8

. 9786

1 . 'i925 1.9 0'!2

2 . 2'!88

2 .5'i20

2 .79 33 3 .009 1

3.19 '11

3.3519

.18 11 . 2763

.3526

. 'i 165

.'i710

.5177

.5578

.59 23 1'i3.593 6'i.11 'l3

37.6'!0 1

1180.73 93'l.25'l

193.3'i7

18 .18 60 .9763 . 0339

- . 023'l

- .03'!3 - .O'i20

- .O'i77 - • 05 18

- ,05'i8

- .0569

- . 0581

- .ossa - .0590

- . 0051

- . 0075 - . 0092

- .0 105

- .0115

- • 0122 - .0126 - .0130

- .013 2

- • 0009 - .00 13

- .0016

- • 00 18

- .0020 - .0021

- .0022

- . 0023 - .5203 - . 2 155

- .11'i5

- 3.8 511 - 2 . 7'i67

- .53 29

- . O'i78 - .00 23 - • 0001

3 9

. O'i22

.0616

.0756

. 08 6 2 • 09'i'l

.1008

. 1058

.1096

- 1125 .11'!6

.0093

.0136

.0 168

. 0 193

.0212

. 0228

. 0 2'i0

.02'i9

.025 6

.0017 .0025

.0031

.0035

.0039

.00'!2

.OO'i'i

.OO'l6 1.1178

. 'i798

. 2800

8 .765'i

6.61'i0 1.33 75

.12'i0

. 0066

.0003

. 39 68

. 5 990

.756 '!

. 88'i3 . 9897

1.0769

- 1.1'1 88

1 .2078

1 . 255'i 1 . 2932

.090 0

.1359 - .1718

. 20 11

. 2252

- . 2'!53 . 2619

. 2756

. 2867

.0165 .02'!9

.0315

.0369

.O'i1'i

.0'!51

.O'i82

. 0507 -11.7'i75 - 5.18 17

- 2 . 96'i8 - 93. 901'! -72 .3812

- 1'i.7292

1.3677 .0727 .0025

- .0165 . 0252

- . 032 1

.0379 - .0'!27

- . 0'!69 .0503

- .0533

- .0557 . 0577

- .0038

.0058 - .007'l

. 0087

. 0098

- .0107 . 0 115 . 0 12 1

.0127

.0007 - .0011

- .0013

- .0016

.0018 - . 0 020

- .002 1

- .00 22

.li955 - .2227

- .1291 - 3.9 631 - 3.0506

.6176

.0570

.0030

.0001

Page 26: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a= . 246

0 0 0

0 0 t

0 0 2 0 0 3

0 0 'I 0 0 5

0 0 6 0 0 7

0 0 8 0 0 9

0 0 J.O

0 0 tt

0 0 t 2 0 0 t 3

0 t t

0 t 2 0 t 3

0 t 'I

0 1 5

0 t 6 0 1 7 0 t 8

0 t 9 0 t t O

0 t 11 0 t 12

0 t t3

0 2 2 0 2 3

0 2 'I

0 2 5

0 2 6 0 2 7

0 2 8

0 2 9 0 2 t O

0 2 11 0 2 12

0 2 t3 0 3 3

0 3 'I

0 3 5

0 3 6 0 3 7

0 3 8

1~2

. 0'112

.0110

. 0055

. 003 '1

. 0023 . 0017

. 00 t 3

. 00t0

.0008

.0007

. 0006

. 0005

. 000'1

. 000'1

. 0383

. Ot32

.007'1

.00'!9

. 0035

.0027

. 00 2 t . 0017

. OOt'l

.00 12

. 00 10

.0009

. 0008

.036t

. Ot'l 2

.0085

. 0059

. 00'13

. 003'1

. 00 27

. 0022

• 00t9 . 00 t6 .OOt'l

. 00t2

.03 '13

• 01'!7

. 0093

. 0066

. 0050

. 0039

. t 203

. t292

.1269

.t222

.1169

.11 15

.t063

.1013

. 0965

. 0920

- . 0378

. 0838

.080 1

.0765

.1857

. 20 t1

. 2022

. t983

.t923

.t85'1

.t783

.t711

.16Yl

.t573

.t5oa

. 1'1'15

. t 385

.2'163

. 263'1

.2667

. 2639

. 25 80

. 2506

• 2 '1 2'!

. 2339

.225'1

• 2 169 . 2087

.2006

. 3022

.3193

.32'10

. 3219

.3163

. 3087

- .0955

• 093'!

. 08'!5

- .0756

. 0679 .0612

. 0555

. 0505

.0'!62

.0'!23

.0389

. 0359

. 0332 - .0308

• 13t1

.t335

.t25 9

.1162

.1066

. 0980

.090t .0829

. 076'1

.0706

.065'!

.0608

.0565

.t599

.1632

.t5 70

.t'l77

.1377

.1279

.118 7

.110 '1

.t025

. 0953 . 0887

. 0826 . t 837

.18 71

.t8 17

.1729 - . t629

.t528

40

. 2023

.19'10

.t700

.t'l75

.t289

.1138

.t016

.09t5

. 083t

. 0760

. 0700

. 06'17

. 0601 - .0560

. 2675

. 267 9

. 2'173

. 223'1

• 20t2

. t 8t8

.t652

.150 9

.t38 7

.t280

.1187

.110'1

. t03t

. 3t77

.3207

.3039

.28t3

.2586

. 2375

. 2 t 8 7

. 20 20

.t8 7 2

.t7'1t .t62'1

.t5t9

. 3586

.3625

. 3'186

.3280

.3058

.28'13

.006'1

.0080

.0085

.008'1

.008 t

.0077

.0072

.0067

.0063

.0059

. 0055

. 0052

.00'18

.00 '15

. 0 11 '1

.0130

.Ot35

.Ot3'1

. Ot30

.O t 25

. 0118 . 0 112

.O t 05

.0099

.0093

. 0087

. 0082

.Ot57

.017t

.Ot76

.0175

. 0171

.Ot65

.Ot57

.O t50

.Ot'l2

. Ot3'l .01 27

.Ot20

.Ot95

.0207

.02 11

.02 10

.0206

.0199

. 0 073

.Ot09

.Ot37

.Ot59

. 0 177 .Ot92

. 020'1

.02 1'!

. 0222

.0229

. 0235

.0239

.02'!3

. 02'15

.Ot76

.0228

.0270

. 0305

.0333

.0357

.0377 .0393

.0'107

.0'!18

.0'127 .0'13'!

.0'1'1 0

.030'1

.0367

.0 '1 20

.0'163

.0500

.053t

. 0557

. 0579

.0597

.06 11 .0623

.0632

.0'150

. 0521

. 058t

. 0632

. 0 675

.0712

a =.246 0 3 9

0 3 10

0 3 11

0 3 t 2

0 3 t3

0 'I 'I

0 'I 5

0 'I 6 0 'i 7 0 'I 8

0 'l 9 0 'I 10

0 'I 11 0 'I 12

0 'I t 3

0 5 5 0 5 6 0 5 7 0 5 8 0 5 9 0 5 tO

0 5 tt

0 5 t 2

0 5 t3 0 6 6 0 6 7

0 6 8

0 6 9 0 6 tO

0 6 11

0 6 12

0 6 t 3 0 7 7

0 7 8

0 7 9 0 7 tO

0 7 11

0 7 t2

0 7 t3 0 8 8

0 8 9 0 8 tO

0 8 11

0 8 t 2

0 8 t3

0 9 9

1=2 . 0032

. 0026

. 0022

. 00 19

. 00 17

. 0329

. 0 1'19

. 0097

. 0071 . 0055

. 00'!'!

. 0036

. 0030

. 00 26

. 0022

. 03t6

. 0150

. Ot OO

. 0075

. 0058

. 00'17

. 00'10

. 003'1

. 0029

. 0306 .Ot50

.Ot03

.0078

. 0062

.005t

. 00'13

.0036

. 0296

. Ot'l9

.010'!

.0080

.006'1

. 0053

. 00'15

.0288

. Ot'l9 . 0 106

. 0082

. 0066

. 005'1

• 028 t

. 3000

. <!907

. 28 11

. 2715

. 26 t 9

. 353'1

.3700

. 3753

. 3 739 . 3686

. 36t0

. 3519

.3'! 21

. 3317

.32 t c

. '!005

.H62

. 'l2 t7

.'1 207

. 'lt56

. '1 080

. 3988

. 3885

. 3 7 76

. 'l'l 3 6 . '!58'l

. '!638

.'l627

. '158 0

.'!505

. '!'Ill

.'l306

.'!832

. '!969

.5020

. 50t2

.'l96Y

.'1888

.'1793

.5t9Y

. 5320 . 5367

. 5358

.53 tO

.523'1

• 552'1

- · H2Y .t3::J6

- • 1250

.1 170

. t 09'1

• 2036

. 2067

. 2020

.t936 • 1H39

.1736

. t 635

.1537

.t'l'l5

.t357

- . 2202

. 2230

• 2 18 7

.2t08

. 201'!

. t 9 t 3

. t 8 t 0

.1709

. t6t2 • 23'1'1 . 2366

. 232 7

. 2<!5 '1

. 2 t62 •

. 2062

.t959

. t858

. 2'16'1

. 2 '183

.2'1'15

. 2375

. 2286

• 2 189

. 2088

. 2566

. 2580 . 25'1'!

. 2'177 • 2392

. 2296

. 2652

41

. 26'! '1

. 2'!63

• 22Y9 • ;el50

• 202'1

. 3930

. 3971

. 385'1

.3665 . 3'!53

.3 2'it

.3038

. 28 '19

. 268 '!

. 2526

.'! 2<!5

. '1263

.'!163

. 399t

.3790

. 358 2

. 3390

.3200

. 30 22

.'1'!80 . 'l5 t6

. '! '!27

.'1 269

. '!090

. 3892

. 369'1

. 350'1

. '!703

. '!73'1

- . '!667

.'15 2'1

. '!3'17

. 'l t56

.39 63 ,'! 9 10

. '!9'l t .'!872

. '! 7'10

.'!572

. '1388

. 5 0'38

. Ot 9 t

. 0 1>33

. 0 17 '1

. Ot65

. Ot 56

. 0227

. 0237

. 02'! 1

. 02'!0

. 0235

. 0 228

. 0220

. 0211

. 0202

.Ot92

. 0255

.0 26'!

. 0267

. 0266

.026t

. 025'1

. 02'15

. 0236

. 0 226

. 0279 . 0 287

.0 289

. 0289

.0283

. 0276

. 0267

. 0257

. 0300

. 0307

.0308

. 0306

.030 2

. 029'!

.0286

. 03 18

.03 2'! .03 25

.0323

. 03 t 8

.0311

. 03d

. 07'1 2

. 0768

. 07 39

. 0806

. 0820

.06 10

. 0686

. 0752

. 0808

. 0855

.0895

.09 29

. 0958

.098 1

.tOOO

. 0778

. 0858

.0927

.0987

.t037

.t080

.t11 6

. 11'17

. 117?.

.095 2 .t03'!

. 1105

. 1167

.t2 t 9

. t 26'l

.t30 2

. t333

. 11 29

. t 2 12

.t28'!

. t3'!6

. 1'!00

.t'l'l5

.1'!-33

.1306

.1389 .t'l61

. 15 2'!

. t577

.1623

.t '!8 2

Page 27: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a~ .24 6

0 9 10

0 9 11 0 9 12

0 9 t3 0 10 10 0 10 11 0 10 12

0 10 13

0 11 11 0 11 12 0 11 13

0 12 12 0 12 13 0 13 13

1 0 0

1 0 1 1 0 2

1 0 3

0 '!

1 0 5 1 0 6

0 7

1 o a 1 0 9 1 0 10

1 0 11 1 0 12 1 0 13 1 1 0

1 1 1 1 2 1 3 1 '!

1 5 1 6

1 1 7

1 1 8

1 9 1 1 10

1 11

1 12 1 1 13 1 2 0

1 2 1

1 2 2

1 2 3

1 ~2

. 01'18

.0106

. 0082

.0065

.027'1

.01'l5

.0103

.0079

.028.>

.01'l 1

.0101

.0256

.0139

.0252

.0168

.0321 - .0336

.03'18

.0359

- .0368 .0377

- .038'!

.039 1 - .0396

.0399

.0'!02

.O'lO'l - .0'!05

.0020

.0050 - .0212 - .0227

.0231

.023'!

.0237

.0238

.0239

.02'!0 - . 02'!1

.0 2'!1

.0 2'!1 - .02'!0

.0022

. 00'!2

. 0005

- .0156

. 5638

.5681

.567 1

.5622 - .5823 - . 5 928

.5966

- .5953 .6096 .6190 .6223

- .63'!2 - .6'!27 - .656'!

.6931

1. 2029 1. 678.>

2.1193

2.5335 2.920'! 3. 281'!

3.6175

3.9298 'j . 2 193 'l.'l872

'!.73'!3 '!. 9617 5.1702

. 3688

.6673

.9553 1. 223'! 1.'1713

1· 700'! 1.9121 2 .1076 2 . 2881

2 .'!5'!3 2 . 6072 2 .7'!75

2 .8759 2 . 9930

• 232'1

.'!301

.633'!

. 8322

. 266'!

. 2629 - . 2563

- • 2'!80 - • 2726 - • 273 2 - .2698

- . 263'! .2786 .2790

.2756

. 2836 - . 2838 - . 2877

.3070

.518 1 • 7009

.8625

1.0070

1.1368 1.2537

1.3590

1.'!538 1.5390 1.615'!

1.6836

1· 7'!'13 1.7980

.1'1 90

. 27'!9

.3938

.'!981 .5890

.6687

.7391

. 8 01'!

.8566

. 9056

. 9 '!91

. 987'!

1.0211

1.0506 .0829

.1605

. 2'l'l'l

.328.>

42

.5116

.5053

. '!929

- . '!770

. 52'!7

.5271 - .52 12

.5096

. 5 388

.5'!09

.5352

.5513

.5530

.5623

.6290 1. 0627 1.'!'!06

1.777'1

2.0819 2 .3592 2 .6128

2 .8'!50

3.0579 3.2528 3.'!311

3.59'10 3.7'!23 3.8769

. 2995

.5583

.80'!'1 1.0222 1. 2136

1.3832 1.53'!7 1.6709 1. 7939

1.9052 2 .0060 2 .0972 2 .1795

2 .2537 .1639 .3228 .'l971

.6689

. 0339

. 03'!0

. 033 7

. 0332

.03'!7

.0352

. 0352

. 0350

.0359

.0363

. 036'!

. 0370

.037'!

.0380

.0392

.067'! .0932

.1170

.1388

.1587

.1769

.1935

. 2087

. 222'1

. 23'19

. 2'!62

.256'1

. 2655 - .0 212

.0377

.053 2

.0676 . 0808

. 0927

.1036

.113'i

.1222

.1302

.1373

.1'!38

.1'195

.15'16

.0131 - .02'!1

.0351

- .0'!56

. 15 6'!

.1636

. 1697

.1750

.1656

.1736

.1806

.18 66

.18 25

.190 3

.1971

.1989

. 206'!

. 21'16

- . 2'i'i9

.'i'l 12 .6378

.8328

- 1.02'!3 - 1. 2110

1.3920

1.5666 - 1. 73'i3

1.89'!9 - 2 .0'!81

2.1939 2 .3323 2. '!631

.1399

. 2526

. 3 656

.'1777 .5877

.69'!7

.798'!

.8982

.9939

1.0855 1.1727 1.2556 1.33'11

1.'1083 .0977 .1770

. 2569

. 3363

a=. 246 1 2 Lj

1 2 5 2 6

1 2 7 1 2 .8

1 2 9 2 10

1 2 11 1 2 12

1 2 13 2 1 0

2 1 1

2 1 2

2 1 3 2 1 'j

2 1 5

2 1 6

2 1 7 2 1 8

2 1 9

2 1 10 2 1 11 2 1 12

2 2 0

2 2 1 2 2 2 2 2 3

2 2 'j

2 2 5

2 2 6 2 2 7

2 2 8 2 2 9

2 2 10

2 2 11

2 3 0

2 ::;

2 3 2 2 3 3

2 3 'j

2 3 5

2 <l 6 2 3 7

2 3 8 2 3 9

2 3 10

1=2 . 017'1

- .0178

. 0180

. 0 18 1

. 0 181

. 0180 - . 0180

. 0179

. 0178

. 0177

. 0889

.1097

.1251

.137'!

. 1'!77

.1562

.163'!

.1695

.17'!5

.178 6

.18 20

.18 '18 .1869

. 0537

.0780

.09 60

.1106

.1225

.1325

.1'!09

.1'180

.1539

. 1589

.1631

.1666

. 0199

. 0308

.0395 .0'166

.0526

.0577

.0621

. offi8

. 0690

. 0717 • 07 '10

1.0182

1.1897 1.3'!73 1.'!919 1 . 62'!5

1 . 7'!59 1.8570

1. 958 '! 2 . 0507

2 .13'!6 - 3.09'!5 - 5 . 3776

- 7.5'!98

- 9 . 6 16'1 -11.5738 -13 .'!20'!

-15.1565 -16.7836 -18 .30'!'!

-19 .7220

- 21.0396 - 22 . 2610 - 23.3899

- 2 . 6803

- '1 .7387 - 6 . 70 21 - 9 .6016

-10.'! 203 - 12 .1'l'l9 - 13.7716

-15.3018

-16. 7'lO'l -18.0965

-19 .3'! 25 - 20 .5109

- 1. 2053 - 2 .1'!0 1 - 3 . 0 '!70 - 3 . 9263

- '1.77 15 - 5.5773 - 6.3'!15

- 7.063'!

- 7.7'!36 - 8 .3922 - 8 . 9799

. 3999

.'!639

. 5 196

. 5 682

. 6106

.6'!79

.6803

.7096

.733 3

.75'!6 - 1.3256 - 2 . 2270

- 3.0'!29

- 3.7887 - 'l.'i709 - 5 .09'l'l

- 5.6635

- 6.1921 - 6.6535

- 7.0809

- 7.'!67'! - 7.8 155 - 8 .1277

- 1.0922

- 1.8809 - 2 .61'!6 - 3. 2970

- 3 .929'! - 'l.513'l - 5.0511 - 5.5'1'!6

- 5.9963 - 6.'!085 - 6.7835 - 7.1233

- .'1758 - . 8285 - 1 .1617 - 1. '! 751

- 1.7682 - 2 . 0'!09

- 2 . 2936

- 2 .5269

- 2 .7'116 - 2 .9386

- 3.119 6

. 9239

.9601

1.0797 1-18 52 1. 2786

1. 3619 1.'!.362

1.5026 1.5619

1.61'18 2 . 7362

- '!..602'! - 6.3030

- 7.8718 - 9.3229

-10".68.>7

-11.9079

-13.0559 -1 '!.1157

-15.0923

-15.9907 -16.8151 -17.5697

- 2.28.>8

- 3.912'1 - 5.'1556 - 6.90'10

- 8 . 2598 - 9 .5256 -10. 70'!7 -11.8007

-12 .8176 -13.7589

-1'!.628'!

-15.'1296

.9925 - 1.7339 - 2 .'!39'! - 3.1090

- 3.7'!10 " - '!.3351 - '!.89 17

- 5.'!116

- 5.8961 - 6.3'!63 - 6.7637

43

- .0555

. 06'!5

. 0727

.0801

. 0867

. 0927

.0980

.1027 .10 69

.1106

.171'!

. 2966

.'!138

.5233

.6252

.7197

.8070

.8875

.9615

1.0293

1.0912 1.1'!76 1.1988

.1'!69

.2573

.3625

.'!622

.5559

.6'!36

.725'!

