GNPDL-30/19: -
1.
(GNPDL-30/19: LIBRARY OF NEUTRON-PHOTON GROUP CONSTANTS FOR ADS CALCULATIONS
Part 1. Structure of microcrossections
Preprint, Inst. Appl. Math., the Russian Academy of Science)

.., ..
(A.V.Voronkov, V.V.Sinitsa)

. ..

, 2001
- ( 115-95)

ENDF/B-6 NJOY-94 GNPDL-30/19- / . .

Abstract

On the base of estimated data ENDF/B-6 with the help of the packet of programs NJOY-94 the library of GNPDL-30/19-group neutron/photon cross sections was formed for ADS calculations. Here are the descriptions of the contents of the library and structure of group data.

 


 

1.      

1.1 ENDF/B-6

1.2

1.3

2.      

2.1

2.2

2.3

2.4

3.      

3.1

3.2

3.3

3.4

.

B. MATXS

 

 

 


1.

 

- GNPDL-30/19 , . ENDF/B-6 [1] , -93 [2]. .

, ; ( ); - ; , , . . . , , , , .

, , . , .

, , . . , -93. NJOY-94[3]. , RECENT[4] [5].

. .. ( , ) - ( , ).

 

 

1.1. ENDF/B-6

ENDF/B 6 (ENDF/B-6) 1990 - , 10 . C (NNDC BNL). 74 320, . , :

        235U, 238U, 239Pu 241Pu

        Reich-Moore

        - 6

        (Cr,Fe,Ni,)


ENDF/B-6:

-         (320 )

-         (100 )

-         (31 )

, GNPDL-30/19.


1.2.

NJOY-94 GRUCON. :

        ; ( , 10 30 )

        GRUCON ( 8)

        NJOY CYBER-960 64 IBM PC 32- ( eps<0.1%)

        NJOY GRUCON ( eps<1.%)

. UPDATE [6] UPN-, .


1.3.

, . , . , . - GNPDL-30/19 :

        PENDF

        GENDF-N

        GENDF-G

       
GENDF-FP

        GENDF GENDF-N

        - MATXS.

 

GNPDL-30/19 - TRANSX, .

 

 

2.

 

2.1

 

/ , , , , . c , [3], :


 

f - , x, m - W, - ( ). st . , : , W E W E ( " " sX ) , Q.


( -1) (1) ( ) :

ri - / (-1-1), , T - , . sX . , - m0 = WW. sX :


 


, :

 




:


 

sr - .

 


, , (4) (6) g. , :





(10)

 

 


 


. , , , f .

 

2.2

f : . , (, , 1/E, ). , , . .

, f(E) , . () s(E)f(E). , , [9], ( , ).


, :

fl(E)- l- , Wl(E)- (, 1/E+ ), st(E) - . Wl(E) l C(E). , i- - " ", , :


 

- i.

, . :

(15)


 

.


, :

 

ri - .


. :

 

.

 

 

2.3


sX (1) , , , (n,2n), . . , g :

(12) l=0.

; , , :




`ng - ,sfg - , cg - . :

 

 

2.4

(7), - , , , . :


(12), X g.

(7), . (g,n) , e ng nn. .

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 


.1 .

 

 

3.

 

GNPDL-30/19 :

-         : , , - 0.0001 - 20 (30 );

-         0.01 - 20 (19 );

-         , (1 ).

 

3.1.

10.5 , , , ( 1,2).

 

 

1.