.8012

.8713

.9360

.9953 1.0'!97

.08.)3 . 1151 .1630 .2068

.2522

.2931

.3313

.3670

.'!002

.'!309

.'!592

.'l1'l'l

.'1905

.56'!1

.6350

.7030

.7680

.8298

. 8886

. 9'l'l1

.9966 1.1552 2 .0853

3.0201

3.9503 '!.8667

5.7622

6.6323

7.'!733 8.2830

9.0597

9.8022 10.5100 11.1626

1.0668 1.9297 2.7995 3.6671

'!.5237

5.3625 6.1789 6.9693

7.7315 8.'!636 9.16'!6 9.8338

.'!979

.9016 1.309'! 1. 7168

2 .1197 2 .51'l7 2.8997

3.2729 3.6332 3.9797 '!.3118

Page 28: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

n=.246 2 '1 0

2 '1 1

2 " 2· 2 '! 3

2 '1 'i

~ l j :,

.!. ' J 6

' j 7

'i

,, J

-)

2 5 0 2 5 1 2 5 2

2 5 3

2 5 '!

2 5 5 2 5 6

2 5 7

2 5 8 2 6 0

2 6 1

2 6 2

2 6 3

2 6 '! 2 6 5

2 6 6 2 6 7

2 7 0

2 7 1

2 7 2 2 7 3

2 7 '! 2 7 5

2 7 6 3 0

3 1

3 2

'! 1 '! 2 '! 3

'! '!

'! 5 '! 6 '! 7

1=2 . 0 053

. 0085

. 0 11 2

. 0 13'1

. 0 15'1

. 0 171

. Ol liS

.o1n

. a2o8

. 02 17

. 00 11

. 00 18

. 002'!

. 0030

.003'!

. 0038 . 00 '!2

. 00'!5

.OO'i7

.0002

.0003

.000'!

.0005

. 0006

.0007

.0008

.0008

. 0000

. 0000

.0001

.0001

. 0001

.0001

.0001

. '! 2 13

. l'i23

.0753

9 . 2668 7.8977

1 . 7 295

.1706

. 0095

. 0003

.0000

. 366 9

.6535

. 93 'il

- 1. <'071 - 1. 'i70'i - 1 . 722'!

- 1 . :1 6 22

- 2 . 13 9 6 - 2 . 'iO'i3

- 2 . 606'!

. 08 '!6

. 1510

. 2 16'!

. 2803

.3'!20

.'!01'! . 'l580

.5118

.5627

.0157

.0281

. 0'!03

.0523

.06'!0

.0752

.0859

.0961

.00<5

.00'!5

.0065

. 008'!

.0103

.0122

.0139 -72. 8603

- 23 .5'!2'!

-11.6929

-1700.3 2 -1512 . 2'!

-339. 875

-3'1.1779

1.9 '130 ,0710

.0018

. 1'!15

. 2'!82 . 3 '1 9~

. H 6 'i

. 5 372

. 6 222

• 70 1'!

.77'!9

. 8 '!28

. 905'!

. 03 20

• 056'! . 0799

.10 23

.1235

. 1'!3'1 .1620

.179'1

- .1955 .0059 .010'!

.01'17

. 0189

.0228

.0 266

.0301

.033'i

.0009

.Q016

.0023

. 0029

.0035 .00'!1

.00'!7 - 21.6292

- 7.053'1

- 3 .5201

-'197. 261 -'!37 . 296

-97 .'!75 1

9 .7363

.5503

.0 200

.0006

. 2961

. 5 222

. 7339

. :1'1 62

- 1.1'13 1 - 1.3 292

- 1 . 50'!3

- 1 . 6636 - 1.8222

- 1. 965'!

. 0675

.119 '!

.1696

. 2179

. 26'!1 .3079 .3'!93

.3882

.'1 2'17

.012'1

.0 220

.031'1

.0'!05

.0'!92

.0575

.0653

.0727

.0020

.0035

,0050

.006'!

.0078

.0092

.010'!

44

-52 . 52 18

-17.0070

- 8 .'1556

-12 19 .5'! -1080. 9 1

- 2'!2 .'!10

- 2'! ,3377

1.3818 . 050'1

.0013

. o1 n

. 03'1-:J

. O'l96

. 0637

. 0771

. 08)9

• 10 1'l

. 1130

. 1235

. 1332

. 00'!5

. 0 08 0

. 0 11'1

.01'17

.0178

.0 208

.0236

.0263

.0287

.ooo8

.0 0 15

.0021

. 0027

.0033

.0039

.00'!'1

.00'!9

.0001

.0002

.0003

. 000'! .0005 .0006

. 0007 3.3'!35

1.0871

.5'!16

77.3085 68 . 2683

15.<599

1.5276

.0865

.0031

.0001

. 1558

. 282'i

.•n os

. 5336

. 665'1

. 78 99

. 911 3

1. 0 292 1.1'!31

1. 2527

. 0367

. 0666

. 0969

.127 2

.1572

.1867 . 2155

. 2'!35

. 2706

.0070

.0126

.018'!

.02'!1

.0299

.0355

.0'!10

.0'!63

.0011

.0020

.0029

.0038

.00'!7

.0056

.0065

'!2 . 255'1

13 .5235

6.6832

999 .918 898 .6'!7

203 .531

20.5960

1.1771 .0'!32

.0011

a =. 221

0 0 0

0 0

0 0 2

0 0 3 0 0 '!

0 0 5

0 0 6 0 0 7

0 0 8

0 0 9

0 0 10

0 0 11

0 0 12 0 0 13

0 1 1 0 1 2 0 1 3 0 1 'i

0 1 5 0 1 6 0 1 7

0 1 8

0 1 9 0 1 10

0 1 11 0 1 12

0 1 13

0 2 2 0 2 3 0 2 'i

0 2 5

0 2 6

0 2 7 0 2 8

0 2 9 0 2 10

0 2 11 0 2 12

0 2 13 0 3 3 0 3 'i

0 3 5

0 3 6 0 3 7 0 3 8

1=0

. 08 19

. 0302

. 018 1

. 01 2 '1

. 009 0

. 0066

.0050

. 0037

. 0027

. 0 0 19

. 00 12

. 0006

, 0002 .0002

.0657

.0287

.0183

.0128

.009'i

.0070

,0053 ,0039

.0028

.0019 ,0012 .0006

.oooo

.0566

.0 285 .017'1

.012'1

.0092 ,0069

.0052

.0038 ,0027

, 0018

.0011

.0005 .050'i

. 02'!5

. 0 163

, 0118 . 0088 . 0066

- 3 . 0 261

- 3 .1597

- 3 . 0707 - 2 . 9 150

2 .7358

- 2 . 5 '!98 - 2 . 36'!6

- 2 .18 '11

- 2 . 010 0

- 1 . 8'i3? - 1 . 6a'i0

- 1.5 3 26

- 1.3888 - 1.252'i

3 .'!728

- 3 .'!522

- 3.3208 - 3.1'!5'1

- 2 . 952'i

- 2 .7539

- 2.5563 - 2 .3629

- 2 .1756

- 1.995'i

- 1.8228 - 1.6579

- 1.5007

- 3.5155 - 3.'i336 - 3 . 2862

- 3.1086

- 2 .9179 - 2.7229

- 2 .5 288

- 2 .3383

- 2 .153 2

- 1.97'15 - 1 . 8027

- 1.6381 - 3,'!073

- 3.299'1

- 3 ,1'!83

- 2 . 9755 - 2 .7927 - 2 . 6066

. 99'!2

.9328

. 8 33'!

.73 71

.6'!9 7

.5717

. 50 22 .'!'!01

. 38 '!5

. 33 '!5

. 2895

. 2 '188

.2119 . 178'1

. 9926

. 93 12

. 8 '!'!9 .7572

.67'!6

.5985

.5290

.'i858

.'i08'i

.3561

.3085

- . 2851

. 2255

. 9276 . 8 711 .7973

.7207

.6'!67

.5771 . 5125

.'1529

. 3930

. 3 '!76

. 30 13

. 2537

. 8508

. 8001

. 7367

. 6699 - . 6 0'l2

.5'i16

45

2 .0 102

1. 9 799 1 . 6830

1 .'i 988

1.3357

1.19 20 1.06'!9

. 9515

. 8 '!98

.75 78

. 67'!'1

.5982

.528 3

.'i6'i1

2 . 0 131

- 1. 9008

- 1-7372 - 1.571'1

- 1.'! 160

- 1.2738

- 1.1'i'i5 - 1.0269

.9196

.8215

.7315 • 6'!88

.572 '1

- 1.908 6 - 1.807'! - 1.6690

1.5 2~8

- 1.3833

- 1.25 Fl - 1.1289

- 1.0157 . 9 113

. 8 1'i9

.7258

. 6'!3 2 - 1 . 7795

- 1 . 6979

- 1· 5683

- 1.'i'!06 - 1.31'1 '-1 - 1.1937

Page 29: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

az,221

0 3 9

0 3 10 0 3 11 0 3 12

0 3 13 0 'i 'i

0 'i 5 0 'i 6

0 'i 7 0 'i 8

0 'i 9 0 'i 10 0 'i 11 0 'i 12

0 'i 13

0 5 5 0 5 6 0 5 7 0 5 8 0 5 9 0 5 10 0 5 11 0 5 12

0 5 13 0 6 6 0 6 7

0 6 8

0 6 9 0 6 10 0 6 11

0 6 12 0 6 13 0 7 7 0 7 8

0 7 9 0 7 10 0 7 11 0 7 12

0 7 13 o a 8 0 8 9 o a 10

0 8 11 0 8 12 0 8 13 0 9 9

1·0 ,00'!9

,0036 ,0026

. 0017

.0010

.0'! 58

.0228

. 015'1

.0112 ,0083 ,0063

,00'17

,0035 .002'1

.0015

.0'122

.0213 .01'15 .0106 ,0079

.0060

.OO'i'i

.003 2

,00 22

,0392 .0200

.0137

.0100

.0075 .0056

.00'12

.0030

.0368

. 0189

.0129 ,0095 . 0071 . 0053

.0039 ,03'17

. 0178

.01 23

.0 090

.0067 ,0050 ,03 29

- 2.'1212 - 2 .2389 - 2 .0613 - 1.889'1

- 1.7236 - 3,2335

- 3.1155 - 2.9671

- 2.8023 - 2 .6297 - 2 .'15'1'1

- 2 . 2797 - 2.1077 - 1.9397

- 1. 7767

- 3.0316

2 .9116 - 2. 7691 - 2 .6138

- 2 .'1522

2 . 288'1 - 2 .1250 - 1.9639

- 1.8063 - 2 .820'1 - 2 .7028

2.5678

2 .'1 227 - 2 . 2722 - 2.1198

- 1. 9678

- 1.8177 - 2 .6101 - 2 . '1973

- 2 . 3706

- 2.2355 - 2 . 0960 - 1.95'18

1.8 138 - 2 .'106'1 - 2 . 2995

- 2 .1815

2 .05 6'1 - 1. 9273 - 1· 7968 - 2 .212 '1

- .'1805

.'1276

.376'1 - .3 290

- . 2852 - .7752

.7300

- .6750

- .6166 - .558'1 - .50 21

- .'1'186

- . 3982 .3510

.3070

- .70'16

.66'15 - .616'1 - .56'19

- .5132 - .'1627 - .'11'13 - .3683

- .32'19

- . 6'101 .60'1'1

.5621

- .5167 - , '!706 - .'1252

- .3813 - ,3393

- .5818 - . 550 1

- .5126 - .'1723

. '1311 - . 3902

- .350'1 - . 5293 - .5010 - .'! 678

. '1319 - .39'19

.3580 .'!822

4 6

- 1.0800

.9738

. 87'18 • 7825

.6967

- 1.6'175 - 1.56'15 - 1.'159'1

- 1.3'163 - 1. 23 29 - 1.1229

- 1.0182 . 9 193 .8263

.7392

- 1.5200

- 1.'1'1'16 - 1.3513 - 1.2505

- 1.1'183

- 1.0'182 . 9518

.8601

- .773'1 - 1.3998 - 1.3312

1 . 2'178

- 1.157'1 - 1.0650 - . 9737

. 885 2

.800'1 - 1. 2878 - 1.2253

- 1 . 150'1 - 1. 0690

. 985 2

. 9018

. 8205 - 1. 18'1 1 - 1.1273

- 1.0598

.9861

. 9 100

.8337 - 1. 0887

a=.221

0 9 10

0 9 11 0 9 12

0 9 13 0 10 10

0 10 11

0 10 12

0 10 13 01111

0 11 12 0 11 13

0 12 12 0 12 13

0 13 13

1 0 0

0 1 0 2

1 0 3 1 0 'I

1 0 5 1 0 6

1 0 7 1 0 8

0 9 0 10

1 0 11 1 0 12

1 0 13

1 1 0

1 1 1 1 2

1 1 3

1 1 'i

1 1 5 1 1 6

1 1 7 8

1 1 9 1 1 10

1 1 11 12

1 1 13 1 2 0

2 1 2 2

1 2 3

1=8

. 0170

.0117 .0086

.006'!

.031'1

.0162

.0112

- 2 .1122

- 2 .0027 - 1.8871

- 1.7681 - 2 .0298

- 1.9366

- 1.835'1 .0082 - 1.7289 .0300 - 1. 85 9 '1

. 0155 - 1.7731 .0107 . - 1.6800

.0288

.01'19

.0276

- .0259 - .0326 - .02&!

.0217

.0181 - .0153 - .0130

- .0111 - .0095

.0080

- .0068

- .0057 .00'18

.0039

.012'1

.0009

.0156 - .01'16

- .0130

- .011'1 - .0100

- .0087

- .0077 - .0067 - .0059

- .0051 - .OO'i'i

.0038 .0138

.0169

.010'1

. 00 78

- 1.7015 - 1. 6220

- 1.5559 3.3069 3.7253 3 . 8 2'!8

3.7936 3.695'! 3.5596 3.'1019

3.2316 3 .05'15 2 .87'16

2 .69'!'1

2 .5157 2 .3397

2 .1675

1.3869

1.6827 1.8293 1.8935

1.9 070 1.8878 1 -8'166 1.7903

1. 7236 1.6'!96 1.5708

1.'1888 1.'1051 1.3205 .3350

.'i930

.62'!3 • 7270

.'l570

.'1275 - .3953

,3621 - .'!'100

- .'1176

- .3912

- .362'1 - .'1023

.3822 - .3587

- .3686 - .3507

.3385 .8389 . 9 197 .91'i'i

.8782

.8291 • 77'!8

.7167

.6635

.6070

.5572

.5073

.'!597 .'1117

.3687

.2290

.3206

.37'19

.3999

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.3895

.37'18

.3558

.3352

.3137

.2919

.2701

.2'i86 - .059'1

.0108 ,0'-178 .0993

47

- 1.0370

.9758 .9091 .8398

- 1.0012

- .95'10

.8986

.8379

. 9209

.8780 .8277

.8'177 - . 8086

.7808

1.7557 1.9388 1.9'!30

1.8819 1. 7932 1.6927 1.5878

1.'1826 1.3790 1.2783

1.1810 1.087'1

.9977

. 9 119

.5220

.7269

.8'177

.90'1'1

. 9206

. 9118 ,8878

.85'1'1

.8152

.7726

.7283

.6831

.6380

.5932 .0581

.0505

.17'12

.2800

Page 30: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a:,22l

1 2 '!

2 5 2 6

1 2 7

1 2 8 1 2 9 1 2 10

1 2 11

1 2 12

1 2 13 2 1 0

2 1 1 2 1 2 2 1 3

2 1 '!

2 1 5 2 1 6

2 1 7 2 1 8

2 1 9 2 1 10

2 1 11

2 1 12

2 2 0 2 2 1 2 2 2

2 2 3

2 2 '! 2 2 5

2 2 6 2 2 7 2 2 8 2 2 9

2 2 10

2 2 11 2 3 0

2 3 1

2 3 2 2 3 3 2 3 '!

2 3 5 2 3 6 2 3 7

2 3 8

2 3 9

2 3 10

1=0

.0089

. 008 6

. 0079

, 0072

.0066

. 0059 . 0053

. 00'18

. 00'!3 ,0039

,075 2

. 061'1

.05 11

.0'13 2

. 0369

. 0317

.0 27'1

.0236

.020'1

.0175

. 0150

. 0128

. 0107

. 0'113

. 0385

. 03'1'!

.030'1

. 0269

. 0237

.0209

. 0 185

. 0162 . 0 1'1 2

. 0 12'1

. 0108

. 01'13

. 01'11

. 0 130

. 0 118

. 0 107

. 0096

. 0086

.oon

. 0068

. 0061

. 005'1

. 7998

. 3'177

. 8 759

. 8389

. 8899

. 8816

. 8 660

. 8 '!'15

. 8 185

.7890

- 7 .19 '12

- 8.0'178

- 8 . 2 '!23 - 8 .1696

- 7.9596

- 7.6720 - 7.3387

- 6.9789

- 6 . 6 0'!5

- 6.2236 - 5 . 8 '115 - 5. '!622

- 5 .0881

- 5. 03'!9 - 5. 6938

- 5.882'!

- 5.8 766

- 5 .7652 - 5.59 1'!

- 5.3793

- 5 .1'!36 - '!. 8935 - '! . 63 '!7

- '!.3719

- '!.1082

- 1.9909 - 2 . 2 636

- 2 . 3501 - 2 . 3575 - 2 . 3 218

- 2 . 260 1

- 2 .1819 - 2 . 0932

- 1 . 9975

- 1.8977

- 1. 7955

.1369

.162 1

.1779

.1867

.190'!

.19 0'!

.1875

.1826

. 1761

.1686 - 1 . 8518

1 . 9829

- 1 . 95 '!8 - 1 . 8 7 20

- 1. 7667

- 1 . 652'1 - 1.5357

- 1.'!20 1 - 1.307'!

- 1.1985 - 1. 09'!1

. 99'1 '!

. 8995

- 1. 2263 - 1.3'!38

- 1. 3 '178

- 1. 3 112

1.2539 - 1.1863

- 1.11'!2

- 1.0'!07 . 9675 . 8952

. 82 '!8

.7565 . ~69'!

. 520 1

.5270

. 5166

. '!')77

. ~ 7'!1

. 4 '!82

. 4210

. 3935

. 3661

, 3392

. 3556

. 'lO'i'i

. 4332

.'1'!73

. 4509

. '!470

.'!377

. '!2'15

. '!086

.390? - 3 . 8882

'1 .1910 - '!.1637

- '! . 022 '! - 3.8330

- 3 . 6227 - 3.'!0'!8

- 3 .1862

- 2 . 9708

- 2. 7607 - 2 . 5571 - 2 . 3607

- 2 .1718

- 2 . 6108 - 2 . 8800

- 2 . 913 1

- 2 . 8556

2 .75'17 - 2 . 6315

- 2 .'1967

- 2 .3565 - 2 . 2 147 - <' . 0735

- 1. 93'1'1

- 1 . 798 '!

- 1. 0093 - 1.1259

- 1.1'!9'! - 1 . 1355 - 1 .1029 - 1 . 0600

- 1. 0113

4 8

. 959'!

. 9060

. 85 2 1

.798'!

a=.221

2 '! 0

2 4 2 'l 2 2 'i 3

2 '! '!

2 '! 5 2 'i 6 2 'i 7

2 'i 8 2 'l 9 2 5 0

2 5 2 5 2

2 5 3

2 5 '!

2 5 5 2 5 6 2 5 7

2 5 8

2 6 0 2 6 2 6 2 2 6 3

2 6 '! 2 6 5 2 6 6 2 6 7 3 0 3 1

3 2 '! 1 '! 2 '! 3

'! '!

'! 5 'i 6

1=0

. 0036

.0037

.0035

.0032

.0029

.0027

.002'!

.0022

.0020

.0018

.0007

.0008 .0007

.0007

.0006

.0006

.0005

.0005

.000'!

.0001

.0001

,0001

.0001

.0001

. 0001

.0001

.0001

.0252

.013'!

.01'!1

.1205

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.0076

.0006

.oooo

.0000

.5518

.6296

.6557

.6597

.6515

.6358

.6153

.5917

.5659

.5388

.1180

.1350 .1'!10

.1'!21

.1'!06

.1375

.1333

.1285

.1231

.0206

. 0236

.02'!7

.02'!9

. 02'!7

.02'!2

.0235

- .0227 - '! .382'! - 1.289'!

.'!90'!

-'!6.7726

-10.897'! - 1.79'1'!

.1'!3'1

.0068

.0002

.1271

- .1'!18 - .1'1'16

. 1'125

.1380

.1321

.125'1

.118'1

- ·1111 .1038 .0 267

.0299

.0307

.030'1

.0295

.0283

.0270

.0256

.02'11

.00'16

.0052

.0053

- .0053

.0051

. 00'!9

.00'!7

. 00'15

.9716 .2711

.1389

- '1.5'101 - 2 .2677

.3619

.0283

.001'1

. 0000

49

.2755

.309'!

.3178 . 3156

.308 0

.2973

.28'17

.2711

.25 69 .2'12'1 .0583

. 0658

.0678

.0676

.0662

. 06'!1

.0616

. 0588

.0559

.0101

.011'!

.0 118

.0118

. 0117

.0113

.0109

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.6329

.3102

- "10.0'!60

- 5.1510 . 8355

.0662

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.0001

Page 31: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a= . 221

0 0 0 0 0 0 0 2 0 0 3

0 0 '! 0 0 5

0 0 6 0 0 7 0 0 8

0 0 9

0 0 10 0 0 11 0 0 12

0 0 13

0 1 0 1 2 0 1 3

0 1 '!

0 1 5 0 1 6 0 1 7

0 1 8 0 1 9 0 1 10

0 1 11

0 1 12

0 1 13 0 2 2 0 2 3

0 2 '!

0 2 5 0 2 6 0 2 7 0 2 8

0 2 9 0 2 10

0 2 11

0 2 12 0 2 13 0 3 3 0 3 '!

0 3 5 0 3 6

0 3 7

0 3 8

ls i

. 0573

. 0180

. 010 1 . 0068

. 0050

. 0039

.0032

. 0 026

. 0022

. 00 19

.00 16

.00 1'!

.0012

.0010

.0515

.020'!

.0126

. 0089

.0068 .005'l

.OO'l'l

.0036

.0031

.0026

.0023

.0020

. 0017

.O'l75

.0210

.0137

. 0 100

.0078

. 0062

.005 2

.OO'l3 .0037

.0032

.0027

.002'l . O'i'l'l

.02 10

.01'12

.0106

.OOB'l

. 00 68

1 . 11'11 1 . 57 16

1 . 95 11 2 . 2796

2 .5627 2.80'18

3 . 0 101

3 . 1827 3 . 326'1

3 . 'l 'l 'l6

3 .5'10 2 3.6158

3.6737

3.7158

2 .3910 2 . 99 11 3 . '1859

3 .908 7

'1. 2716 '1.58 17

'l .8 'l'l 6

5 . 0653

5. 2'18 3 5.3976

5.5169

5.6092

5 .6776 3. 8 0 '19

'l. 'l507

'l. 9 88'l

5.'l'i66 5.8 387

6 . 1730 6.'1555 6.69 16 6.8858

7.0'123

7 . 16'19 7.2569 5. 2'10 2

5.8871

6.'1 298 6.8915

7. 285 '1

7.619 7

. 0230

.O'l02

. O'l80 . 0503

. O'l97

. O'l76

. O'l'l9

. O'l19

. 0388

.0358

.03 29

.0301

.0276

.0252

.052'!

. 0627

. 0681

. 0695

. 068'l .0657

.0622

.058 3

.05'13

.0503

.O'l6'!

.O'l27

.0392

.0710

.0773

.08 07

.08 12

.0795

.0765

.0727

.068'! .0639

.0595

.0551

.0509

. 0828

.0868

.0886

.088'i

.08 6'l

.08 32

50

.12 10

.1118

. 0952 .080'l

. 0683

.ossa

. 05 12

. O'l52

.O'l03

. 0363

. 033 0

.0303

.0280

. 0261

.1388

.133 0

.119 0

.10'16

. 0918 .08 10

.0721

.06'16

.058 'l

.0532

.O'l89

.O'l52

.O'i 21

.1'1 67

.1'122

.1308

.118 1

.1060

.0953

.0861

.0?82 .0715

.0658

.0609

.0566

.1506

.1'!70

.1376

.1265

.1155

· ! OS'l

.1663

. 2'165

. 3037 .3'!53

.375'l

. 3969

. 'l116

. 'l 211 .'l263 . 'l282

. 'i27'l

.'l 2'l'l

.'i196

. 'l 13'l

.3626

.'l'l66

.5092

.5557

.5898 .61'10

. 6303

.6'103

.6'150 • 6'!55

- .6'125

- .6367 .6286

- . 5506

.6293

- . 6889 .7337

- .766'!

- .7893 - . 8 0'!1

- . 8 123 - . 8151

.8133

- . 8 077 - • 799 0

.7209

.79 15

.8'6::1 . 8857

. 9 1'18

- . 93'1 6

.0027

.00'!3

. 0057 .0071

- .0085 - • 0098

.0110

. 0 122 - • 0132

- .01'12

- .015 0 - .0158 - .016'l

. 0 170

. 0069 - . 0092

- . 011'l

.0135

- • 015'! - .0 173

- .0189

- . 0205

- . 0 2 19 - . 0231

- .02'1 2

- .0251

- .0259 - .012'!

- .015 2

.0179

- .0203 - .0222

- . 02'!6 - .0265 - .0282

.0297

- • 0310 .0322

- .0331 .0187

- .0218

- .02'!6 - .0272

.0295

- .0317

a=.221 0 3 9

0 3 10

0 3 11 0 3 12

0 3 13 0 'l 'l

0 'i 5 0 'l 6

0 'l 7 0 'l 8

0 'l 9 0 'l 10

0 'l 11

0 'i 12 0 'i 13

0 5 5 0 5 6 0 5 7 0 5 8 0 5 9 0 5 10

0 5 11 0 5 12

0 5 13

0 6 6 0 6 7

0 6 8

0 6 9

0 6 10 0 6 11 0 6 12

0 6 13

0 7 7 0 7 8 0 7 9 0 7 10 0 7 11 0 7 12

0 7 13 0 8 8

0 8 9 0 8 10

0 8 11

0 8 12 0 8 13

0 9 9

1=!

. 0057

.00'!8

• OO'll .0035

.0030 . O'i20

. 0208

.01'i'l

.0109

. 0087

.0072 ,

.0060

. 0051

. OO'i3

.0037

• O'i 00

. 020'!

. 0 1'l'l

. 011 1

. 0089

. 007 '!

.0062

.0052

.OO'l5

.0382 . 0 200

. 01'13

.0 111

. 009 0 . 0075

. 0063

.005 3

.0367

. 0 196

.0 1'12

.0111

.0090 . 007'l

. 0062

. 0353

.0191

. 0139

. 0109

.0088

.0073

.03'!0

7.9006

8 . 133'1

8 . 3227 8 . 'l72'l

8 .58 65 6 . 6372

7 . 2617 7.7876

8 . 23'11

8 .6132 8.9329

9.199'1

9.'!175

9 . 5917 9 . 7260·

7 . 963 2

8 .5519

9 . 0'!82 9 . '!68 1

9.8222

10.1183

10 . 3621 10 . 558'!

10 . 7113

9 .1997 9 .7 '!5 1

10.20 '13

10 . 5906

10 .9 136 11.1805

11.3967

11.5 6 67 10.3368 10 . 8350

11 . 2528

11 . 6015 11.8898 12. 12'!2

12.3099 11.3700 11.8 192 12. 19 3 '1

12 . 5026 12 . 75'13

12.95'!6 12 . 2981

- .0792

- .07'i8

.0701

. 0655

.0608 . 0903

. 0927

.0935

.0927

.090'l

.0872

. 0832

.078 7

.07'10

.0693

• 09'19

. 0961

. 0962

. 0950

.0926

.0893

. 0853

.0809

. 0763

. 097'l . 0979

. 097'l

. 0959

. 093'l

.0901

. 08 62

.0819

. 098'!

. 0983

.0975

. 0957

.0932 .0899

• 0861 .098'l . 0979

.0967

. 09'19

.0923

. 0891

. 0975

5 1

.096'l

.oaas

. 0816

.0756

. 070'l .1527

. 1'197

.1'119

.1323

.1223 .1129 .10'13 . 0966

.0897

. 0836

.1539

.151'!

. 1'l'l8

.136'!

.127'i

.1187

.1105

.1030

. 0963

. 15 '17 .1526

. 1'169

. 139'l

.1313

.1232

.115'l

.1083

.155 3

.153'l

. 1'i8'l

.1'117

. 13'13 . 1267

. 119'l

.1556

. 1539

.1'195

. 1'135

. 1366

.1296

.1557

. 9'!67

.9522

.9523

. 9 '178

.9395 . 8712

.9330

.9802

1.0151

1.0398 1. 0558

1 .06'!5 - 1 . 0670

1.06'1 2

- 1.0569 - 1 . 0018

- 1 .0550

1.0953 - 1 . 12 '16

- 1.1'l 'l6

- 1.1566

1.1617 1.1609

1.1552

1.1137 1 .1588

1 . 1925

1. 2163

1. 2316 1.2396

- 1 . 2 '1 12

1 . 2373

1 . 208'1 - 1 .2'!61

- 1. 2736

1.2922 - 1.S030 - 1.3071

- 1 . 3053 - 1.2876 - 1. 3185 - 1.3'102

- 1.3539 - 1.3606 - 1.3611

- 1.35 26

- .0336

- .0353 .0368 .0381

.0392

.0253

.0 285

.0313

. 0339

. 0363

.0383

- .O'l02

- .O 'l18

- .O'l32 - . O'i'l'l

- . 0319

- .0350

- . 0378 - . O'l03

- .O'i25

- .O'l'l5

.O'l62

.0'!76

- .O 'i89

. 038'! - .O'l13

- .0'!39

- .O'i62

. O'l83 - .05 00

- .0515

- .0528 - . O'l'l 'l - . 0'!71

- .O'i95

- . 0516 - .053'l

.05'19

.0562 - .O'l99

.0523 . 05'15

- . 0563 - . 0578

- • 0591

- . 05'18

Page 32: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a a .221 0 9 10 0 9 11 0 9 12

0 9 13

0 10 10 0 10 11 0 10 12

0 10 13 0 11 11 0 11 12 0 11 13

0 12 12 0 12 13

0 13 13 1 0 0

0 1 1 0 2

0 3

0 'I

1 0 5 1 0 6

1 0 7

o a 0 9

1 0 10

1 0 11

1 0 12 1 0 13 1 1 0

1

1 2 1 3 1 'I

5 1 1 6 1 1 7 1 1 8

1 1 9 10

1 11 1 1 12

1 1 13 1 2 0

1 2 1 1 2 2

2 3

1--i . 0 18 6 .0136 .0107

.0088

.0328

.018 1

.013 '1

.0108

.0318

.0180

.0136

. 0313 .018 0

.0307

- .022'1

- .0361 .03'13 .03 2'1

- .0308

.029'1 - .028 1

.0269

- .0258

- .02'17 . 0237

. 0227

- . 0218 - .0209

.0039

.0051

- .0225 - .0227

.0218

.0209

- .0199 - .019 0 - . 0182

- .017'1 - .0166

.0159 - .0152

- .01'15 .00'17 . 007'1 .0026

- .0153

12 . 6980 13 . 028 1 13. 2970

13 .51 1'1

13 .1223 13 . '1737 13 .7600

13 . 9887 13 . 8 '153 1'1 .1'19'1 1'l . 3929

1'1 .'1706 1'1.7293

15.0027 -12 .377'1

- 18 . 968 1 - 2'1. 3050 -28 . 833'1

-3 2.7505 - 36.17 00 -39 .1679

-'11. 799'1

-'1'1 . 1070

-'16 .1251 -'17 . 8819

- '19 . '1015

-50 .70'17 - 51 . 8 096 - 8 . 2035

-12 .6090 -1 6 .190'1 -19 . 2220 - 21. 8387

- 2'1.1208

- 26 .12 1'1 - 27.8 78'1 - 29 .'120'1

-30.7703 - 3 1. 9 '1 66 - 32 . 9653 - 33.8 399

- 3'1.582'1 - 6 . 2757 - 9 . 63 '12 - 12 .3823

-1'1.7256

- . 0967 - . 095'1

.093'1

. 0909

. 0961

.0951

. 0936

. 0916

. 09'13 . 0931 . 0915

. 0921 - • 09"09

. 0898

. 1000

. 1'1 'l3

. 1761

.1989

. 2 151 . 2262 . 2333

. 237'l

. 2390

. 2388

. 2370

. 23'l1

. 2302

. 2256 . 0617

. OR82

. 10 70 . 1220 .1339

.1'l29

.1'19 '1

.1537

. 1562

. 1572

. 157 1

.1559

.15'10

.151'1

.0368

. 0561 . 0697

. 0802

5 2

. 15'12

. 1503

. 1'1 '17

.138'1

.1557

.15'13

. 1507

.1'156

. 1555

.15'1 2

.1508

. 155 2 .1539

. 15 '17

.1875

. 26'1 5 . 3110 .3'110

. 3 613

. 3753

. 3850

- . 3917

- .3961 .3988 . '1000

. '1002

.399'1

. 3978 . 0789

.13'13

. 1780

. 2089 . 2303

. 2'150

. 255 2

. 2621

. 2666

- . 269'1 - . 2709

. 27 1'1

. 27 10

. 2700

. 0320

.06'13 . 0988

.130 1

- 1. 377'1 - 1.3939 - 1. '1031

- 1.'1059

- 1.'1050 - 1 . '12'1 2

1 . '1359

- 1.'1'110 - 1 .'1'159 - 1. '1601

l.'l676

1 . '1767 - 1. '186'1

1.'1983

1. 2805

1. 9372 2 . '1523 2 . 87'16

3 . 2265

3 . 5216 3 .7695 3 . 9771

'1 .1'!98

'1. 2921 '1 . '1077

'1 . '199 '1

'1.5700 '1. 6218

. 839 1

1. 2708

1. 6112 1. 8919 2 .1272

2 . 3257 2 .'193'1 2 . 63'17 2 .7528

2 . 8507 2 . 9307 2 . 99'17 3 . 0 '1'15

3 . 08 1'1 .6167 . 9380

1 .1937

1. 'l065

. 0570

. 0588 - . 0603

. 0616

. 0591

. 0610

. 0625

- .0637 . 0628 . 06'i3

.0655

.0658 - • 067 0

.0682

. O'l76

. 073'1 . 09'16

.1129

.1288

.1'128 .1551 .1660

.1755

.1838

.1909

.1971

. 2023

. 2065 .0323

. 0'198

. 06'12

.076'1

.087 0

. 0963

.10'15

.1117

. 1179

. 123'1

.128 1

.1321

.1355

.1383

. 0255

.0392 . 05 03

. 0598

a=.221 1 2 'j

1 2 5 l 2 6

1 2 7 1 2 8

2 9 2 10

2 11 1 2 12

1 2 13 2 1 0

2 1 1 2 1 2

2 1 3 2 1 'l

2 1 5 2 1 6 2 1 7 2 1 8 2 1 9

2 1 10

2 1 11 2 1 12 2 2 0

2 2 1 2 2 2 2 2 3

2 2 'i

2 2 5 2 2 6 2 2 7

2 2 8

2 2 9 2 2 10 2 2 11

2 3 0

2 3 1

2 3 2 2 3 -3

2 3 'i

2 3 5 2 3 6 2 3 7

2 3 8 2 3 9 2 3 10

l=t .0166

- .016'1 - . 0159

.015 3 - .01'17

- .01'11 . 0135

- .0129 - .0123

- . 011~

.0752

.0797

.080'1

.0797

.078'1

.0767

.07'18

.0728

.0707

.0685

.0668

. 06'i1

.0620

.0'1'15

.05'19

. 0596 .0619

.0628

.0628

.062'l

.0615 .060'1

.0592

.0578

.0563

.0162

.0213

.02'10

.0255

.026'1

.0268

.0269 .0268

.0266

.0 262 .02!>7

-16 .7505

- 18 .5157 -20.0630

-21.'1229 -22.6182

-23.6667

- 2'1.5828 -25.378 '1 -26.0639

-26.6'182 35.7920

5'1.8231 70. 289'1

88 .'1'157

9'1.8 '166 10'1 . 816

113.571

121.270 128 . 035 133.965

139.1'12

1'13.633 1'17.'199 3 2 . 0 1'17

'19 .0985 63.0030 7'1.8 '156

85.1219

9'1 .12 11 102.037 109 .ou 115.152

120.5'18 125 .269 129 .378

1'1.6352 22 .'1579 28 . 8318 3'1.2658

38 . 9859 '13.1239 '16. 7681 '19 .9827

5 2 . 8 172 55 . 311'1 57.'1978

.0893

.0971

.103'!

.1083

·1 tt9 .11'12

.1155

.1159

.1155

.11'15 - .2591

.3818

.'1683

- .5308 .5760

- .6082 - .6301

- .6'1'11 - .6517 - . 65'12 - .652U

- .6'173 - .639'1 - .2088

- .3081 - .3800 - .'1337

.'!7'!0

- .50'!0

- .5258 - .5'109

.5506

- . 5558 .5572

- .5556

- .0889 - .1315 - . 1628

. 1866

. 20'!8 - . 2 187 - .2290 - • 2365

. 2 '116

. 2'1'17

. 2'162

53

.15'17

- .1730

.1862

. 1956

.2022

.2066

. 209 '1 . 2110 . 2117

. 2115 .5065

• 7001 .8257

.91'13

.9792 1.0278 1.06'15

1.0921 1 . 1126 1 - 127'1

1. 1375

1 . 1'137 1 . 1'165

.3853

. 5525

. 6693 .7563

.8229

.87'18

.9155 . 9 '17'1

. 9723 . 9913

1.0055 1.0156

.16i2

. 2350

.288 '1

. 3292

. 3613

.3869 .'1073 . '1 237

. '1367 . 'l'l70 .':15'19

1.5866

1.7':101

1. 8711 1.9827 2 . 0771

2.1563 2 .2220

2 .2755 2 .3179

2 .3505 3.5938

- 5.'1'182 - 6.9102

- 8 .11'16

- 9.1237 - 9 .9751 -10.69'18

-11 . 3018 -11 . 8 112 -1 2 . 2350

-12.563 1

-12.8638 -13.08'1'1

- 3.12'19

- '1.7':163 - 6 . 0316 - 7 . 096'-1

- 7 . 9939

- 8.7558

- 9 .'!0'11 - 9.95'18

-10. ':1207 -10 . 8 118 - 11.1365 -11.'-1019

- 1.'1011 - 2. 1308 - 2 . 7111 - 3.1936

- 3 .6018 - 3.9'196 - '1. 2'1 68 - '1.500'1

- '1.7159 - ':1.8979 - 5.0500

.0679

.0750

. 0812

. 0866 . 0913

.0953 .0988

.1018

. 10 '12

.1063 .138 3

.2130

.27'-1 2

.3266

.3722

. '-1123

.'1'175

- . '178'1 . 5055 . 5291

.5'195

.5669

. 5816

. 12'15

. 1915

.2'162

.2930

. 333 6

.3692 .'100'1 . '1277

.'1515 . '1723

- . '1902

- .505 5

. 0570

.0875 - .1125

.1338

.1523

.1685

.1826 - .1896

.2058 - . 2152

. 2233

Page 33: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a•.221 2 ~ 0 2 'i 1

2 'i 2 2 'i a 2 'i ~

2 ~ 5 2 ~ 6 2 'i 7 2 'i 8

2 'i 9 2 5 0 2 5· 1

2 5 2

2 5 a 2 5 'i 2 5 5 2 5 6 2 5 7 2 5 8 2 6 0

2 6 1

2 6 2 2 6 3 2 6 'i

2 6 5 2 6 6 2 6 7 3 0

3 1 3 2 ~ 1 'i 2 'i 3 'i ~

'i 5 'i 6

1-t .00~3

.0058

.0067

.0073

.0076

.0078

.0079

.0079

.0079

.0078

.0009

.0012

.001'!

.0016

.0017

.0017

.0018

.0018

.0018

.0002

.0002

.0003

.0003

.0003

.0003

.0003

.0003 .0855

.0388

.0266

.627~

.'!353

.o8so

.0077

.ooo~

.0000

'!.5083 6. 9207

8 .8880

10.5665 t2.025R

13.3061

1'i . 'i3'i8

15.'!31~

16.a111 17.0861

1.0'!88 1.6106

2.0689

2.'!603

2 . 8 008 3.0998

3.3635

3.5966

3.8026 .1962

.301'!