N

DE DU

1 20.0000 - 17.0000 3.0000 1.1765

2 17.0000 - 15.0196 1.9804 1.1319

3 15.0196 - 13.9818 1.0378 1.0742

4 13.9818 - 10.5000 3.4818 1.3316

5 10.5000 - 6.5000 4.0000 1.6154

6 6.5000 - 4.0000 2.5000 1.6250

7 4.0000 - 2.5000 1.5000 1.6000

8 2.5000 - 1.4000 1.1000 1.7857

9 1.4000 - 0.8000 0.6000 1.7500

10 800.0000 - 400.0000 400.0000 2.0000

11 400.0000 - 200.0000 200.0000 2.0000

12 200.0000 - 100.0000 100.0000 2.0000

13 100.0000 - 46.4159 53.5841 2.1544

14 46.4159 - 21.5443 24.8716 2.1544

15 21.5443 - 10.0000 11.5443 2.1544

16 10.0000 - 4.6416 5.3584 2.1544

17 4.6416 - 2.1544 2.4872 2.1544

18 2.1544 - 1.0000 1.1544 2.1544

19 1000.0000 - 464.1589 535.8411 2.1544

20 464.1589 - 215.4434 248.7155 2.1544

21 215.4434 - 100.0000 115.4434 2.1544

22 100.0000 - 46.4159 53.5841 2.1544

23 46.4159 - 21.5443 24.8715 2.1544

24 21.5443 - 10.0000 11.5443 2.1544

25 10.0000 - 4.6416 5.3584 2.1544

26 4.6416 - 2.1544 2.4872 2.1544

27 2.1544 - 1.0000 1.1544 2.1544

28 1.0000 - 0.4642 0.5358 2.1544

29 0.4642 - 0.2154 0.2487 2.1544

30 0.2154 - 0.0001 0.2153 -

 

2.

 

N

DE DU

1 20.0000 - 17.0000 3.0000 1.1765

2 17.0000 - 15.0000 2.0000 1.1333

3 15.0000 - 13.0000 2.0000 1.1538

4 13.0000 - 11.0000 2.0000 1.1818

5 11.0000 - 9.0000 2.0000 1.2222

6 9.0000 - 7.0000 2.0000 1.2857

7 7.0000 - 5.5000 1.5000 1.2727

8 5.5000 - 4.5000 1.0000 1.2222

9 4.5000 - 3.5000 1.0000 1.2857

10 3.5000 - 2.5000 1.0000 1.4000

11 2.5000 - 1.7500 0.7500 1.4286

12 1.7500 - 1.2500 0.5000 1.4000

13 1.2500 - 0.7500 0.5000 1.6667

14 0.7500 - 0.3500 0.4000 2.1429

15 0.3500 - 0.1500 0.2000 2.3333

16 0.1500 - 0.0800 0.0700 1.8750

17 0.0800 - 0.0400 0.0400 2.0000

18 0.0400 - 0.0200 0.0200 2.0000

19 0.0200 - 0.0100 0.0100 2.0000

 

3.2.

GNPDL-30/19 : MAT - , MF - , MT - . MAT , . , ENDF/B-6. MF . . :

3 -

6 -

16 -

23 -

26 - .

. .

AT , GNPDL-30/19 . .

1 (n,tot) 102 (n,g) 105 (n,t)

2 (n,n) 103 (n,p) 106 (n,He3)

4 (n,n') 104 (n,d) 107 (n,a)

 

( N=0,1,2,3,...40 )

50 +N (n,n'N) 650+N (n,d'N) 750+N (n,He3'N)

600+N (n,p'N) 700+N (n,t'N) 800+N (n,a'N)

 

91 (n,n^) 699 (n,d^) 799 (n,He3^)

649 (n,p^) 749 (n,t^) 849 (n,a^)

 

11 (n,2nd) 32 (n,nd) 108 (n,2a)

16 (n,2n) 33 (n,nt) 109 (n,3a)

17 (n,3n) 34 (n,nHe3) 111 (n,2p)

22 (n,na) 35 (n,nd2a) 112 (n,pa)

23 (n,n3a) 36 (n,nt2a) 113 (n,t2a)

24 (n,2na) 37 (n,4n) 114 (n,d2a)

25 (n,3na) 41 (n,2np) 115 (n,pd)

26 (n,np) 42 (n,3np) 116 (n,pt)

29 (n,n2a) 44 (n,n2p) 117 (n,da)

30 (n,2n2a) 45 (n,npa)

 

 

18 (n,ftot) 20 (n,nf)

19 (n,f) 21 (n,2nf)

22 (n,3nf)

 

452

455

456

 

, , . :

221          

251 (`m )

252 (`x )

253 (`g )

301 -,

443 -, ( )

444

 

- . :