.3872

.'!606

.5 2~'!

.5805

.6301

. 6739 188.779

8~.1273

50.2981 1618 .12 1331.82

283 . 9 10

27 .382'1

1.5031 .0533

.0259

.038'!

.0~76

.05'!8

. 0603

.06'!5

.0678

.0702

.0719

.0730

.0057

.0085

.0106

. 0 122

.0135

.01'!5

.0153

.0158

.0162

.0010

.0015

.0019

.00 22

.00 2'!

.0025

.0027

.00 28 .6793

. 2892

.159~

- 5.2813 - 3.9718

.7991

.0737

. 0035

.0001

.0'!67

.0688

.0852

.0979

.1080

.1162

.1229

.1283

.1327

.1a62

. 010'!

. 015'!

.0192

.0221

.02'!5

.0265

.0281

.029'!

.0305

.0019

.0028

.0035

.00'!1

.00'!6

.00'19.

. 0053

.0055 1.'!713

.6351

.3739

12.0306 9 .'!8'!8

1.9782

.188 1

54

.010 2

.0006

- .'1251 .6'170

- .82'10

- . 9716 - 1.0967 - 1. 2037

- 1. 2953 1.3738

- 1.'!'108

- l.'i 975

.0976 - .1'lB7

.1896

. 2237

- . 2526 . 2775

. 2988

- .3171

- .3328 - .0181

- .0276

.0352

.0'115

.0'169

.0516 '

- .0556 - . 0590 -15.3997

- 6 . R259

- '1 .008 1 -128 .683 -103.55'1

- 21. 7~73

- 2 .0732

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- .0175 - . 0269

- .03'16

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.0632

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- .0130

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. 2915

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- 5.'1285 - '!.3669

. 9137

- .0867 .00'17

- . 0002

a:.221 1=2

0 0 0

0 0 1 ·o o 2 0 0 3

0 0 'i 0 0 5

0 0 6

0 0 7

0 0 8 0 0 9 0 0 10

0 0 11 0 0 12

0 0 13

0 1 1

0 1 2 0 1 3 0 1 'I

0 1 5

0 1 6 0 1 7 0 1 8

0 1 9

0 1 10 0 1 11

0 1 12

0 1 13 0 2 2 0 2 3

0 2 'i

0 2 5 0 2 6 0 2 7

0 2 8

0 2 9

0 2 10 0 2 11

0 2 12 0 2 13 0 3 3 0 3 'I

0 3 5 0 3 6 0 3 7 0 3 8

.O'i59

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.0382

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.0103

.0073

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- .0966

- . .1051

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- .09 72

- .0933 - .0896

- .0859

.0825 - .0792 - .0760

.0731 - .0702

- .0676

- .1512

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.1672

.1650

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- . 2666 - .2721 - . 27 21 - . 2689

. 26'11

- .0796 .0798

- .0733

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- .0603

.0550 - .0503

.0'162

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- .039'1

- .0366

.03'10 - .0317

.0297

- .1118

.1156 .11Q'I

- .1031

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.0886

.0822

.0763

.0710

.0662

.0618

.0579

.05'i2 - .1386 - .1'i31

.1391

- .1321 - .12'i3

.1166

.1092

.10 22

.0958

- .OA99

- .OB'I'i - .0793

- .1612

- .1656

- .1625 - .1560 - .1'182 - .1'i02

.1695

.1685

.1510

.1330

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. 2362 .2215 .2025

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.2372

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- .153'1

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- .281'1 . 2632

55

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Page 34: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a=.221 0 3 9

0 3 10

0 3 11 0 3 12

0 3 13 0 'i 'i

0 'i 5 0 'i 6 0 'i 7

0 'i 8 0 'i 9 0 'i 10

0 'i 11 0 'I 12 0 'i 13

0 5 5 0 5 6 0 5 7 0 5 8 0 5 9 0 5 10 0 5 11

0 5 12

0 5 13

0 6 6 0 6 7 0 6 8

0 6 9 0 6 10 0 6 11 0 6 12

0 6 13

0 7 7

0 7 8 0 7 9 0 7 10 0 7 11 0 7 12 0 7 13

0 8 8

0 8 9 0 8 10 0 8 11

0 8 12 0 8 13

0 9 9

1=2 .0036

.0030

.0025

.0022

. 0019 .0366

.0166 .0108

.0.079

.0061 .00'19 . 00'10

.003'1

.0029

.0026

.0352

.0167

.0112

.0083

.0065

.0053 ,00'15

.0038

. 0033

.03'11

.0167

.0115

. 0087

. 0069 , 0057 .00'18

.00'12

.0330

.0167 . 0117

.0090

.0072

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.0051

.03 21

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.0118

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.0062

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. 2582

. 2517 .2'1'19

- . 2379

- . 2310 - .2960

- .311'1 - .3177

. 3183

- .3156 . 3109

- .30'19

- .2981 - . 2908 - .2833

.3381

.3530

.3596 . 3607

.3583

.3537 - .3'177

- .3'108 - .3332

- . 377'1

:- .3916 . 3983

- . 3997

- .3975 - .3931

.3871

- .3801

- .'11'11 ~'1276

- .'13'12

- .'1356 .'1337 . '129'1

- . '123'1

.'1'183

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.'1672

.'1 688

.'1670

.'f628

. '1803

- .1322 .12'17

- .1116 - .1108

- .10'15 - .1805

- .18'16 - .1920

- .1760·

- .1685 - .160'1 - .1522

- .1'1'13 - .1367 - .129'1

.1972

.2009

.1987

.1931

.1858

.1778 - .1696

.161'1

- .1535

- . 2117 - . 2150 - . 2130 - . 2077

- .2007 - .1929

.18'17

.17 65 - .22'i'i

.2273

. 225'1

- .220'1

. 2137

. 2060

.1979

. 2355

. 2380

.2361

. 231'1

. 22'19 . 2 175 .2'151

. 2'162

.230'1

- .2161 .2031

.1912 - .3529

- .3586 - .3508

.3361

- .3188 .3010

- . 2836

. 2675

.252'1 - .238'!

.3818

.3872

.3807

.3675

.3512

.33'10

.3168

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.28'19

.'1073

- .'1123 .'1067

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.3298

. '!299 .'!3'16 .'1297

- .'1188 .'10'!6 .3887 .372'1

- .'1502

56

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.0280 .0287 .0290 .0290

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.0586 ; o603 .0617 ,0'!36

.0'!93

.05'1'1

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.0660

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. 0678

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. 08 0'1

.0836

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a•.221 0 9 10

0 9 11 0 9 12

0 9 13

0 10 10 0 10 11 0 10 12

0 10 13

0 11 11 0 11 12 0 11 13

0 12 12 0 12 13 0 13 13 1 0 0

0 1 1 0 2

1 0 3

1 0 'I

1 0 5 1 0 6

0 7

0 8 0 9

1 0 10

1 0 11

0 12 1 0 13 1 1 0

1 1 1 2 1 1 3 1 1 '!

1 1 5 1 1 6 1 1 7 1 1 a 1 1 9

1 1 10 1 1 11 1 1 12

1 1 13 2 0 2 2 2

1 2 3

1·2 .0166

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. 0296

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- .0365 .0385

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- .0'117

- .0'132 .0'!'!5

- .0'!57

- .O'i68

- .0'177 - .0'!85

- .0'!92

- .0'197 - .050 2

.0020

- .0060

- .02'12 - .0260 - .0268 . - .0273

- .0277

- .0281 - .0285

- .0288 - .0290 - .0293 - .029'1

- .0296

.0023

.00'1'1

.0001

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- . '1920

.'!980 - . '1995 - . '1978

.5097 - .5208 - .52 65

.5279 - .5372

.5'176 - .5529

- .5628 - . 572'1 - .586'1

. 6871

1. 2051 1.6979

2 .1685 2 .6173

3.0'!'18 3.'1511 3.8366

'!.2018

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5.1810

5.'1706

5.7'!26 .3696

.6702

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1.7571 1.9921 2 . 2137 2.'1225

2 .6190 2 . 8038 2 . 9772 3.1399

3.2923 .2377 .'!390 .6'!59

. 8501

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1.2087 1.3'!66 1.'!7'10

1.59 16

1· 7000 1. 8000

1.8920

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1.1891 .0895 .1709 .257'! .3'! 22

57

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1. 8 '!75 2. 1868

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3.3268

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1.'!5'1'1 1.627'1 1. 78 66 1.933 6

2 .0696 2 .1957 2 .3127 2 .'!212

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• 12'16 .1300 .13'18

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. '!377

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1.23'!9 - 1.'1288

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- 1.9830 - 2.1571 - 2 .325'!

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• 2'182

- .3616 - .'1756 - .5889

- .7008 . 8 106 .9179

1.022'1

1.1238 1.2219 1.3167 1.'1081

1.'1959 - .0952 - .1733 - . 25~0

.3331

Page 35: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a=.221 lc2

1 2 'i 1 2 5

2 6 1 2 7

1 2 8 2 9

1 2 10 1 2 11

2 12 2 13

2 1 0

2 1 1

2 1 2 2 1 3

2 1 'i

2 1 5 2 1 6 2 1 7

2 1 8

2 1 9 2 1 10 2 1 11

2 1 12 2 2 0

2 2 1

2 2 2

2 2 3 2 2 'i

2 2 5

2 2 6 2 2 7 2 2 8

2 2 9

2 2 10

2 2 11 2 3 0

2 3 2 3 2

2 3 3 2 3 'i

2 3 5 2 3 6 2 3 7 2 3 8

2 3 9

2 3 10

.0200 - .0207

. 0210 - . 0 2 12

- .021'i . 0215

. 0216 . 0216

. 0216

.02 16

. 1009

-1257 . 1'i'i5

. 1601

. 1733

. 18'!7

. 19'!5

. 2031

. 2105

. 2170

. 2226 . 227'!

. 2316

. 0616 . 0903

. 1121

.1299

.1 'i50

. 1579

. 1690

. 1786

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. 2008

. 206'!

. 0230

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. 0552

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1.0'i'i6 1 . 2277

1.3995

1 . 5605

1 . 711'! 1 . 85 27

1 . 9850 2.1087

2.22'!2 2.3320

3.12'i'i

- 5.'!917 - 7.788'! - 10.0130

-12.1569

-1'i.21'i3

-16.1822 - 18.0592

-19 . 8'!52

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-26. 10'!6 - 2 . 762'!

- '! . 9282

- 7 . 030'!

- 9.0963 - 11 . 1055 - 13 . 0'!17

- 1'!.8981

-16.6736 -18 . 37 10

-19.9877

- 21.52'!2

- 22.9813

- 1.2606

- 2.2563 - 3.237 6

- '! . 2032 - 5 . 1'!52

- 6.0571

- 6 . 9353 - 7.7781

- 8.5853

- 9.3560 -10.0900

. 'i199

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. 6086 .6593 . 7050

. 7'i6'i

• 7839

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1.3'!97

2 . 3019

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- 'i . 78'i0

- 5 . 50'!8 - 6 . 1769

- 6 . 8027

- 7. 38'!7

- 7.925 1 - 8. '!261 - 8.8897

9 . 3180 - 1 . 1397

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- 2 . 788 1

- 3 . 5'!99 - '!.2696

- 'i . 9'i72

- 5.5833

- 6 .1792 - 6 .7362

- 7 . 2558

- 7 . 7397

- 8 . 189'! . 50'!8

- .8877 - 1 . 2561

1 . 6089 - 1 . 9'i'i8

- 2 . 2630

- 2.563'! - 2.8'!60

- 3 . 111'i

- 3 . 3599 - 3.5922

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1.1'!13

1 . 261'! 1. 3707 1.'!706

1 . 5621

1.6'!62

1.7235 1.79'!6

2 .7875

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- 9.9'i'i9

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-19.9110 - 2.3618

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-10.381'!

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- 15 . 'i30'i

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1.0505

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3 . 37'!2 - 'i.0907

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7 . 1826 - 7.7053

5 8

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1 . 05'i 'i 1.1382 1.2166 1. 2898

1 . 3579 . 15 18 .2687

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5 . 9616 6.90'!8

7.8289

8. 7309

9 . 6086 10 . '!603 11.28'!6

12.0808 1. 08'!0 1 .9731

2.8802

3 . 7960 'i. 7110-

5.618 3

6.5125

7.389 6 8 . 2'!68

9 . 0817

9 . 8927

10.678'! .5119 .9326

1 . 362'!

1 . 7968 2.2315

2 . 6628 3.088'! 3.5062 3 . 91'!9

'! . 3133

'!.700 6

a= . 22l 2 'i 0

2 'i 1 2 'i 2 2 'i 3 2 'i 'i

2 'i 5 2 'i 6 2 'i 7

2 'i 8 2 'i 9 2 5 0 2 5 1

2 5 2 2 5 3 2 5 'i

2 5 5 2 5 6 2 5 7 2 5 8 2 6 0

2 6 1 2 6 2 2 6 3

2 6 'i

2 6 5 2 6 6 2 6 7

2 7 0 2 7 1 2 7 2 2 7 3

2 7 'i

2 7 5 2 7 6 3 0

3 1 3 2 'i 1

'i 2 'i 3 'i 'i

'i 5 'i 6 'i 7

1=2 .0062

. 0100 .0133

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15.5092

13 . 6208 3 . 0518

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- 2 . 1667 - 2 .'1339

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- . 0112 - .o 133

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- 119 . 295

- 37 .7002 -18 . 'i1'i3

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- 60.9969

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- 752.677

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. 56'! 1 - . AO'i3 - 1 . 037'!

1. 2621

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. 39'!1

.'i'l09

- · 'i85'i . 0 136

.0 2'!2 . 03'!8 . O'i5 1

.0553

. 0650

. 07'!3

.0833

.0022 .0039

.0056 .0073

.008 9

.0105

.0120 - 85 . 8750

-27.2005 - 13.3022

-20'!9 . 68

- 1859 .57

-'!25 . 328 - 'i3 . 'i650

- 2.5083

- . 0929

- .00 2'i

5 9

.0 2 10

.037'! . 0537

. 0695

.08'!9

.0996

.1137

. 127 2

.1'100

.1520 .• 00'!9

. 0 087

. 0 125

.0162 . 0198

.0233

.0266

.0 298

. 0 3 29

.0009

. 0016

. 00 23

.0030

. 0037

. OO'i'i

.0050

.0056

. 0001 . 0003 . 000'1 . 0005

.0006

. 0007

.0008 5.'!588

1 . 7352 . 8506

129 . 867

117 . '!73

26.796'! 2 .7316

.1573

. 0058

. 0002

.1619

. 295 1 .'i31'J.

. 569 2 • 7073

.8'iY'l .9798

1.11 28 1. 2'!30

1.3701

.0385

.0703

.10 27

.1356 . 1686

.201'! . 2337

. 2656

. 2968

. 007'! . 013'! . 0 196

.0259

. 0322

.0385

. OY'l7

. 0508

.001 2 .0021 .0031 .OO'i 1

. 0052

. 0062

.0 072

69 . '!90

21. 7 66'! 10 . 5695 1683 . 5'!

15'i'i . 67

356. 267 36 . 6580

2 . 1290

.0793

. 0021

Page 36: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a-.197

0 0 0

0 0 1 0 0 2 0 0 3 0 0 'i 0 0 5 0 0 6 0 0 7 0 0 8 0 0 9 0 0 10 0 0 11

0 0 12 0 0 13 0 1 1 0 1 2

0 1 3 0 1 'i 0 1 5 0 1 6 0 1 7 0 1 8

0 1 9 0 1 10

0 1 11 0 1 12 0 1 13

0 2 2

0 2 3

0 2 'i 0 2 5 0 2 6 0 2 7 0 2 8 0 2 9 0 2 10 0 2 11 0 2 12

0 2 13 0 3 3

0 3 'i 0 3 5

0 3 6

0 s 7 0 3 8

1•0

.0928

.0350

.0215

.0152

.0113

.ooee .0069 .0055 .00'!3 .003'! .0026 .0020

.001'!

.0010

.0.751

.0336

.0220

.OJ.5,9

.0121

.0095

. 0075

.0060

.00'!7

.0057

.0029

.0021 .0015.

.0650

.031'!

.0212

.0156

.0120

.009'!

.0075

.0060

.00'!7

.0037 .0028

.0021

.0582

.0292

.0201

.OJ.S,O

.0116

.0092

- 2.8286 - 3.0203

- 2.9958 - 2 .9003 - 2.7753 - 2 .6378

- 2.'!957 - 2.3533

- 2.2129 - 2.0758 - 1.9'!28 - 1.81'i'i

- 1.6906

- 1.5715 - 3.3660 - 3.'i03'i

- 3.3319 - 3.2128 - 3.071'! - 2.9196 - 2.7638 - 2.6078

- 2.'!537 - 2.3029

- 2.1562 - 2.01'!0 - 1.8767

- 3.5093

- 3.'!792 - 3.3838

- 3.2553 - 3.110:0

- 2.9585 - 2. 7997

- 2.6'i27 - 2.'!876 - 2.335'! - 2.1869

- 2.0'i28 - 3.'!931 - 3.'1296 - 3.3227

- 3.1918 - 3.0'179 - 2 .897'1

.956'1

.9270

.8518 - .773'1 - .6996 - .6320

- .5703 - .51'13

- .'1632

- .'!166 - .37'10 - .33'!9

- .2990 - .2$9 - .9978 - .9567

- .8883 - .8151 - .7'!38 - .6767

- .61'13 - .5566

- .5032 - .'i5'i0

- .'!085 - .366'!

- .3275 - . 9628

- .9203 - .8596

- .79'12

- .7292

- .6669 - .6081

- .5529

- .501'1 - .'!53'! - .'1087

- .3671

- 1-9359 - 1.8680

- 1.71'18 - 1.561'1 - 1.'!210

1.29'18

- 1.1813 - 1.0788

- .9858 .9010 .8232

- .7516

.685'! - .62'iO - 2.016'i - t.9'i09

- 1.8103 - 1.6706 - 1.5360 - 1.'1103

- 1.29'12 - 1.1872

- 1.0885 - .997'!

- .9130 - .83'!6

- .7617

- 1.96'i'i

- 1.8890 - 1· 7759 - 1.6522

- 1-529'1 - 1-'!118 - 1.3011

- t.t975 - 1.1008 - 1.0106

.926'1

- .8'176 - .9073 - 1.87'!'1 - .8665 . - 1.8021

- .8128 - 1.7022

- • 75'15 - 1.5921 - .6960 - 1.'1808 - .6391 - 1.3725

60

a= .197 0 3 9

0 3 10 0 3 11

0 3 12 0 3 13 0 'i 'i

0 'i 5 0 'I 6 0 'i 7

0 'i 8 0 'i 9

0 'I 10 0 'I 11

0 'i 12

0 'I 13

0 5 5 0 5 6 0 5 7 0 5 8 0 5 9 0 5 10 0 5 11

0 5 12 0 5 13 0 6 6 0 6 7 0 6 8

0 6 9 0 6 10 0 6 11 0 6 12 0 6 13 0 7 7

0 7 8

0 7 9 0 7 10 0 7 11

0 7 12 0 7 13 0 8 8 0 8 9

0 8 10 0 8 11

0 8 12 0 8 13 0 9 9

1=0 .0073 .0058

. 00'!6

.0036

.0028

.0531

.0273

. 0191

.01'1'1

.0112 .0089

.0071

. 0057

.00'15

.0035 .0'!9 1 .0257 .0181 .0137

. 010 7

.0085

.0068

. 0055

.00'12

. 0'159

.02'13 . 0172

.0131

.0103

.0081

.0065

.oust

.0'!32

.0230

.016'!

.0125

.0098

.0078

.0062

.0'!09

. 0219

. 0156 . 0119

.009'1

. 007'1

. 0388

- 2.7'1'13 - 2 .5910

- 2 . '139'1

- 2 . 290'! - 2 .1'1'18

- 3.3989

- 3 . 3183

- 3.2069 - 3.077'1 - 2 .9375 - 2. 7923

- 2. 6'!'!9 - 2 . '1 975

- 2 . 3515

- 2 . 2078

- 3 . 26'12 - 3.1752 - 3.063'!

- 2 .9373

- 2 . 80 29 - 2.66'11

- 2.5 23'1

- 2 .3828 - 2 .2'!33 - 3 . 1087

- 3.0 163 - 2.906'i

- 2 .7850 - 2.6569

- 2 .52'19 - 2.391'1 - 2 . 2579 - 2 . 9'!35

2 .8509 - 2 .7'!'13 - 2.628'1 - 2 .5067

2.3818 2 . 2556 2.7755 2 . 68'!6

- 2 . 5822 - 2 . '1720

- 2 .3570

2 . 2391 - 2 . 6090

- . 58'17 - .5332

- .'!8'17

- .'!391 - .3963

- . 8'169

- . 8089

- • 7610 - • 7090 - .6563 - • 60'15

- . 55'!6 - .5069

- . 'l 616

.'l188

- .7871 - • 7520 - • 7091

- .6626

- .6151 - . 5680

. 5222

.'l782

.'1361

.7300

. 6979 - • 6593

- . 6175 . 57'15

. 5316

.'!897 - . 'l'l91

.6766

.6'172

.612'l - . 57'l7 - .5357

.'l966

.'1581

.6270

. 6o01

.5687 - . 5 3 '15

.'l991

.'l63'l

.5812

6 1

- 1.2689 - 1.1708

- 1 . 078'l

- . 9915 - .9097

- 1. 7725

- 1· 70'l3

- 1.61'l9 - 1.5161 - 1.H51 - 1.3155

- 1.2192 - 1.1272 - 1.0398

- . 9570

- 1.6685 - 1.60 '!6

- 1 . 5237

- 1.'13'15 - 1.3'l2'1 - 1.2508

1.1616

1.0756 - . 9933

1.566'1 1.5068

- 1.'l332

- 1.3521 1 . 2679

1 . 1836

- 1.1008 - 1.0205 - 1.'1683

1.'1 127 1.3'15'1

- 1.2713 - 1.19'l2

1.116'! - 1.0396 - 1.3750

1.3233

1. 2615 - 1. 1936

- 1.12 26

- 1.0507 - 1.2869

Page 37: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a= .l97 1 =0

0 9 10

0 9 11 0 9 12 0 9 13 0 10 10

0 10 11

0 10 12 0 10 13

0 11 11

0 11 12 0 11 13 0 12 12 0 12 13

0 13 13 1 0 0

0 1 0 2

1 0 3 1 0 'I

1 0 5

1 0 6

0 7 0 8

0 9 1 0 tO

1 0 11 1 0 12

1 0 13 1 1 0

1 1 1 1 1 2 1 1 3

1 1 'I

1 1 5 1 1 6

7

1 8

1 9 1 10

1 11 1 12

1 1 13 1 2 0

2 1 2 2

2 3

.0209

. 01'19

. 011'1

.0090

. 0370

. 0200

. 01'13

. 0110

. 035'1

. 0192

. 0138 .03'10 . 0185

.0328 - .0310 - .0398

.0320

- .0269 .0230

- .0198

.0173

- .015·1 - .0133

- .0117

- .0103 - .0090 - . 0079 - .0069

.0127

.000'1 - •. 0190

- • 0181

- .0162 - .01'15

.0129

.01 15

. 0103

. 0092 - .0083

.007'1

.0066

. 0059

.01'17

.018 0

.0106

.0099

- 2 .5208

- 2 .'1 232

- 2 . 3 190 2. 2105

- 2 .'1'166

2 .3620 2 . 2693

- 2 .1710 - 2 . 2900

- 2 . 2093 - 2 .1217 - 2 .1'103 - 2 .0638

- 1. 9980 3.'1910 3.9866

'1.1529

'1.18 12 '1.1360 '1.0'17'1

3.9316

3.798'1 3.65'10

3.5027 3 .3 '173

3.1901 3 . 032'1

2 . 875'1 1.6601

1. 9983 2 .t690

2 . <529

2 . 28'11 2. 2809 2 . 2s'H 2 . 2 107

2 .1553 2 .09 1'1 2.0212

1.9 '165 1.8688 1.7890

. 637'1

.831'1 . 9711

1.0736

- .5567

.5283

- .'1972 . '16'19

- . 5392

.5168 - . '1909

.'1626

- .5006

. '180 1 - . '1 585 - .'1651 - .'1'185

- .'1327 .9056

1.0071

1.0186

.9961

.9580

. 9 125

. 8636

.8135

.7635

.7177

.6699

. 6235

.5788

.5358 .3120

.'109'1

. '16'19

.'1918

.5006

.'1980

.'188 1

. '1735

.'1559

. '1363

.'1155

.39'10

.3722

. 350'1

.0172

. 071'1

.127'1

.17'16

62

- 1. 2388

- 1.18 19

- 1.1195 t.05'10

- 1.20'11

- 1.1593 - 1.1068

1.0"'193

- 1.12 6'1

- 1.08 '17 - 1.0363 - 1.0537 - 1.0150

.9859 1.8920 2.1158

2 .1533

2 .1197 2 .0535 1.971'1

1.8815

1.7885 1.69'18

1.6019

1-5107 1.'1218 1.335'1

1.2517 .6830

. 8998 1.02'1'1

1.0870

1.1100 1.108 1 1.0902

1.0.620

1.0272 .9881 .9'16'1

.9031

.8592

.8150

.0915

.2151

.3366

.'1367

a•.l97

1 2 'I

2 5 2 6

1 2 7 1 2 8

1 2 9 2 10 2 11

1 2 12

2 13

2 1 0 2 1 1

2 1 2

2 1 3 2 1 'I

2 1 5 2 1 6

2 1 7

2 1 8 2 1 9 2 1 10

2 1 11

2 1 12 2 2 0

2 2 1

2 2 2 2 2 3 2 2 'I

2 2 5 2 2 6 2 2 7

2 2 8 2 2 9

2 2 10 2 2 11 2 3 0

2 3 1 2 3 2 2 3 3

2 3 'I

2 3 5 2 3 6 2 3 7

2 3 8

2 3 9

2 3 10

1=0

.0111

- . 0107 - .0100

.0093

.0085

- .0078

- . 0071

.0065 - .0059

- ' . 005'1

. 0886

.0739

.0627

.05'11

. 0'172 .0'115 . 0367

. 0325

.0288

. 0256 . 0227

.0201

. 0178

. 0'197

. 0'172

.0'1 28

. 0386

.03'18

. 0313

.0282

.0255

.0230 . 0207

.0186

.01&7

.017'1

. 0175

.0165

.0152

. 01'10

.0128

.0117

.0106

. 0097

.0088

. 0080

1.1'1'1'1

1.1901 1. 2163

1. 227'1 1.2268

1.2169

1.1996

1-176'1 1.1'186

1 . 1171 - 7.6'123 - 8 . 6862 - 9 .0360

- 9 .0968 - 9.0035 - 8.8182 - 8 .57'18

- 8 . 2936 - 7.9880 - 7 . 6667 - 7 .3361

- 7.0006 - 6 . 6635 - 5 .5268

- 6.33 8 '1

- 6.6'131 - 6. 7311 - 6. 700'1 - 6.5966

- 6.'1'152 - 6. 2618 - 6.0565 - 5 .836'1

- 5..606'1 - 5.3702 - 2.23'!0

- 2 .5737

- 2 .7081 - 2.7538

- 2 .7500

- 2. 7 15.6 - 2 .6607 - 2.59 18

- 2 . 5 132

- 2 .'1277 - 2 . 33 75

. 2090

• 2321 . 2'165

.25'1'! .257'1

.2568

.2535

.2'181

.2'112

. 2331 - 2 .0011 - 2 .188'1 - 2 . 2008

- 2.1'191 - 2 . 0682 - 1.9730 - 1.8712

- t. 7670 - 1.6627 - 1.5599 - 1.'1595

- 1.3619

. 5085

.5558

. 58'12

.5~5

.6025

.5990

.5899

.5767

.5605

.5'120 '1 . 1903

'1.60'1 ~

- '1.6571

- '1.5772 - '1.'136'1 - '1.265 2 - '1.0787

- 3.8855 - 3 . 6903 - 3.'!961 - 3.30'17

- 3 . 117'1 - 1.2676 . - 2 . 93'17 - 1.3708 - 2. 9056

- 1.5285 - 3 .2571

- 1.5612 - 3 .3'16'1 - 1.5'1'1'1 - 3 .3315. - 1.5030 - 3 . 26'11 - 1.'1'181 - 3 . 1675 - 1.3858 - 3.05'12 - 1. 3195 - 2 . 9311 - 1 .251'1 - 2 . 8028 - 1.1827 - 2 .6719

- 1.11'1'1 - 2 .5'!06 - 1. 0'171 - 2 .'1099 - .5366 - 1.1'!77 - .60'11 - 1. 2990

- .6220 - 1.3'!53 - .6196 - 1.3'185 - .6068 - 1 . 3291 - .5880 - 1. 2967 - .5656 - 1.2563 - .5'112 - 1.2109