01H 100 26Fe 2600 51Sb 5100 76Os 7600

02He 200 27Co 2700 52Te 5200 77Ir 7700

03Li 300 28Ni 2800 53I 5300 78Pt 7800

04Be 400 29Cu 2900 54Xe 5400 79Au 7900

05B 500 30Zn 3000 55Cs 5500 80Hg 8000

06C 600 31Ga 3100 56Ba 5600 81Tl 8100

07N 700 32Ge 3200 57La 5700 82Pb 8200

08O 800 33As 3300 58Ce 5800 83Bi 8300

09F 900 34Se 3400 59Pr 5900 84Po 8400

10Ne 1000 35B 3500 60Nd 6000 85At 8500

11Na 1100 36Kr 3600 61Pm 6100 86Rn 8600

12Mg 1200 37Rb 3700 62Sm 6200 87Fr 8700

13Al 1300 38Sr 3800 63Eu 6300 88Ra 8800

14Si 1400 39Y 3900 64Gd 6400 89Ac 8900

15P 1500 40Zr 4000 65Tb 6500 90Th 9000

16S 1600 41Nb 4100 66Dy 6600 91Pa 9100

17Cl 1700 42Mo 4200 67Ho 6700 92U 9200

18Ar 1800 43Tc 4300 68Er 6800 93Np 9300

19K 1900 44Ru 4400 69Tm 6900 94Pu 9400

20Ca 2000 45Rh 4500 70Yb 7000 95Am 9500

21Sc 2100 46Pd 4600 71Lu 7100 96Cm 9600

22Ti 2200 47Ag 4700 72Hf 7200 97Bk 9700

23V 2300 48Cd 4800 73Ta 7300 98Cf 9800

24Cr 2400 49In 4900 74W 7400 99Es 9900

25Mn 250 50Sn 5000 75Re 7500 100Fm 9920

 

:

501

502

504

516

522

525

 

:

90Th227 9025 92U0236 9231 94Pu241 9443 96Cm245 9640

90Th229 9031 92U0237 9234 94Pu242 9446 96Cm246 9643

90Th232 9040 92U0238 9237 95Am241 9543 96Cm248 9649

91Pa231 9131 93Np237 9346 95Am242M 9547 98Cf249 9852

92U0232 9219 93Np238 9349 95Am243 9549 98Cf251 9858

92U0233 9222 94Pu238 9434 96Cm242 9631 99Es254 9914

92U0234 9225 94Pu239 9437 96Cm243 9634 100Fm255 9936

92U0235 9228 94Pu240 9440 96Cm244 9637

 

:

454

459

 

 

3.

 

 

 