- .515.6 - 1.1626

- . '1895 - 1.1125 - .'1632 - 1.0616

63

Page 38: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

&• . 197 2 't 0

2 't 1 2 't 2

2 't 3 2 't 't

2 't 5 2 't 6 2 't 7 2 't 8 2 't 9 2 5 0

2 5 1 2 5 2 2 5 8 2 5 't 2 5 5 2 5 6 2 5 7 2 5 8

2 6 0

2 6 1 2 6 2 2 6 3

2 6 't 2 6 5 2 6 6 2 6 7 8 0 3 1 3 2 't 1 't 2 't 3 't 'I 't 5

'I 6

l •O .00'15

.OO't6 .00'15

.00'12

.0039

.0086

.0083

. 0081

.0028

. 0026

. 0009

.0010

.0009

.0009

.0008

. ooo8

.0007

.0007 .0006

.0002

.0002

.0002

.0002

.0001

.0001

.0001

.0001

.0821

.0167

.0165

.15'12

.0696

.0.108 .• 0008 .oooo .oooo·

- .6800

- .7279 - .7680

- • 7828

- .7885

- .7758 - • 7612 - . 7 't29

- • 7 217

- .698'1 - .1867

- .1588 - .167'1

- .1709 - .171'1

- .1699

- .1670 - . 1638 - .1588

- . 02'12

- .0280

- .0297 - .0808

- .0805

- .0802

- .0298 - .0291

- 5.2183

- 1.7'107 - .70'18 -25.0068

-1'1 . 0960

- 2.'1190 - .1998 - .0097

- . 000'1

- . 1'179

- . 1675 - . 178'1

- . 1786 ~ .1707

- . 16.61 - .160'1 - .15'10 - .1'172

- .1'102 - . • 0815 - .0859

- .0878

- . 087'1 - .0369

- .0861

- . 03'19 - . 0886 - .0822

- .0055

- .0068

- .0065 - .oo66 - .0010

- .006'1 - .0062 - .0060 - 1.1768

- .8638 - .17:5 - 5.5806

- 2 .9718

- . '19'15 - .O'lll·O - .0019

- • 0001

- . 8186

- .8628 - . 8777

- . 3808 - .876'1

- . 8685 - . 3S82 - .8'16'1

- .sass - .8201 - .068't - .0782

- .0817

- .0825 - .0819 - .080'1

- .078'1 - .0760 - .0733

- .0120

- .0188

- .01't5 - . 01'17

- .01't6

- .01'1'1 - .01'10 - .0137

- 2.5729

- .8'108 - .'1005 - 12.2989

- 6.7088 - 1. 1336 - .0927 - .00'15

- .0002

64

a=.l97

0 0 0

0 0 1

0 0 2

0 0 3

0 0 'I 0 0 5

0 0 6

0 0 7

0 0 8

0 0 9 0 0 10 0 0 11

0 0 12 0 0 13

0 1 1 0 1 2

0 1 3 0 1 'I

0 1 5 0 1 6

0 1 7 0 1 8

0 1 9

0 1 10

0 1 11 0 1 12 0 1 13

0 2 2

0 2 3 0 2 'I

0 2 5 0 2 6

0 2 7 0 2 8

0 2 9

0 2 10 0 2 11 0 2 12

0 2 13 0 3 3

0 3 'I

0 3 5

0 3 6 0 3 7

0 3 8

1=1

. 06'13

. 0203

. 011 '1

.0077

.0057 .00'15

.0036

.0030

.00.26

. 0022

.0019

.0017

.0015

.0013

.0578

.0230

.01'1 2

.0101

.0077

.0062

.0051

. 00'13

.0036

.0031

. 0027

.00 2'1

.00 21

.053'1

.0237

.0155

. 011'1

.0089

.0072

.0060

. 0051

.00'1'1

.0038 .0033

.0029

.0500

.0238

.0161

.012 1

.0096

.0079

.8'126

1-171'1

1.'1'173 1.69 '15

1. 9 160 2 .113 1

2 . 2873 2 .'1'103

2. 57'11

2 .6905 2 . 79 10 2 . 8772

2 . 950'1 3 . 0120 1.7828 2 . 2362

2.6169 2.9513 3.2'180

3.5111 3.7'136 3. 9'180

'1.1267

'1.2820

'1 . '1159 '1.5302 '1.6269

2.8616

3.368'1 3.7999

'1.1778

'1.5118 '1.8076 5.0686

5 . 2978

5.'1979 5.6713 5.8203

5.9'168 3.99'16 '1.5202 '!.972'1 5,.368'1

5.7179 6.0267

- .01'16 - .0300

- .0386 - ,0'1 26

- .0'137 - .0'133

- .0'120 - .0'102

- .0382 - • 0361 - .0339 - . 0318

- . 0297 - . 0277 - .0'112

- .0515

- .ossa .0612

- .0620

- . 0612

- .059'1 - .0570

- .05'13

- .051'1

- .0'185 - .0'156 - .0'1 28

- .0598

- .0668 - .071'1 - .0737

- . 0739

- . 0728 . 0707

- . 0680

.06'19 • 0617 .058'1

.0550

.0728

.0777

.0809

.0823

.0820

.0806

65

.1079

.10'16

. 0922

. 0798

.0693 . 0605

.0533

.0'17'1

.0'125

. 038 '1

. 0350

.03 21

.0296

. 0275

. 1298

. 127'1

.1167

.10'16

. 0932

.0833

.07'17

.067'1

.0612

.0559

. 051'1

.0'175

.0'1'12

.1'105

.1382

.1292

. 118'1

. 1076

.0978

.0890

.0013

.07'1 6

.0687 .0637

.0592

.1'162 • 1 'I '-11 .1366

.1270

.1172

.1078

- .1215 .1833

. 2298

.2656

. 2933 .31'18

.33 12

.3 '13'1

.35.23

.3585

.3623

- .36'1 2

- .36'16 - .3635

.0020

- . 0030

- .00'10 . 00'19

.0059 . 0068

- • 0077 - .0082

- .0091

- .0102 .., . 0 109

- .0116

- .0122 - .0128

- . 27'11 . - . 00'18 - .3'127 - .006'1

- . 3963 - .0080 - . '1386 - .0095

. '1718

. '1976

- .517'1 .532 1

- .5'126

.5'196

.5536 - .5551

.55'15

- .'1281

- . '1 955 - .5'192

.5920

- . 6259 - •. 6522 - .6723

- • 6871 .6973 .7037 .7069

.7072

- .65'12 - . 637'1

. 688'1

- • 7291 . 761'1

- .7865

- . 0109 - ,0122

- ,0 130 - . 01'18

.0159

.0170

.0180 - . 0189

- . 0198 - ,0086

- .0107 - . 012 6 - .01'1'1

- . 0155 - . 0178 - .0193

- .0208 - .0 22 1 - . 023 '1 - .02'15

- .0256 - .013 2 - .0155 - • 0170

- . 0197 - .0216 - .023'1

Page 39: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

• • • 197 0 3 9

0 3 10

0 3 11

0 3 12 0 3 13 0 lj lj

0 lj 5 0 lj 6 0 lj 7

o 'I a 0 lj 9

0 lj 10 0 lj 11

0 lj 12

0 lj 13

0 5 5 0 5 6 0 5 7 o 5 a 0 5 9 0 5 10

0 5 11 0 5 12 0 5 13 0 6 6 0 6 7 0 6 8

0 6 9 0 6 10

0 6 11 0 6 12 0 6 13

0 7 7 0 7 8 0 7 9 0 7 10

0 7 11

0 7 12 0 7 13 o 8 a o a 9 o a 10 o a 11

0 8 12 0 8 13 0 9 9

1 ·~ . 0066

. 0057

.00 '19

.00'13

.0037

.0'!73

.0236

.016'1

.012 6

.010 1 .008 '1

. 0071

.0061

.0052

.00'!6

.0'151

.023 2

.0165

.012a

.010'1

. 0087

.0073

.0063

. 005'1

. 0'!32

.0~28

.0165

.0129

.0105

.0088

.0075

.oo&i

.C1'!1S

.022'1

.0163

.0129

.0105

.ooaa

.007'1

.0'!00

.0219

. 0161 . 0127

.010'1

.0037

. 0386

6 . 2988

6 . 5372

6.7'!'17

6 . 9237 7.0766

5 . 13'10

5.65a7

6 . 1132 6 .5 116 6.8 626 7.1719

7.'1'137 7.6810

7.8a67

8.0631

6.2513 6.7629

7 .2081 7.5983 7.9 '115 a . 2'i30

8 .50 68

a. 7361 8 , 9337 7.3 282

7. 8 193 8". 2 '176

8.6226 8.9515

9. 239'1 9 .'1902 9 .7067

8.3S3'i

8 .8190 9 .225'1 9.5806

9 .8911

10.1615 10 . 3955 9 .3198

9 .7569 10.1381 10 .'!705

10 .7596 11. 0099 10 .~230

- . 078 '1

- .0755 - .0722

- .0688 - .0652

- .0821

- . 085'1

- . 0875 - .0882

- .08 76 - .0860

- .0836 - .0806

- ,0773

.073a

. 0885

.0908

.0921

- .0922 .0913 .0895

. 0871

.08 '11

.0807

.093 0

.09'1 '1 - .0950

- .09'18 - .0937

.0918 - .oa93

. 08 63

- .0958

.0967 - .0969 - .0963

- .0950

.093 0 - . 0905 - .0976

- .0979 - . 0977 - .0969

- .0955 - . 0935

.098'1

66

. 0993

. 0916

. Oa't8

. 0787

. 073'1

.1'196

.1'176

.1'112

.1329

.12 '10

.1152

.1071

.0996

. 0929

.0868

.1516

.1'196

.1'i'l'i

.1370

.1290

.1209

.113 2

.10 60

.099'1

.15 29

.151'1 .1'!66

.1'101

.1328

.125'i

.1181

.1113

.1S39

.1525

.1'i83

.1'i25

.1359

. 1290

.1222

.15'i5

.1533

.1'196 .1'! '13

. 1383

.1319

.1550

.8053

- .8189

- . 8279 . 8330

- . 83'18

- . 7088

- • 7667 . 8 137 . 85 13 .8809

- . 9037

- . 9205 - • 9323

. 9396

. 9'!30

. 8309 . 8832

. 9256

.9595

. 9a60 1.0060

1. 0205 1.0301 1. 035'1

. 9'iO'i

.9a71 - 1.02'19

1.05'19 - 1.0780

1.0952 - 1.1071

t.11'i3

- 1.0378

1.0792 1.112'i 1.13a'i

- 1.1582

1.1725 1.1a 17 1.1238

- 1. 1600 - 1.1889 - 1. 2112

- 1. 2277 - 1. 2390

1. 1990

- . 0251 - .0266

- .028 1

- . 029'i - . 0306

- .0175

- .0205 .0230

- . 0251 . 0271

- . 0290

- .0307 - . 0323

.0337

. 035 0

. 0235

.0 260

. 0283

.0305

. 0325

. 03'i 'i

. 036 1

.0376

. 0390

. 0287

.0313 - . 033 6

.0357 - . 0377

.0395 ,O'ill .O'i26

.03'i0

. 036'i

.0387

.0'107

- .0'126

. O'i'i3

. O'i58

.0390

.0 '1 1'1

. 0'135 - .0'15'1

- . 0 '172

- . 0'188 ,0'138

a= .197 0 9 10 0 9 11

0 9 12 0 9 13 0 10 10

0 10 11

0 10 12 0 10 13

0 11 11

0 11 12

0 11 13 0 12 12 0 12 13 0 13 13

0 0 0 1

1 0 2 1 0 3

1 0 'I 0 5

1 0 6

1 0 7 o a

1 0 9 0 10

1 0 11

1 0 12 1 0 13

1 0 1 1 1

1 1 2 1 3

1 'I

1 1 5 1 1 6

1 7

8

9 1 10

1 1 11

1 12 1 13 2 0

1 2 1 1 2 2 1 2 3

1=1

.0213 • 0157

. 0125

.010'i

.0372

. 0208

.0155

.0126

.0362

. 0206

. 0157

. 0356

. 0207

.0350

- .025a .0'116 . 0399

- .038 1

.0366

. 0353

- .03'10

- .0329

- .031a .0308

- . o29a

- .0289 . 02ao

. 02f1

.0039 . 0065

.0262 - .0266

- .0258 - .02'19 - .02'10 - .0231

.0223 - .0215 - . 0208 - . 0201

- .019'1 - .0187

.00'!9

.0077

.00 21 - .0181

10.6298 10.98'!0

11.2915 11.557'1 11 .0608 11.'!36'i

11.7623 12 . 0'138 11.832'i

12 .1765

12 .'1736 12 . 5378 12.8505 13.1781

-12 .1883 -18 . 79'13 - 2'i. 2376

- 28 .9'111

-33 . 089'1 -36.7878

-'10.1052

-'13 . 0910

-'15 . 7829 -'18 . 2107

-50.3989

-52.3681

-5'i.1361 -55.718 1 - 8 . 0627 -12 .'1725

-16. 1177 -19. 2610·

- 22 . 0267 - 2'!.'!8a8 - 26.6955 - 28 .6813

-30.'1716> -32.0866 -33 .5'127

-3'1 . 8535

-36 . 0307 -37 . 08 '1'1

- 6.2195 - 9 .612'1 -12 .'1323 -1'1. 8768

- .098'1 - .0979

- .0969

- .095-'1 - .0985

- .0982

- .0975 - .096'1

- .0981 - .0976

- .0967 - . 0972 - .0965 - • 0960

. 0987

.1'155

.1806

. 2075

. 2281

. 2'!37

. 2552

. 2636

. 269'1

. 2730

. 27'!9

.2753

. 27'16

. 2728

. 06'i5 .0928

.1136

. 13 06

. 1'1'16

.1558

.16'17

.171'1

.1763

. 1797

.1818

.1828

.1829

.1822

.0'126

.0636

. 0787

.0905

6 7

.1S38

. 1505

.1'!58

.1'10 2

.1553

.15'13

.1513

.1'!69

.1555

.15'15

.1518

.1556

.15'17

.1556

.19'13

. 2767

. 329'1

.3656

- . 3916 . '!108

.'1252

.• '1362

- . '1'1'15 - .'1508

- . '155'1

- . '1587 . '1609

- .'!621

.0890 . 1'165

- .1917 .2250

- . 2'!93

- . 2671 - . 2803

• 29<10

- .2973 - ,3026 - . 3065

- .3091

- . 3108 - .3118

- • 0'115 - .0769

- . 112'1 - .1'1'12

- 1. 2305 - 1.2552

- 1.2739 - 1 . 2873

- 1. 26'!'! - 1. 291'!

- 1.3122 - 1 . 3275 - 1 . 3205

- 1 . 3'!3'1

1.3606 - 1.3682 - 1.3873 - 1.'1081

1. 260'! 1.92'!'1 2.'158'1

2 .90•79

3 . 2933 3.6269

3 . 9169

'1 . 1696

'! . 3895 '!. 5806

'!.7'!60

'! . 8883 5.0098 5.112'1

.8327 1. 2713

1 . 62'!8 1.9231

2. 1796 2.'1023 2.596'1 2.7660

.2 . 91'10 3. 0'129 3 . 15'16 3.2510

3 . 333'! 3.'!032

.6268

. 95.89 1.2278 1.'1558

.0'!60

. 0'!8 0

.0'!98

. 051'1

. 0'!83

.0503

. 0521

.0538

.052'!

. 05'12

.0559

.0561

.0577 .059'1

. 0'!67

.072'!

. 0939

. 1126

. 1293

. 1'!'13

.1578

.1700

.1811

. 1911

. 2001

.2081

.215'1

.22 18

.0315 . 0'!88

. 0632

.0758

.087 0

. 097 0

.10i60

. 11'11

.121'1

. 1280

.13'10

.1393

. 1'1'11

. 1'!83 • 02'!a . 0385 .0'!98 .0596

Page 40: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a=.l97 2 '{

1 2 5 1 2 6

" 7 2 0

t 2 9

1 2 10

2 11

2 12

2 13

2 1 0

2

2 1 2 2 1 3 2 1 '{

2 1 5 2 1 6

2 1 7 2 1 8

2 1 ':1

2 1 10

2 1 11

2 1 12

2 2 0 2 2 1 2 2 2 2 2 3

2 2 '{ 2 2 5

2 2 6

2 2 · 7

2 2 8

2 2 9

2 2 10 2 2 11

2 3 0 2 3 1

2 3 2

2 3 3

2 3 '{

2 3 5

2 3 6

2 3 7

2 3 8

2 3 9

2 3 10

l=t

. 0 19 7

. 0 1~6 . 0192

. 01J6

. 0130

. 017'1

. 016-<

. 0 162

. 0156

. 0 15 1

. 0866

. 0929

. 09'!6

. 09'!8

. 09'll

. 093 0

. 09 15

. 0899 . 0881

. 086 2

. 08 '!3

.0823

. 0802

.0520

. 06'18

.0710

. 07'1'1

. 0762

. 0770

.0771

. 0767

. 0760

.0751

.07'10 . 0727

. 0192

. 025'1

. 0289

. 03 10

. 0323

. 0331

. 0336

. 0337

. 0337

. 0335

. 0332

-17. 029 1

-18 . 9 '!3'1 -<'0 . 6577

- <' <:' . 19 97 - 23 . 5903

- 2'1 . 8'15'1

- 25 .9780

- 26 . 9997

- 27. 9 165

- 23 .7393

35 . 9 7'11

55 . '1'152

71 .5332

85 .'1617

97 .7630

108 . 7'1 2

•J.l8 . 601

127. '18'1 135.503

1'1 2 . 7'1'1

1'19 . 280

155 .171

160 .'1 69

32. 8 108

50 . 6262

65 . 3632

7 3 .13 26

89 .'1190

99 .5011

103 .563

116.737

12'1 .• 12 3

130 . 802

13 6. 935 1'1 2 . 238

15.2221 23.'1 988

30 .3509

36 . 2922

'11.5'170 '16. 2 '1'1 2

50 .'1692

5 '1. 2830

57.7323

60. 8 539

63 .6780

• 1007

• 109 6 . 1171

. 123'1

. 1283

.1321

.13 '1.3

.1367

. 1377

.1380

. 2626

. 39'10

.'19 17

. 5666

- . 62'15

. 6693

- . 7036

- • 729'1 .7'182

• 7612 .769'1

.7735

• 77'11

. 2 195

. 3288

- . '1 112

. '1759

. 527 1

. 5678

. 6000

.6250

.6'1'11

.6583

- . 6681 .67'1'1

- .0957 .1'135

.1799

. 2087

- • 2319

.2506

• 2656

- • 2775

- . 2868

• 2938

. 2990

68

.1693

.1397 . 20'1.1

. 2163

. 225 0

• 2315

. 2362

. 23':17

• 2'1 2 1 . 2'136

.5279

.7'1 26

. 888 1

. 99 '19

1. 076'1

1. 1'101

1. 1907

1. 23 1 1 1. 2635

1. 289'!

1. 30~

1.3259

1. 3380

.'H25

. 5989

• 733 0

. 8360

. 9175

. 9832

1 . 0367

1. 0806

1. 1167

1.1'16'1

1. 1706 1.1902

.1755

. 258'1

.3200

. 3683

. '107'1

. '139'1

. '1659

. '1880

. 506'1

. 52 18

. 53'15

1 . 6530

1.825 0 1 . 9759

2 .108 '1

2 . 2<:t.!7

2 . 3 <:'66

2 . '115'1

2 . '1925

2 . 5590

2 . 6156

- 3 . 6205

- 5. 5366 - 7.0 833

- 8 . 3898

- 9 . 51'13

-10 . '!915

-11. 3'1'18

- 12 . 091'1 -1 2 .7'1'17

- 13.3 152 -13. 8 119

-1'1. 2 '1 2 1

-1'1 . 6 122

- 3 . 22'{2 - '!. 9366

- 6 .3 2'10

- 7.50 02

- 8 .5166 - 9 .'1035

-10 .18 11

-10. 86'15

-11. '1652

-11. 9925

-12 .'1539 -12.8559

- 1. '1707 - 2 . 2538

- 2 . 8896

- 3 .'1301

- 3.8983 - '1.3078

- 'l . 6679

- '1 . 985 2

- 5. 26 '19

- 5 . 5113

- 5 . 7276

. 0683

. 0760

. 0830

. 08:12

. 0 :1'!3

. 0-}}9

.10'l'l

. 103'1

. 11 21

. 1153

.1383

. 21'19

. ::'782

. 333'1

. 3825

. '126'1

. '1660

.50 18 . 53'10

. 5632

.589'1

• 61 <:'9

.6339

- .127'1

. 1971

• 2551

. 3055

.35 0 1

. 3901

. '!260

. '1583

.'1875

. 5138

.5375 . 5586

. 0592

. 0915

.118 '1

.1'118

.162'1

.1809

.1975

. 2 12'1

. 2259

• 2380

. 2'188

a=.l97 2 'I 0

2 'l 1 2 'l 2 2 'I 3

2 'I 'l

2 'I 5 2 'I 6 2 'l 7

2 'I 8 2 'I 9 2 5 0

2 5 1

2 5 2

2 5 3 2 5 'I

2 5 5 2 5 6 2 5 7 2 5 8

2 6 0

2 6 1 2 6 2 2 6 3

2 6 'I

2 6 5 2 6 6 2 6 7

3 0

3 1 3 2 'I

'I 2 'I 3

'I 'I

'I 5 'I 6

1=1 .0051

. 0070

. 008 1

. 0089

. 0 09'1

. 0097

. 0099

. 010 0

.0101

.010t

. 0011

. 0 015

.0018

.0019

. 0021

.0022

.0022

.0023

. 0023

. 0002

. 0003

. 0003 .0003

. 000'1

. 000 '1

. 000 '1

. 000 '1

. 1160

. 052'1

. 0352

. 8870

. 6'178

.1308

.01 2 2

. 0 007

.0000

'1 .7'182

7 . 3322

9 .'1728

11.3299

12 . 973'1

1'1 . '1'133 15 . 7662

16.9612

18.0'126

19.0219 1.1170

1. 7253

2 . 2295

2 . 6671 3. 05'16

3 .'1013

3 . 7135

3 . 9956

'!. 25 11

. 2 111

. 3261

. '1215 .50 '13

.5776

• 6'133

• 7025

.7560

25'! . 892

11 2 .778

68.0753

2270 . 35

1936 .0'! '12'1.0'12

'l1 . 85'l6

2 . 3'15'1

. 08 '17

. 028 '1

. 0'126

. 0536

. 0623

.0693

. 0751

. 0798

• 08 35

. 08 65

.0888

.006'1 . • 0096

.0121

• 01'1 1 , 0157

. 0171

. 0182

. 0191

. 0198

.0012

.0018

.0022 . 0026

. 0029

.0 03 1

. 0033

. 0035

. 9076

. 3932

. 2236

- 7.'1090

- 5 . 8503

1- 2 177

- 1155 .0056

. 0002

6 9

. 05 16

. 0766

. 0955

. 1106

. 12 29

.1332

.1'119

. 1'191

.1552

.160'1

.0116

.0173

.02 17

. 0253

. 0282

. 0306

. 0327

.03'15 . 0360

. 0021

.0032

.00'11 • 00'!7

. 0053

. 005 8

. 0062

.0066

1. 98'!0

. 858 1

.5085

16.8960

13.8677 2 . 9763

. 2897

.0161

.0006

.'1525

. 69'10

. 890'1

1 . 0576

1 . 2027

1.3299 - 1. '1'!20

- 1 .5'1 10

- 1. 628'!

- 1. 7056 .105 2

.1615

,2073

. 2 '16'1

. 2803

.3101

.336'1

, 3597

. 3803

. 0197

• 0302 .0388 .0'162

.0525

.0582

.0631

.0675

-20.7206

- 9.16'18

- 5.'170'1

-180.517

-151.031 -32.650'1

- 3.1896

.1772

.006'1

. 0 185

. 0286

. 0369

• 0'!'12

.0506

. 0563

. 0615

. 0661

.0703

. 07'10

.00'15

- ,0067

.0087

.010'1

.0119

.0132

.01'l'l

- .0155 .0165

- . 0009

. 0013

.0017 - .0020

.0023

.002 6

.0028

. 0030

. 8719

.3893

,2353

- 7 . 61'!6

- 6 .3718 - 1.37'10

.1337

,0076

. 0003

Page 41: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a =.l97

0 0 0

0 0 0 0 2

0 0 3

0 0 'I 0 0 5

0 0 6

0 0 7

o o a 0 0 9

0 0 10

0 0 11

0 0 12 0 0 13

0 1 1

0 1 2

0 1 3 0 1 'I

0 1 5

0 1 6

0 1 7 0 1 d

0 1 9

0 1 10

0 1 11 0 1 12

0 1 13

0 2 2

0 2 3

0 2 'I

0 2 5

0 2 6

0 2 7

0 2 8

0 2 9

0 2 10 0 2 11 0 2 12

0 2 13 0 3 3 0 3 'I

0 3 5 0 3 6 0 3 7

0 3 0

1=2

. 0515

. 0 133

. 0069

. 00 '!2

. 0029

. 0021

.0016

. 0013

.0011 . 0009 . 0003

. 0007

. 0006

. 0005

. 0'173

. 0 165

. 0093

. 0061

. 00'1'1

. 0 033

. 0026 . 0021

. 00 18

. 00 15 . 0013 . 00 11

. 0010

. O'I:iO

. 0 178

. 0 107

.007'1

. OO:i'l

. 00'12

. 003 '1

. 0028

. 0023

. 0020 . 0017

. 0015

.0'1 29

. 0 18 '1

. 0116

. oo8<o

. 0062

. 00 '19

. 0758

. 0839

. 0837

.08 16

.0790

. 0763

.0737

. 0711

.0687

. 0663 .06'10

. 0619

. 0599

. 0579

.120 '1

.13 27

.135'1

.13'1 '1

.13 19

. 1288

.1253 .1 2 18

. 1182

.11 '17

.1113

.1080

.1 0'17

.1631

.1767

.18 13

.18 15

.1795

.176'1

.1726

.1686

.16'1'i

.160 1 .1559

.15 17

. 20 37

. 2 176 . 223'i

. 22'15

. 223 1

. 2203

. 06'16

. 0667

. 0 623

.0572

. 0525

. O'i83

. 0'1'16

• 0'113

. 038'1

.0358 . 0335

. 031'1

.0295

.0278

.0933

. 0979

. 09'19

.0896

.0838

.078 '1

.073'1

.0687

. 06'1'!

.0605

.0569

.0537

. 0507

.1176

.1225

.1206

.use

.1090

.1038

. 0980

. 0926

. 03 75

. 0826 . 0781

. 0739

.1385

.1'!36

.1'1 21

. 1377

.1320

.1 253

70

.1379

.1'1 26

.13 12

.1177

.1053

.09'17

.0856

. 0780

.0715

.0659

. 0610

.0569

. 0531 .0'198

.1958

.2037

.19'15

.1803

.1656

.15 20

.1398

.1290

.1196

.1112

.1039

.0973

. 0915

. 2'115

. 2'195

. 2'12'1

. 2291

. 21'1 2

.19?5

.1858

.1733

.1621

.1519 .1'1 28

.13'15

. 2793

. 2869

• 28 12 . 2693 . 25'19 . 2'101

.0033

. 00'15

. 0 051

. 005'1

.005'1

.0053

. 0052

.0050

.00'18

.00'16

.00 '1'1

.00'12

.00'10

.0038

.0067

.0080

.0086

.0089

. 0090

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.0121

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. 0111

. 0107 .0103

. 0099

. 01 28

.0139

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. 0063

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.0092

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.0 297

.0310

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• 03'!1 .0216 .025'1 .0286

. 0315

. 03'11

. 0363

a=.197 0 3 9

0 3 10

0 3 11

0 3 12 0 3 13 0 Lj Lj

0 '! 5 0 Lj 6 0 Lj 7

0 Lj 8

0 Lj 9 0 'I 10

0 'I 11

0 'I 12

0 'I 13 0 5 5 0 5 6

0 5 7

0 5 8 0 5 9

0 5 10

0 5 11 0 5 12 0 5 13

0 6 6 0 6 7

0 6 8 0 6 9

0 6 10 0 6 11 0 6 12 0 6 13

0 7 7 0 7 8 0 7 9 0 7 10

0 7 11

0 7 12 0 7 13 0 8 8

0 8 9 0 8 10

0 8 11

0 8 12

0 8 13 0 9 9

1=2

. 00 '!0

.003'1

. 0028

. 0025

. 0022

. 0'111

. 0186 .0122

. 0089

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. 0060

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. 0078

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.0187

. 0 131

.0101

. 0082

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.0187

. 013'1

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.0085

.0071

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. 2 165

. 2 122

. 2076

. 2028

.1979

. 2 '1 22

. 2560

. 2625

. 26'15

.2636

. 26o9

. 2572

. 2528

. 2'179

- .2'128 . 2786

. 2923

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.3016

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.3362

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.3305

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.3658

.3688

.3689

.3669

. 3636 .3771

.3892

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.1196

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- . 2035 .2030

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71

. 2257

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. 2000

.1896

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. 3 185 . 3 1'10

. 3033

. 2897

. 2752

. 26o8

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. 2218

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.3'160

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- · .3327 .320 0

.306o

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. 36'12

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.3673

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.3057

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.3801

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. 0 138 • 0133 . 0 129

. 0155

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. 0175

. 0173

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Page 42: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a-.197 0 9 10 0 9 11 0 9 12

0 9 13

0 10 10

0 10 11 0 10 12

0 10 13 0 11 11

0 11 12

0 11 13

0 12 12 0 12 13 0 13 13

1 0 0

1 0 1 1 0 2

1 0 3

1 0 'i

1 0 5 1 0 6 1 0 7

1 0 8 0 9

1 0 10

1 0 11

1 0 12 0 13

1 1 0

1 1 1 1 1 2

3

1 1 'i

1 1 5 1 1 6 1 1 7

1 1 8

1 1 9 1 1 10 1 1 11 1 1 12

1 1 13 1 2 0

1 2 1

1 2 2 1 2 3

1=2 .0187 . 0 135 . 0 105

. 008 '!

. 03'!5

. 0185

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.0102

. 033'!

.0179

.0129

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.0175

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.0278

.0301 ,0311

,0319 ,0327 ,0333

.0339

.03'15

.0350

.0355 . 0359

,0363 .002'1 .00'!6

.0003

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.'1180

.'i 2'i8 .

.'! 280

.'i 283

.'i3'i2

. 'i'i52

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. 'i5'l9

.'l 60'l

- .'!709 .'!773

.'1852

.'1952 - .5086

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1. 2051 1. 7150

2 . 2111

2.6923

3.158 1 3.6079

'i .O'il 'i

'l.'i586 '1.8595 5.2'i'l2

5.6130

5.9661 6.3038

.3687

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.9692 1. 2590 1.5379

1.8059 2.0630 2 .3096

2 .5'!58

2 . 7719 2 . 9881 3.19 '!8 3.3921

3.5803 . 2'108

.'l'i'l'l

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. 8 626

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- . 230 2 . 2391

- . 2 '!13 - . 2'!08

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.3069

.5301

.7360

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1.1082

1.2775 1.'l3'i7

1.58 69

1.7282 1 . 8612 1.9863

2 .10'10 2 .21'16 2 .318 '!