Th232

U233

U235

U238

Np237

Pu239

Pu240

Pu242

Am241

1

2

3

4

5

6

7

8

9

10

11

1

Kr-83

0.0211

0.0101

0.0053

0.0042

0.0034

0.0029

0.0025

0.0013

0.0017

2

Mo-95

0.0556

0.0634

0.0650

0.0511

0.0568

0.0481

0.0468

0.0378

0.0397

3

Tc-99

0.0283

0.0491

0.0610

0.0611

0.0661

0.0621

0.0596

0.0599

0.0662

4

Ru-101

0.0078

0.0317

0.0517

0.0614

0.0664

0.0601

0.0592

0.0609

0.0599

5

Ru-103

0.0024

0.0157

0.0303

0.0608

0.0577

0.0699

0.0596

0.0623

0.0622

1

2

3

4

5

6

7

8

9

10

11

6

Rh-103

0.0024

0.0157

0.0303

0.0608

0.0577

0.0699

0.0596

0.0623

0.0622

7

Rh-105

0.0017

0.0049

0.0096

0.0395

0.0264

0.0564

0.0565

0.0600

0.0664

8

Pd-105

0.0017

0.0049

0.0096

0.0395

0.0264

0.0564

0.0565

0.0600

0.0664

9

Pd-108

0.0020

0.0007

0.0005

0.0067

0.0177

0.0216

0.0326

0.0445

0.0425

10

Ag-109

0.0022

0.0003

0.0003

0.0035

0.0110

0.0147

0.0214

0.0350

0.0249

11

Cd-113

0.0023

0.0001

0.0001

0.0014

0.0003

0.0008

0.0010

0.0025

0.0019

12

In-115

0.0021

0.0001

0.0001

0.0012

0.0001

0.0004

0.0006

0.0011

0.0004

13

I-127

0.0021

0.0055

0.0015

0.0029

0.0018

0.0050

0.0035

0.0020

0.0058

14

I-135

0.0547

0.0503

0.0628

0.0677

0.0690

0.0654

0.0673

0.0738

0.0516

15

Xe-131

0.0176

0.0360

0.0289

0.0337

0.0315

0.0385

0.0334

0.0261

0.0356

16

Xe-135

0.0549

0.0625

0.0653

0.0683

0.0767

0.0760

0.0723

0.0749

0.0699

17

Cs-133

0.0411

0.0595

0.0669

0.0667

0.0647

0.0701

0.0671

0.0585

0.0550

18

Cs-134

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

19

Cs-135

0.0549

0.0626

0.0653

0.0683

0.0767

0.0762

0.0723

0.0749

0.0701

20

Nd-143

0.0646

0.0596

0.0595

0.0453

0.0503

0.0441

0.0448

0.0454

0.0367

21

Nd-145

0.0502

0.0344

0.0393

0.0371

0.0360

0.0298

0.0307

0.0343

0.0331

22

Pm-147

0.0569

0.0347

0.0449

0.0506

0.0500

0.0400

0.0424

0.0477

0.0406

23

Pm-148

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

24

Pm-149

0.0105

0.0077

0.0108

0.0160

0.0154

0.0121

0.0139

0.0159

0.0143

25

Sm-147

0.0284

0.0173

0.0224

0.0253

0.0250

0.0200

0.0212

0.0238

0.0203

26

Sm-149

0.0105

0.0077

0.0108

0.0160

0.0154

0.0121

0.0139

0.0159

0.0143

27

Sm-150

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

28

Sm-151

0.0034

0.0031

0.0041

0.0080

0.0074

0.0073

0.0085

0.0102

0.0083

29

Sm-152

0.0008

0.0021

0.0026

0.0053

0.0036

0.0057

0.0065

0.0080

0.0072

30

Eu-153

0.0003

0.0010

0.0015

0.0041

0.0019

0.0036

0.0045

0.0062

0.0060

31

Eu-154

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

0.0000

32

Eu-155

0.0000

0.0002

0.0003

0.0014

0.0007

0.0016

0.0025

0.0031

0.0030

33

Gd-157

0.0000

0.0000

0.0000

0.0004

0.0002

0.0007

0.0009

0.0016

0.0016

 

3.3.

MATXS , ; ; .

MATXS , . - . . B.

. . 6- . (Fe,Cr,Ni); (Fe56,U235,Pu239); (Am242m).

. MATXS-30/19 N G. :

N - D - A - ( 4He)

G - T - B -

P - H - ( 3He) R -

, .

:

NSCAT

NG

GSCAT

NTHERM

PN

DKN

DKHG

DKB -

 

. .

NWTO, NWT1, NTOT0,NTOT1 . : NF,NNF,N2NF; NFTOT. : N01 - ; - NCN; c - INELAS. , , : N22A, N28P,N29DAA.

.

HEAT DAME - ; NUBAR,XI,GAMMA - m, x, g; INVEL - ; NU,NUD - , NUTOT - , CHI HID - .

:

GWTO - , ,

GTOT0 - ,

GCOH -

GINCH -

GPAIR -

GABS -

GHEAT - .

 

 

3.4.

BBC [7] . : ( - ), , , .

, BBC

"matxs" "text", , "text" "matxs" .

, BBC , . , , . "ird" , MATXS- - .

, BBC "index",

, , . , .

BBC MATXS , "modinp". "modout". .

, , . , .

, BBC .


:

matxs matxs

text matxs

modinp matxs

modout matxs

index

 

1

iinpf

2 ( mat)

1 (matxs)

-1 (text)

-2 ( mat)

ioutf

2 ( mat)

1 (matxs modout)

0

-1 (text)

-2 ( mat)

imodf

0 ( )

1 (modinp)

list

0 ( )

1

indx

0

1 ( )

2 (iinpf=2 iinpf=-2)

diri .

*name/*/ ( 24 ).

3 (ioutf=2 ioutf=-2)

diro .

*name/*/ ( 24 ).

4 (ilist0)

ird .

1

2

3

4

5

6

7

8

9

10 -

0 - , 1 - .

5 (imodf0)

hoper

s matxs

i modinp

hmat1

hmat2 ( hmat2=hmat1)

 

3

 

6 (iinpf=2 iinpf=-2)

hmati ,

matxs ( )

7 ( )

imodf0

iinpf=2 ioutf2.

newver

huser -

( 16 )

 

8 ( )

hline ( 72 )

8 .

. , .

 

, MATXS. , , . . , GNDL [8] .

ReadIsot:- , GNDL;

COMMON /BGETMATXS/ NG,NL,NT,NZ,EG(100),TEM(10),SIGZ(30)

:

NG - ,

NL - ,

NT - ,

NZ - ,

EG(NG+1) - ()

TEM(NT) - (K),

SIGZ(NZ) - ()

:

PARAMETER (LBUF=1000000)

DIMENSION BUF(LBUF),MBUF(LBUF)

EQUIVALENCE BUF(1),MBUF(1)

LBUF.

:

call ReadIsot (HFILE,BUF,MBUF,LBUF)

HFILE - MATXS ( CHARACTER, )

 

GroupXS: IG. - XSR(16), :

XSR(1)=NU - IG

XSR(2)=SIGT -

XSR(3)=SIGE -

XSR(4)=SIGC -

XSR(5)=SIGF -

XSR(6)=SIGFNU - NU*SIGF

XSR(7)=SIGIN -

XSR(8)=SGINZ -

XSR(9)=SIGIN1 - 1-

XSR(10)=SGINZ1 - 1-

XSR(11)=SIGN2N - (n,2n)

XSR(12)=MU -

XSR(13)=SGELZ -

XSR(14)=XI -

XSR(15)=SIGPOT - ( , =0) XSR(16)=CHI -

 

:

call GroupXS(IG,XSR,BUF)

 

GroupFact:

HTYPE IG - XFACT (NZ,NT)

- ,

,

, :

TOT0 - ,

TOT1 - ,

ELAS -

FISS -

CAPT -

INEL -

.

:

call GroupFact(IG,HTYPE,XFACT,BUF)

GroupMel: IG

- XMATR(NG,NL)

:

call GroupMel(IG,XMATR,BUF)

GroupMin: IG - XMATR(NG,NL)

:

call GroupMin(IG,XMATR,BUF)


 

1.     P.F.Rose and C.L.Dunford .ENDF-102, Data Formats and Procedures for the Evaluated Nuclear Data File, ENDF-6, Brookhaven National Laboratory report BNL-NCS-44945, (July 1990)

2.     .., .., ... " -93", , " ", .1 (1996), .59

3.     R.E.MacFarlane et al. NJOY 94.10 Code System for Producing Pointwise and Multigroup Neutron and Photon Sections form ENDF/B Data. RSIC Peripheral Shielding Routine Collection, PSR-355

4.     D.E.Cullen et al. The ENDF Pre-Processing Code ( PRE-PRO 94) Rep. IAEA-NDS-39, Rev.8, Vienna (1994)

5.     V.V.Sinitsa,A.A.Rineiskiy. GRUCON - A Package of Applied Computer Programs, Rep. INDC(CCCP)-344, IAEA, Vienna(1993)

6.     R.E.MacFarlane, D.C.George. UPD: A portable Version-Control Program Rep.LA-12057-MS UC-705

7.     R.E.MacFarlane "TRANSX-2: A Code for Interfacing MATXS Cross-Section Libraries to Nuclear Transport Codes", LA-12312-MS (1992)

8.     A.V. Voronkov, V.I. Zhuravlev et al. GNDL a Program System of Group Constants to Provide Calculations of Neutron and Photon Fields. Advances in Mathematics, Computations and Reactor Physics, Pittsburgh, PA, USA, 1991


.

 