.1575

.2880

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.6392

.7392

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. 999 1

1.07'15 1.1'! 50 1. 2108 1. 272'!

1.3300 .0951 .179 6 . 2683

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72

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1.09 15 1.5159 1.9 130

2.2871

2.6'!08 2.9759 3.29'!0

3.5960 3.8829 'l.155'i

'i.'l1'l2 '1.6599 '1.8930

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1.5221 1. 7168 1.8993

2 .0710

2 . 2328 2 .3855 2 .5297 2 .6660

2 .79 '!8 .1899 .3625

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.7257

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- .038 1

- .0673 .0955

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- .1737 - .1975

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- . 2'!16 . 2620 . 28 1'1

. 2997

- .3171 - .3335 - .02 13

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- .0702 - . 085 '!

.0998

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.1503

.1613 - .1716 - .18 13

- .1905 .01'!0

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. 0370

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.0971

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.1198

.1257

- . 2379

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- 1.0'!86

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- 1.66'!0 - 1.86'i'l - 2 .0615 - 2 .25'19

- 2.'l'l'l1 - 2 .6291 - 2 .8095 - .1336

- .2'i'i1 - .3576 - .'!730

- .5892

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- 1.0'!62

- 1.156'1 - t. 26'l5 - 1.3701 - 1. '1 733

- 1.5738 - .0927 - .1696 - .2'187

- . 3293

a= .197 1 2 'i

1 2 5 2 6 2 7

2 8 1 2 9 1 2 10

1 2 11

1 2 12 1 2 13

2 1 0

2 1

2 1 2 2 1 3

2 1 'l •2 1 5

2 1 6 2 1 7

2 1 8 2 1 9

2 1 10 2 1 11

2 1 12

2 2 0 2 2 1 2 2 2 2 2 3

2 2 'l 2 2 5 2 2 6 2 2 7 2 2 8

2 2 9 2 2 10

2 2 11 2 3 0

2 3 1 2 3 2

2 3 3 2 3 'l 2 3 5 2 3 6

2 3 7 2 3 8

2 3 9

2 3 10

1=2

. 0232 - . 02'11

. 02'16

. 0250

. 0253

. 0256

.0 259

. 0261

. 0263 .026'!

.1153 . 1'l'l9

.1679

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. 20'!2

. 2190

. 2321

. 2'l38

.25'i2

. 2635

. 2719

. 279'l

. 2861

.0712

. 1051 .13 13

.1533

.1721

.1886 , 2030

. 2159

. 2273

. 2376

. 2'!68

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.0268

. 0'122 . 05 '18

.0656

. 0750

. 0833 .0907

. 0972

.103 1

.108'l

.113 2

1. 06'!8 1. 2585 1. 'l 'l35

1.6201

1.7885 1. 9'l90 2 . 1020 2 . 2'177

2 .386'1 2 .518 '1

- 3 .1'1 98

- 5 . 59'l'l

- 8 .0075 -10.38 19

-12 .7051

-1'1.9676

- 17.1633 -19 . 2883

- 21.3'!03

-23.3181

-25 .2213 -27.0500

-28.80'19

- 2 . 8'129 - 5 . 097 1 - 7.3'153

- 9 .5731 - 11 .76'!1 -13.9068 -15. 993'1

-18.0199 -19 .9799 -21.87'i3 - 23 .70 11

- 25 .'1599

- 1.31'10 - 2 .366'! - 3 .'1 223

- '! . '1733 - 5.5108 - 6 . 5285 - 7.5223

- 8 . '!891 - 9 . '1272 -10.3351

-11 . 2 122

. '1377

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. 5827

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. 8 111

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. 90 18 . 9 '!25

- 1.3710

- 2 .371'1

- 3 . 3213 - '! . 2272 - 5.0899

- 5 . 9100

- 6.6885 - 7.'l265

- 8. 1253

- 8 .786'!

- 9.'1 111 - 10. 0008

-10 . 5569

- 1.1852 - 2 .0863 - 2 .958 'l

- 3. 8006

- 'l.6098

- 5 . 38'l'i - 6 .1238

- 6 . 8281 - 7 .'!978 - 8 .1336 - 8 .736'1

9 . 3072

. 533'1

. 9'!65 1.3506

1. 7'l'i0 - 2 .12'1'1 - 2 . 'l90'l - 2 . 8'l l'l

- 3 .1769 - 3 . 4971

- 3 . 8 020

- 4 . 0918

. 8961 1.0538 1.1996 1.33'15

1. '1 599 1.5769 1. 6863 1 . 7888

1. 8850 1. 9754

- 2 . 8329

- 4 . 9013

- 6 . 8 698 - 8 .75 '13 -10 . 5580.

-12 .2830

-13 . 931'1 -15 .5055

-17.0076

-18 .'i'l00

-19.8051 - 21. 1052 -22 . 3'126

- 2 . 'i5'l2 - '!.3254 - 6. 1'128

- 7. 9055 - 9. 6079 -11. 2'l70 - 12 . 8214

- 14 . 3311 - 15.7768 -17.15 96 -18.'!809

-19 .7'!22

1.107.::1 1.9692

2 . 8 153

3 . 6426 4.'1467

- 5. 22'18 - 5 . 9753

- 6 . 6976 - 7.3913 - 8 .0565

8 .6937

73

. 0591

. 0695

.0794

. 0888

. 0976

.1059

.1137

.1211

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. 3091

• 'l'l13 .5700 . 6946

. 81'1 6

.9298 1.0'101

1.1'i5'i

1.2'159

1.3'1 15 1 . '1325

1.5189

.1562

. 2793 .'lOll

.5207

. 6372

.750 1

. 8590

.9636

1. 06'!0 1.1600 1.2518

1 .3392 . 07 17 .1288 .1855

. 2'115

. 2964

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. '1 510

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2 .1170

3.10'12 'i. 1097 5.1238

6 . 1386

7 .1'l8 'i 8 .1'189 9. 1365

10.1085

11.0629 11.9980

12 .9123

1.099 1 2 .0115 2 . 9520

3.911'1

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7.7750 8. 7218 9 . 65'13

10.5706

11.'1690 • 52'!6 .9606

1.'1106

1. 8700 2 .33'11 2 . 7995 3 . 2634

3 . 7237 '1 .1787 '1 . 6271

5.0680

Page 43: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a•.l97 2 'i 0

2 'i 1 2 'i 2 2 'i 3 2 'i 'i

2 'i 5 2 'i 6 2 'i ?

2 'i 8 2 'i 9

2 5 0 2 5 1 2 5 2

2 5 3

2 5 'i 2 5 5 2 5 6

2 5 ?

2 5 8 2 6 0 2 6 1 2 6 2 2 6 3 2 6 'i

2 6 5 2 6 6 2 6 ? 2 ? 0 2 ? 1

2 7 2

2 7 3 2 ? 'i

2 7 5 2 ? 6 3 0 3 1

3 2 'i 1

'i 2 'I 3

'i 'i

'i 5 'i 6 'i 7

1•2

.0073

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.0158

.0192

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.02?3 .0295 .0315 .0333

.0.015

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.0062

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.0005

.0006

.0008

.0009

.0010

.0011

.0013

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.0001

.0001

.0001

.0002

.0002

1.1'!88 .3660

.18'i'i

2?.0530 2 '!.3893 . 5.5??3

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.0331

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.oooo

- .'!09'! - .7393

- 1.071? - 1.'!037

- 1. ?3 23

- 2.0555

- 2.3?1? - 2 .6800

- 2.9?96

- 3.2700

- .0963 - .17'!3

.2531

.3320

.'!103 - .'!87'!

- .5630

- .6369

- .7087 - .0182

- .0330

- .0'!80 - .0631

.0780

...: .0928

- .1073

- .1215 .0029

- .0053

- .0077

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.0125

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- .01?2 -20'!.3'!3 -63. 2835

-30.39'!?

-5008.69 -'!6'!6. 66 -1083.10

-112.583

- 6.5999 . 2'!82 .0065

.1629

- . 2905

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. 65?7 - .7?30

- . 8839 - . 9902

- 1.09'i'i

- 1.1919

- .03?6

- .0675 .0970

- .1260

- .15'!3 - .18 17

.2082

- .2336

- .2581 - .0070

- .0126

- .0182 .023? .0290

.03'!3

- .0393

- .O'i'i2 - .0011

- .0020

- .0029 .0037

- .00'!6

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- 9.0685

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-32.2516

- 1.8825 - .0705

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- .3395

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- 1.631'!

- 1. 8?01 - 2.1005

- 2 .3223

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.2652

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- 80.2?66

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74

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1.399?

227.335 209.939 '!8. ?513

5.0509 . 2952

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1.3380

1.'1820

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119.'157 36.?187

17.5327

2953.01 2?58.00 6'!6.326

67.'!919

3.9?26

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a= .l68

0 0 0

0 0 1 0 0 2 0 0 3 0 0 'I

0 0 5 0 0 6

0 0 ? 0 0 8

0 0 9

0 0 10

0 0 11 0 0 12

0 0 13

0 1 1

0 1 2 0 1 3

0 1 'i

0 1 5 0 1 6 0 1 ?

0 1 8 0 1 9

0 1 10

0 1 11

0 1 12 0 1 13 0 2 2 0 2 3

0 2 'i 0 2 5 0 2 6

0 2 ?

o 2 a 0 2 9

0 2 10

0 2 11 0 2 12 0 2 13

0 3 3 0 3 'i

0 3 5 0 3 6

0 3 ?

0 3 8

1·0

.1100

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.0268

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.0150

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. 0081

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. 0091 .00?6

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. 0?82

. 0389

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. 0206

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.0133

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.0093

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.0066

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.0161

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- 2 . 5502

- 2 .?9'!1

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- 2.6600 - 2 . 5695

- 2 . '1?'!3 - 2 .3?68

- 2 . 2?89

- 2. 1815

- 2.085'! - 1.9909

- 1.8985

- 3.16'!5

- 3.2619 - 3.2560

- 3.2012

- 3.120'!

- 3.0251 - 2 .9 216

- 2 . 8 13? - 2 .?038

- 2 .5933

- 2 .'!835

- 2.3?'!9 - 2.2681

- 3.'!122

- 3 .'1398

- 3 .'10'!? - 3.3352

- 3.2'158

- 3.1'1'!6

- 3.0366 - 2 . 92'!?

- 2.8 111

- 2. 6970

- 2 .5835 - 2 .'!?12

- 3.5001

- 3.'189'!

- 3.'1366 - 3.3585

- 3.26'!8

- 3.1615

- .89'!2

- .9009

- .8551

.799? - • ?'i'i1

.6910 .6'!12

.59'1? - .551'1

- .5111

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- .'1386 - .'1059

- .3?53

- .98'!2

.96?8 - .922'!

- .8.685 - .8133 - .?595

- .?080

.6593 - • 6135

- .5?03

- .5298

. '!917 - .'1559

- . 9868

- . 9 62'!

.9195 - . 8697

- . 8 18 1

- .?6?1

- • 71??

- .6?05 - .6256 - .5830 - .5'!2? - .50'!5

- .9602

- . 933 1

- .8932 - .8'!?5 - .8000

- .?525

75

- 1.813'!

- 1.8182

1. 7202

1.60?3 - 1.'19?8

1.3958 - 1.3018

1.215'! 1.135?

1.062 1

.9938

.9303 - .8709

. 8 15'!

1.98 '!9

- 1.95'!1 - 1.865'!

1. ?60?

1.65'16

- 18';23 - 1.'1556

- 1.36'!8 - 1 .2?98

1. 2002

1.1256

1.0556 .9898

- 1. 9981

- 1.9552

1.8 ?'!9 - 1.780'!

- 1.6825

- 1.5860

- 1.'1931 - 1.'10'16 - 1.320?

- 1.2'11'!