1H1 125 1,2,102

1H2 128 1,2,16,102

1H3 131 1,2,16

2He3 225 1,2,102-104

2He4 228 1,2

3Li6 325 1,2,4,24,51-81,102,103,105

3Li7 328 1,2,4,16,24,25,51-82,102,104

4Be9 425 1,2,16,102-105,107,600,650,700,701,800

5B10 525 1,2,4,51-85,102-104,107,113,600-605,800,801

5B11 528 1,2,4,16,22,28,51-60,91,102,103,105,107

6C 600 1,2,4,28,51-62,91,102-104,107,203,204,207

7N14 725 1,2,4,16,51-82,102-105,107,108,600-606,650-653,700,701,800-810

7N15 728 1,2,4,16,22,28,51-57,91,102-105,107

9F19 925 1,2,4,16,22,28,51-71,91,102-105,107

11Na23 1125 1,2,4,16,51-68,91,102,103,107

12Mg 1200 1,2,4,16,22,28,51-91,102,103,107

13Al27 1325 1,2,4,16,51-90,102-105,107,203,207

14Si 1400 1,2,4,16,22,28,51-72,91,102-104,107,203,207,600-614,649,

800-811,849

15P31 1525 1,2,4,16,28,91,102,103,107

16S 1600 1,2,4,16,22,28,51-91,102-105,107,111,203-205,207

16S32 1625 1,2,4,16,28,91,102,103,105,107

17Cl 1700 1,2,4,16,22,28,51-63,91,102,103,107

19K 1900 1,2,4,16,22,28,51-67,91,102,103,107

20Ca 2000 1,2,4,16,22,28,51-69,91,102-108,111,112

22Ti 2200 1,2,4,16,17,22,28,51-62,91,102-107,111,112,203,207

23V 2300 1,2,4,16,22,28,32,51-74,91,102-107,111,112

24Cr50 2425 1,2,4,16,22,28,51-56,91,102-104,107

24Cr52 2431 1,2,4,16,22,28,51-60,91,102,103,107

24Cr53 2434 1,2,4,16,22,28,51-63,91,102,103,107

24Cr54 2437 1,2,4,16,51-54,91,102,103,107

25Mn55 2525 1,2,4,16,22,28,51-79,91,102-107

26Fe54 2625 1,2,4,16,22,28,51-57,91,102-104,107

26Fe56 2631 1,2,4,16,22,28,51-75,91,102-107

26Fe57 2634 1,2,4,16,22,28,51-55,91,102,103,107

26Fe58 2637 1,2,4,16,22,28,51,52,91,102,103,107

27Co59 2725 1,2,4,16,22,28,32,33,51-69,91,102-108,111,112

28Ni58 2825 1,2,4,16,22,28,51-58,91,102-104,107

28Ni60 2831 1,2,4,16,22,28,51-61,91,102-104,107

28Ni61 2834 1,2,4,16,28,51-58,91,102,103,107,111

28Ni62 2837 1,2,4,16,22,28,51-54,91,102-104,107

28Ni64 2843 1,2,4,16,22,28,51,52,91,102-104,107

29Cu63 2925 1,2,4,16,22,28,51-72,91,102-104,106,107

29Cu65 2931 1,2,4,16,22,28,51-63,91,102-107

31Ga 3100 1,2,4,16,91,102,103,107

32Ge73 3234 1,2,4,51-54,91,102

32Ge74 3237 1,2,4,51-55,91,102

32Ge76 3243 1,2,4,51,52,91,102

33As75 3325 1,2,4,51-63,91,102

34Se74 3425 1,2,4,91,102

34Se76 3431 1,2,4,51-54,91,102

34Se77 3434 1,2,4,51-60,91,102

34Se78 3437 1,2,4,51-59,91,102

34Se80 3443 1,2,4,51-58,91,102

34Se82 3449 1,2,4,51-53,91,102

35Br79 3525 1,2,4,51-61,91,102

35Br81 3531 1,2,4,51-54,91,102

36Kr78 3625 1,2,4,16,51-53,91,102-107

36Kr80 3631 1,2,4,16,51-56,91,102-107

36Kr82 3637 1,2,4,16,51-59,91,102-107

36Kr83 3640 1,2,4,16,17,51-56,91,102-107

36Kr84 3643 1,2,4,16,51-63,91,102-107

36Kr85 3646 1,2,4,51,91,102

36Kr86 3649 1,2,4,16,17,51-64,91,102-105

37Rb85 3725 1,2,4,16,22,28,51-55,91,102-107,203-207

37Rb86 3728 1,2,4,51,91,102

37Rb87 3731 1,2,4,16,22,28,51-60,91,102-107,203-207

38Sr84 3825 1,2,4,91,102

38Sr86 3831 1,2,4,51-57,91,102

38Sr87 3834 1,2,4,51-57,91,102

38Sr88 3837 1,2,4,51-55,91,102

38Sr89 3840 1,2,4,51-62,91,102