- 1.1665 - 1.0956

- 1.9589

- 1.9119

- 1.8 383 - 1· ?52? - 1.6629

- 1.5?31

Page 44: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a :.169 1=0

0 3 9

0 3 10

0 3 11 0 3 12

0 3 13

0 '1 '1

0 '1 5 0 '1 6 0 '1 7 o '1 a 0 '1 9 0 '1 10

0 '1 11 0 '1 12

0 'i 13

0 5 5 0 5 6 0 5 7

0 5 8 0 5 9

0 5 10

0 5 11

0 5 12

0 5 13

0 6 6 0 6 7 0 6 8

0 6 9 0 6 10

0 6 11

0 6 12 0 6 13

0 7 7

0 7 8 0 7 9 0 7 10

0 7 11

0 7 12

0 7 13

0 8 8

0 8 9 0 8 10

0 8 11

o a 12

0 8 13 0 9 9

.ouo

. 0092

. 0078

. 0066

.0056

.06'17

.03'15

. 02'18

. 0193 . 015 6

.0129

. 0108

. 0091

.0077

. 0066

. 060 1 . 0327

. 0237

.0186

. 0151

. 0125

. 0105

. 0089

.0076

.0563

.0311

. 0228

. 0 179

. 01'17

.0122

.0103

.008 6

. 0532

. 0296

. 0219

.017'1

- 3 .05 25

- 2 . 9 '10 2

- 2 . 826'1

2 .7123

2 .5986

3.5026

3 . '1692

3.'1056

3.3227 - 3.2273

- 3 . 12'11 - 3 . 0161

- 2 . 9052

2 . 7 9 30

2 .680 6 3 . '15'18

3 . '107 '1

- 3 . 3375

- 3 . 2523

3 . 1570

- 3 . 0551

- 2.9'192

- 2 . 3 '108

- 2 . 7 313

- 3 . 3761 - 3 . 3 20 1

3 . 2 '166 3 . 1609

3.0667

- 2 . 9671

2.8638

2. 7 585

3 . 27 80

3 . 2169

3 . 1'118 3 . 0566

. 01'13 - 2 . 96'1'1

.0113 - 2 . 367'1

. 0099 - 2 . 7673

. 0505 - 3 . 1680

.0 28 '1 - 3.10'10

.0210 - 3 . 0286

. 0166 - 2 . 9 '1'17

. 0136 - 2 . 85 '19

.011'1 - £' . 7610

. 0'181 - 3.0510

• 7 061

.66 1'1

.613'1

.5775

. 5385

. 9220

. 89'15

. 8 575

. 8 157 .7720

.n8o

. 68'18

. 6'127

. 6021

. 5632

. 87 95

. 8526

. 8 183

.7799

. 7397

.6990

.6588

.619'1

. 5 8 12

. 8 357

. 8 099

.7781

. 7'128

.7058

. 6601

. 6307

. 5 939

. 79 25

.7680

. 7385

. 7059

.6717

.6368

.6020

. 7506

. 727'1

.7 00 1

.6700

.6383

. 6061

. 7105

- 1. '1855

- 1. '10 11

- 1.3203 1. 2'133

1 . 1701

1.8979

1. 95 00

1. 7821 1. 7 039

- 1. 62 14

- 1 . 5380 - 1. '1559

- 1 . 3761

1· 299 1

1 . 2252 1 . 827'1

1. 78 01

- 1.7171

1 . 6'152

1 . 5690

1 . '1916

- 1.'11'17

1.3394

1 . 2663

1 . 7530 1.7071

1.648 '1

1.5819

1. 5113

- 1.4392

1 . 3672

1 . 2962

1 . 6779

1 . 6336

1.5787

1.5169

1 . 4513

1.38 '10

1.3165

1.6035

1.5610 - 1.5095

- 1.'1520

- 1 . 3908

- 1. 3279 - 1.5308

76

a= .168 1=0

0 9 10

0 9 11

0 9 12

0 9 13 0 10 10

0 10 11 0 10 12 0 10 13

0 11 11

0 11 12

0 11 13

0 12 12 () 12 13

0 13 13

0 0

0 1 0 2

1 0 3

0 '1

0 5 0 6 0 7

0 8 0 9 0 10

0 11

0 12 0 13

1 1 0

1 1 1 2

3

1 '1

1 1 5 1 1 6

7

8

9 1 10

1 11

1 1 12

1 1 13 2 0

2 1 1 2 2

1 2 3

.027 2

. 0202

. 0 160

. 0 13 2

. 0'161

. 0 261

. 019'1

. 0 15:5

. 04'12

. 0251

. 0188

.0'1 25 . 02'13

.0 '111

. 0390

. 0'188

. 0'H1

. 0353

.0308

- . 0272

. 0 243

. 0 213

. 0197

. 0178

. 0 162

. 0 1'17

.013'1

.01 22 .0130

.0027

. 02 '17

.0237

. 0216

. 0 197

.0179

. 0 163

. 01'19

. 0136

. 0 125

.0115

. 0 105

. 0097

. 0159

. 0 195 .0107

. 0 13'1

- 2 . 9857

- 2 . 9 109

- 2 .8289

- 2 .7 '!18 - 2 . 9 303

- 2 . 36'18

- 2 . 7 9 12

- 2 .7 115

- 2 .80 84

- 2 . 7'13'1

- 2 .6715 - 2 .6868 - 2 . 6 229

- 2 . 5668

3 . 70 9 1

'1.3010

'1.5530

'1. 6593

'1.685 6

'1 . 6623

'1 .6063

'1 . 5277

'1 . '1331

'l . 3271

'1. 2 130

'1.0930 3 . 9690

3 . 8 '!22 2 .0008

2 . '!011 2 . 6113

2 .7 287

2 . 7902

2 . 8 1'19 2 . 8 139

2 .79'13

2 . 7 610

2 . 7172 2 . 665'l

2 . 6075

2 . 5'1'18

2 .'1786

1 . 030'1

1. 281'1 1 . '1'136

1.5570

. 6887

. 6632

. 6355

. 6061

.6723

. 6520

.6283

. 602'1

. 6363

.6171

. 5 950

. 6022 .58'11

. 5 700

. 993 2

1.12'10

1.1598

1.1577

1 . 1369

1.1059

1 . 0693

1.0295

.9880

.9'159

. 9038

. 8 620

. 8208

.7805 .'l 220

. 530 1

.59 01

.62 16

. 6353

. 637'1

.6320

. 6213

. 6071

. 5905 . 5 7 2 1

.5527

.5325

. 5 119

. 1262

.1909 . 2 '163

. 2903

77

1 . '1902

1.4'll3

1 . 338 0

1 . 3309

1 . '1603

1.4 2 16

1.3761

1 . 3257

1.392'1

1.3556

1. 31 26

1.327 2 1. 2921

1. 2 6'17

2 . 06'11

2.3'137

2 .'1 277

2 .4336

2 .'1008

2 .3'170

2 . 28 1'1

2 . 2090

2 .13 28

2 . 0550

1.9765

1. 8 983

1 . 8210

1.74'!7 . 8999

1.13 68 1 .2709

1.3'1'13

1 . 3792

1 . 389 1 1 . 3822

1 . 36'11

1. 3381

1.3068

1.2718

1. 23'12

1 . 1950 1 . 15'17

.304 2

. 4512 . 57'11

.6706

Page 45: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a:.l68 leO

1 2 'i

1 2 5 2 6 2 7 2 8

1 2 9

1 2 10

1 2 11

2 12

2 13

2 1 0

2 1 1

2 1 2 2 1 3 2 1 'i 2 1 5

2 1 6

2 1 7

2 1 8

2 1 9 2 1 10

2 1 11 2 1 12

2 2 0

2 2 2 2 2 2 2 3

2 2 'i

2 2 5

2 2 . 6

2 2 7 2 2 8

2 2 9 2 2 10

2 2 11 2 3 0

2 3 1 2 3 2

2 3 3

2 3 'i

2 3 5 2 3 6

2 3 7

2 3 8 2 3 9

2 3 10

.01'i9

.01'15

.0137

. 0128

.0120

.0111

.0103

.0096

.0089

. 0083

.1100

. 09'i1

.0816

.0720

. 06'12 .0577

.0522

.O'i7'i

. 0'132

.039'1

. 0360

. 0330

. 0302

.0633

. 061~

. 0568

.0522

. O'i80

.O'i'i1

.0'10 6

. 0375 . 03'16

. 0319

.0 295

.0273

. 0226

.0232

.0222

.0209

.0 195

. 0182

.0170

.0158

. 01'17

. 0137

.0127

1.6353

1.6872

1. 7191 1. 7355

1. 7398

1. 73'15

1.72 15 1. 7021

1.6777

1.6'191

8 . 2 125 - 9 .'1990

-10.0511

-10.2900 -10.3563 -10.3150

-10.2020

-10 . 0390

- 9.8'105

- 9.6162

- 9 .3732

- 9 .1166

- 8 . 8503

- 6.1870

- 7 . 2063

- 7.6696

- 7.8917

- 7.9781

- 7.9785

- 7.920'1

- 7.8208 - 7.6908

- 7.538'1 - 7.3692

- 7.1873

- 2.5699

- 3 .0038 - 3.2068

- 3 . 3087

- 3 . 3533

- 3.3613 - 3.3'i'i0

- 3 .3086

- 3 . 2598

- 3 . 2011 - 3 .13'17

.3Z23

.3'i'i0

.3578

.3659

.3691

.3687

.3657

.3606

. 3539

. 3'159

2 .197'1 - 2 . '1609

2 . 5308

2 .5 251 - 2 .'1819 - 2 . '1179

- 2 . 3'!20

2 . 2593

- 2 .1728

- 2 . 08'15

- 1. 9958

- 1.9076

- 1.820'1

- 1.5712

- 1.78 71 - 1.8610

- 1.876'1

- 1.8610

- 1.8277

- 1.7831

- 1. 7315 - 1.675'1

- 1.6165 - 1.5560

- 1.'19'18

. 6326

- .7250

• 759'/ - .7705

.7680

.7577

.7'1 23

• 7 236

.7026

. 6802

.6568

78

.7':106

. 7883

. 8 185

. 835'1

. 8'122

. B'i1'i

. 8 3'18

. 8238

. 809'1

.7925

'1.5881 5.1539

5.3195

- 5 . 3296 - 5 . 2626 - 5.1529

5 . 0183

'1.8690

- '1.7110

- 'i.5'i8'i

- 'I . 3838

':1. 2 189

- ':1.05'19

- 3.3138

3. 7828

- 3 . 9550

- 'i.OO'i9

- 3 . 9905

- 3.9381 - 3 . 8619

- 3 .7702 - 3.668'1

- 3 .5601 - 3.'1'176

- 3.3326

- 1.3'i'i6

- 1.5'170 - 1.6280

- 1.6579

- 1.6602

1.6'156 - 1.6201

- 1.587'1

- 1.5'197

- 1.5085

- 1. '1650

a= .l68 1=0

2 'i 0

2 'i

2 'i 2

2 'i 3 2 'i 'i

2 'i 5 2 'i 6 2 'i 7 2 'i 8 2 'i 9

2 5 0 2 5 2 5 2

2 5 3

2 5 'i

2 5 5 2 5 6

2 5 7

2 5 8 2 6 0

2 6 1

2 6 2 2 6 3

2 6 'i

2 6 5

2 6 6 2 6 7 3 0

3 1

3 2 'I 'i 2 'i 3

'i 'I 'i 5 'i 6

.0059

.0062

.0061

.0058

.0055

. 0052

. 00'19

. OO'i6

.OO'i3

.OO'iO

. 0012

.0013

. 0013

.0012

.0012

.0011 . 0011

.0010

.0010

. 0002

.0002

.0002

. 0002

. 0002

.0 002

.0002

.0002

.O'i'iO

.022'1

.0209

.2137

.1036 . 0168

.001'1

.0001

.0000

.7'105

.8675

.9280

.9593

.9739

.9778

. 97'13

.9653

. 952'1

. 9365

.1637

.1921

. 2058

. 2130

. 2166

.2177

. 2 172

. 215'1

.2128

.029'1

. 03'15

.0370

.038'1

.0391

.0393

. 0392

.0390

- 6.5320

- 2 .5 09'1

- 1.1'130 - 32.30'10

-19.6608 - 3 .5'196

.305 1

.0153

.0005

.1783

.2053

. 2161

.2200

.2200

. 2177

. 21'10

. 2091

.2036

.1976

. 0387

.0'1'18

.0'173

.0'182

.0'18'1

.0'180

.O'i73

.0'163

.0'152

.0069

.0079

.008'1

.0086

.0086

.0086

.0085

.0083

- 1.502'1

.5295

.2528 7.3116

- '1.2155 .7390

. 0623

.0031

. 0001

.3812

.'1'108

.'1658

.'1762

.'178'1

. '1757

.'i696

.'i613

.'151'1

• 'l'IO'i

.0833·

.0966

.102'1

.1050

.1058

.105'1

.10'13

.1026

.1006

.01'19

.017'1

.018 5

.0190

. 0 192

.0192

.0190

.0188

3.2663

- 1.2033

.5900

-16.0366

- 9 . '1'150 - 1. 6786

79

.1'129

.0071

.0003

Page 46: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a= .l68

0 0 0

0 0 1

0 0 2 0 0 3

0 0 'i

0 0 s 0 0 6 0 0 7

0 0 8

0 0 9

0 0 10 0 0 11

0 0 12

0 0 13

0 0 1 2

0 1 3

0 1 'i

0 1 s 0 1 6

0 1 7

0 1 3 0 1 9 0 1 10

0 1 11

0 1 12 0 1 13

0 2 2

0 2 3

0 2 'i

0 2 s 0 2 6 0 2 7 0 2 8

0 2 9 0 2 10

0 2 11 0 2 12

0 2 13

0 3 3 0 3 'i 0 3 5

0 3 6

0 3 7

0 3 8

1=~

. 075'1

. 0238

. 013S . 009 1

. 0068

. OOS3

. OO'i'i

. 0036

. 003 1

. 0027

.002'1 . 0021

. 00 18

. 00 16

. 0678

. 0270

. 0 168

. 0120

. 0092

. 007'1

. 0061

. 0052

. OO 'i'i

. 0039

. 003 '1

. 0030

. 0027

. 0627

. 0279

.0 18 3

. 0 13S

. 0 106

. 0087

. 0073

. 0062 . 005'1

. 00 '17

. 00'12

. 0037

. 0588

. 028 1 , 0 191

.01'iS

. 0116

. 0096

.5801

. 787'1

. 9S86 1 - 116'1

1. 2638

1.'1008

1.S272 1.6'133

1 . 7'i9S

1 . 8'162

1.93'11 2 . 0 137

2 . 08S6

2 .150'1

1 . 1882 1.'1867

1. 7'101

1. 9680 2 . 1770 2 . 3692

2 .S 'i59

2 . 7080

2 . 8S61 -2 . 9911

3 .1138

3. 22SO

3 . 325S

1 . 9030

2 . 2S56 2 . 5S73

2 . 8280 3 . 0'7'17

3 . 3008 3 .S031 3 . 6980 3 . 8 71S

'1 .0296 '1 . 1733

'i.303S

2 .69 18

3 . 0662 3 . 3953

3.6922

3 . 9618

'1. 2083

. OOS8

. 0179

. 0263 . 0313

. 03'1 1

. 035 '1

. 0357

. 03S'i

. 03'16

. 03:36

. 0325

. 03 12

. 0299

. 0286

.027 1

. 0363

. 0'133

. 0 '180

. OS06

. OS 18

. 05 19

. 05 1'1

. 0503

. 0'189

.0'173

. 0'156

.0'138

.0'1'12

. 05 12

. OS67

. 060S

. 0626

. 063S

. 063'1

. 0627

. 061'1

. 0597

. 0579

.ossa

. 0575

. 0629

. 067 2

. 0701

. 0718

. 0723

80

. 0898

. 0927

. 0856 . 0769

. 0687

. 0612

. 05 '-19 . 0'-!96

. 0'150

. 0'-! 10

. 0376

. 03'17

. 0321

. 0298

.usa .1173

. 1105

. 1018

. 0928

. 08 '15

. 0770

. 070'1

.06'!6

. 059S

.ossa .0510

. 0'-175

.1296

.1299

.12'-13

.1163

.1077

. 099'1

. 09 17

. 08 '17

. 078'-i

. 0727

. 0677

. 0632

.1379

.1377 . 13 23

. 1256

. 1176

.1097

. 0776

. 1193

.152'1

.1795

. 20 19

. 2205

. 2358

. 2 '185

. 2589

. 267'-1

. 27'-1 2

. 2796

. 2837

. 28 68

. 18 17

. 23 12

. 27 19

. 3058

. 33'12

. 3S79

. 3 777

. 39'!1

. '!076

. '-1185

. '1273

. '!3'1 2

. '139'1

. 2935

. 3'1'19

. 3879

.'-!2'1 2

. '1 5'18

. '-18 05

. 5020

. 5 198

.53'15

.5'16'1

. 5559

. S632

. 'lOS2

. '1559

.'-! 988

. 53S2

. 5661

. 5921

. 00 12

.00 19

. 002'1 . 0030

. 003S

. 00'1 1

. 00 '-1 6

. 0052

. 0057

. 0062

. 0067

. 0072

. 0077

. 0081

. 0030 . 0039

. 00 '-i ~

. OOS7

. 0066

. 007'1

. 0083

. 0091

. 0099

.0 106

. 011'1

. 0121

. 0128

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. 006S

. 0077

. 0088

. 0099

. 0 110

.0 120

. 0130

. 0 1'-10

. 0150

. 01S8

. 0 16 7

. 0080

. 0095

. 0 109

. 0122

. 0 13S

. 01'-17

a= .l68

0 3 9

0 3 10

0 3 11 0 3 12

0 3 13 0 'I 'i

0 'I s 0 'I 6 0 'i 7

0 'I 8 0 'I 9 0 'i 10

0 'l 11 0 'l 12 0 'l 13

0 s s 0 s 6 0 s 7 0 s 8

0 s 9 0 5 10 0 s 11

0 s 12

0 5 13

0 6 6 0 6 7

0 6 8

0 6 9 0 6 10 0 6 11

0 6 12

0 6 13 0 7 7 0 7 8 0 7 9 0 7 10 0 7 11 0 7 12

0 7 13

0 8 8

0 8 9 0 8 10

0 8 11 0 8 12 0 8 13

0 9 9

l=f

. 0081

. 0070

. 0061

. OOS3

. 00 '17 . OSS7

. 0279

. 0 19 S

. 0150

. 012,2

. 0102

.0087

. 007S

. 0066

.ooss

. OS32

. 0276

. 0197

. 01S 'i

. 0 126

.0106 . 0090

. 0078

.0068

. 0510

. 0272

.019 7

. 0156

. 0 128 . 0108

.0092

. 0080

. 0'!91

. 0267

. 0196

. 0 156

. 0128 . 0108

. 0092

. 0'17'1

. 0262

. 0193

. 01S'l . 01 27 .0107

. O'lSS

'1 .'13 '!0

'1. 6 '!05

'! . 8291 S . 0010

S.1S70 3 . S08S

3 . 89S9

'1. 2'103

'i . SS07 '-1.8330

S.0908

S .3 266

s . S'l21 s . 7388

S.9178

'1 . 337'-l

'1.7288 S.079 0

S.39S'I

5.6830

S.9 '-!S6 6.185'-1

6 .'!0'1'-l

6.60'!0

S .16'l2 5.5S33

S . 9030

6 . 21~

6 .S073 6 .7697

7.0 092

7. 2275

S . 9788 6 .3611

6 . 70S9

7.0 18 3 7 . 3023 7.5610

7. 7967

6 .77'11 7.1'!6'1 7.'1 830

7.7880 8 .06S3 8 . 317S

7.S 'l'18

. 0720

.0711

.0696

. 0678

. 0658 . 0679

. 0721

. 07S3

. 0776

.078 7

.0790

. 0785

. 077'-l .07S8

- . 0739

- . 0760

- . 0792 .0817 .08 33

.08'11

. 08 '11 . 083'1

. 0822

. 0806

. 0823

. 08'17

. 0866

. 0878

- . 0882 .0880

.08 7 2

. 0858

. 0871

.0890

. 090'1

. 0911 . 0913 . 0909

. 0899

. 0908

.0922

. 0932

. 0936

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Page 47: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a• . l66

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Page 48: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

as ,l68

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Page 49: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

a =.168 1=2

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.1666

. 1705

. 171'1

.1701

. 1673

. 1637

.1595

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. 18 13

.1822

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. 18 78

86

.1970

. 1867

.1769

.1678

.1593

. 257'l

. 2655 . 26'l7 . 2585 .2'19'1

. 2390

. 2283

. 2176

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. 2836

. 2911 ; 2907

. 2852

. 2767

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. 2'155

. 2351

.3070

. 3 139

. 3138

. 3089

. 30 11

. 2916

. 2813

. 2707

.3 282

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. 33'16

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. 3536

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.0110

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. 0169

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.0188

.0188

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.0570

. O'l96

a=.168

0 9 10

0 9 11 0 9 12 0 9 13

0 10 10

0 10 11

0 10 12 0 10 13

0 11 11 0 11 12 0 11 13

0 12 12

0 12 13 0 13 13

0 0

0 1

0 2 0 3

1 0 'l

1 0 5

0 6 0 7

0 8

0 9 0 10 0 11

0 12

0 13 1 0

1

1 2

1 1 3

1 1 'i 1 5 1 6

1 7 8

9

10

11 12 13

2 0

2 2 2 2 3

1=2

. 0221

. 0160

. 0125

. 0 10 1

. 0'106

. 0218

. 0157

. 0122

. 039'l

.02,12

. 0153 , 0381

. 0207

. 03 73

.0262

. 0500

. 0536

. 0568 , 060 0

. 0629

. 0658

. 068 '1

. 0709

. 0733

. 075'1

. 077'1

. 0793

. 08 10 , 0020 . 0090

. 0335

. 0365

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. O'l37

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. 0'155

. O'l63

. O'l7 1

. 0026

. 0050

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. 3257

. 3326

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. 3'193

. 3561

. 3602

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. 3720

. 3786

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. 67 16 1. 2033

1 . 73 2'l 2 . 2576 2 . 7767

3 . 2879

3 . 7899 'l . 2817 'l . 7627

5 . 232'l 5 . 690'1 6 . 1366 6 . 5 708

6 . 993 1 . 3661 .6680

. 9718

1 . 2728 1 . 5686 1 .8583

2 . 1'l 15 2 . '1 178 2 . 687 1 2 . 9'1 93

3 . 20 '15 3 . 'l525 3 . 6933 3 .9272

. 2 'l 2'1

. 'i '1 7'l

. 6593 . 8725

.19 12

.1921

.1910

. 1885

. 1972

. 2003

• 20 11 . 2001

. 2058

. 2087 - .2095

. 2138

. 2165 . 2211

. 305 0

. 53'l5

.7535

. 9 636

1 . 165'!

1 . 3595

1. 5'160 1. 7252

1 . 897'1

2 . 0627

2 . 2215 2 . 3738

2 . 5 199

2 . 6 60 0 .16 06 . 2930

.'1 230

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. 6656

.7779

. 88 '!8

. 9867 1 . 0839 1.1768

1. 2655 1. 3503 1 . '!31'1

1 .5089

. 1005

. 1882

. 2793 . 3698

87

. 3706

. 3710

. 3675

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. 3870

. 3839

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2 . 808 6

3 .19 69 3 . 5718 3. 9337

'1 . 2830

'1 . 6203 '1.9'!59

5 . 2601

5.5633 . 3295 .6011

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1 . 12'!6 1.3688 1 . 6015

1 . 8237 2 .03 63 2 . 2'100 2 . '1355

2 . 623'1 2 . 80 '10 2 .9776 3 .1'1'17

. 203'1

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. 0227

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. 0373

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. 2087

. 2350

. 2605

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. 3090

. 33 20

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. 0377

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. 1185

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. 1'177

. 1616

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. 2121

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1. 2768

1 . '1 9'17 - 1. 7 130

1. 9307

2. 1'17'1 2. 3626 2 . 5758 2. 7867

2 . 9950 . 1301 . 2393

. 35 28

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- 1.3095 - 1. '127 '1 - 1 . 5 '138 - 1. 6589

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.32'l0

Page 50: inis.jinr.ruinis.jinr.ru/sl/NTBLIB/JINR-E4-3445.pdf · 1, Introduction Recently a new method for s olving the integral equation for the re action matrix has been developed ( r ef.1)

n= . l68

2 'I

2 5 2 6 2 7 2 3

1 2 9

1 2 10

2 1 1

2 12

2 13

2 1 0

2 2 1 2

2 1 3

2 1 'I

2 1 5 2 1 6 2 1 7

2 1 8

2 1 9 2 1 10

2 1 11

2 1 12 2 2 0

2 2 1

2 2 2

2 2 3

2 2 'I 2 2 5

2 2 6 2 2 7

2 2 8

2 2 ,;

2 2 10

2 2 11 2 3 0

2 3

2 3 2 2 3 3

2 3 'I

2 3 5 2 3 6 2 3 7 2 3 8 2 3 :)

2 3 10

1=2

. 0282

. 02:15

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. 0311

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. 0332

. 0337

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. 1382

. 1755 . 2052

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1.0330

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2 .5756

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- 25 . '! 7 61

- 27 . 7553

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1\8

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- 9 . 2823

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- 20 . 615 8 - 22 . 3065

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- '! . 9023

- 5 . 80 '16

- 6.6873

- 7.5501 - 3 . 3902 - 9 . 2077

-1 0 .0022

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1. 2556

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1. 6 102

1 . 7 210

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6 . 33 15

7 . 'i 159

8 . 502'1

9837 3

10 . 6675 1 t. 7'107

12 . 80 Y6

13 . 8577

1 . 1153 2 . 0531

3 . 0305

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5 . 0668 6 . 1035

7 . 157'1

8 . 2089

9 . 259'1

10 . 30 60

11.3'160

12 .3777

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1.952 1

2 . '6 00

2 . 95'16

3 . Y629 3 . 97 27

'! . '!822 '{ . 9900

5 . '!9'18

\

a = . l68

2 'i 0 2 'I 1 2 'i 2 2 'I 3 2 'i 'i

2 'I 5 2 'i 6 2 y 7

2 'I 8 2 y 9 2 5 0

2 5 2 5 2 2 5 3

2 5 'i

2 5 5 2 5 6 2 5 7

2 5 8 2 6 0 2 6 1 2 6 2 2 6 3

2 6 'i

2 6 5 2 6 6 2 6 7

2 7 0

2 7 1 2 7 2

2 7 3

2 7 'i

2 7 5 2 7 6

3 0 3 1 3 2

'i 1

'i 2 'i 3

'i 'i

'i 5 'i 6 'i 7

1=2

. 009 0

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. 0 2 '12

. 0 282

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. 03 82

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. 0'186

. 0019

. 0032

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. 0073

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. 00 13

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2 . '1128

. 75-0'1 ,36'17

58 . 79 '15

5'! . 509 1 12 .7'182

1 . 3315

. 0785

. 0030

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. '!3 '16

. 7 909

1 . 1550

- 1 . 5 236

- 1 . 8935

2 . 2 622

- 2 . 6278

- 2 . 9890

3 . 3'1'19

3 . 69 '16

.1035

. 1886

. 275 7

. 36'12

.'153 1

. 5 '118

. 6300

. 7172

. 8 031

. 0 198

. 0361

. 05 29

. 0 699

. 0870

. 10 '1 2

. 12 12

. 1381

. 0032

. 005 8 .-0085

. 0113

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. 0169

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-'J36. 0 '1 9

-132. 08 1

- 62 . 18 6'1

- 10939 .8

. 17 63

. 31'7'1

. '!589

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1 . 2657

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,260 . 072 -7'! . 7 290

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89

. 366'!

. 660'!

. 9560

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2 . 6616 - 2 . 9250

. 0862

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.3665

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61'15 . 75 1'1 65 .11

15 5 . '169

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