38Sr90 3843 1,2,4,51-54,91,102

39Y89 3925 1,2,4,16,22,28,51-62,91,102-107

39Y90 3928 1,2,4,51,52,91,102

39Y91 3931 1,2,4,51-58,91,102

40Zr 4000 1,2,4,16,51-69,91,102,103,107

40Zr90 4025 1,2,4,16,51-55,91,102,103,107

40Zr91 4028 1,2,4,16,51-61,91,102,103,107

40Zr92 4031 1,2,4,16,51-56,91,102,103,107

40Zr93 4034 1,2,4,51-60,91,102

40Zr94 4037 1,2,4,16,51-58,91,102,103,107

40Zr95 4040 1,2,4,51-54,91,102

40Zr96 4043 1,2,4,16,51-54,91,102,107

41Nb93 4125 1,2,4,16,17,22,28,32,33,51-73,91,102-105,107

41Nb94 4128 1,2,4,51-58,91,102

41Nb95 4131 1,2,4,51-55,91,102

42Mo 4200 1,2,4,16,17,91,102

42Mo94 4231 1,2,4,51-57,91,102

42Mo95 4234 1,2,4,51-69,91,102

42Mo96 4237 1,2,4,51-56,91,102

42Mo97 4240 1,2,4,51-69,91,102

42Mo99 4246 1,2,4,51-56,91,102

43Tc99 4325 1,2,4,16,51-61,91,102

44Ru96 4425 1,2,4,91,102

44Ru98 4431 1,2,4,91,102

44Ru99 4434 1,2,4,51-62,91,102

44Ru100 4437 1,2,4,51-57,91,102

44Ru101 4440 1,2,4,51-69,91,102

44Ru102 4443 1,2,4,51-69,91,102

44Ru103 4446 1,2,4,51-64,91,102

44Ru104 4449 1,2,4,51,52,91,102

44Ru105 4452 1,2,4,51-59,91,102

44Ru106 4455 1,2,4,51-54,91,102

45Rh103 4525 1,2,4,16,51-64,91,102

45Rh105 4531 1,2,4,51-53,91,102

46Pd102 4625 1,2,4,91,102

46Pd104 4631 1,2,4,51-58,91,102

46Pd105 4634 1,2,4,51-63,91,102

46Pd106 4637 1,2,4,51-61,91,102

46Pd107 4640 1,2,4,51-65,91,102

46Pd108 4643 1,2,4,51-60,91,102

46Pd110 4649 1,2,4,51-62,91,102

47Ag107 4725 1,2,4,16,17,22,28,51-63,91,102-107,203-207

47Ag109 4731 1,2,4,16,17,22,28,51-70,91,102-107,203-207

47Ag111 4737 1,2,4,51-60,91,102

48Cd 4800 1,2,4,16,51-54,91,102,103,107

48Cd106 4825 1,2,4,91,102

48Cd108 4831 1,2,4,51-62,91,102

48Cd110 4837 1,2,4,51-57,91,102

48Cd111 4840 1,2,4,51-59,91,102

48Cd112 4843 1,2,4,51-56,91,102

48Cd113 4846 1,2,4,16,51-53,91,102,103,107

48Cd114 4849 1,2,4,51-56,91,102

48Cd116 4855 1,2,4,51-54,91,102

49In 4900 1,2,4,16,17,22,28,32,33,51-78,91,102-105,107

49In113 4925 1,2,4,51-56,91,102

50Sn112 5025 1,2,4,91,102

50Sn115 5034 1,2,4,51-54,91,102

50Sn116 5037 1,2,4,51-67,91,102

50Sn117 5040 1,2,4,51-55,91,102

50Sn118 5043 1,2,4,51-64,91,102

50Sn119 5046 1,2,4,51-58,91,102

50Sn123 5058 1,2,4,51-59,91,102

50Sn125 5064 1,2,4,51-53,91,102

50Sn126 5067 1,2,4,51-60,91,102

51Sb121 5125 1,2,4,51-57,91,102

51Sb123 5131 1,2,4,51-56,91,102

51Sb124 5134 1,2,4,51-58,91,102

51Sb125 5137 1,2,4,51-69,91,102

51Sb126 5140 1,2,4,51-55,91,102

52Te120 5225 1,2,4,91,102

52Te122 5231 1,2,4,51-54,91,102

52Te123 5234 1,2,4,51-58,91,102

52Te124 5237 1,2,4,51-61,91,102

52Te125 5240 1,2,4,51-56,91,102

52Te126 5243 1,2,4,51-63,91,102

52Te127m 5247 1,2,4,91,102

52Te128 5249 1,2,4,51-56,91,102

52Te129m 5253 1,2,4,91,102

52Te130 5255 1,2,4,51-60,91,102

52Te132 5261 1,2,4,51-56,91,102

53I129 5331 1,2,4,51-59,91,102

53I130 5334 1,2,4,91,102

53I131 5337 1,2,4,51-54,91,102

53I135 5349 1,2,4,91,102

54Xe124 5425 1,2,4,16,17,51-54,91,102-107

54Xe126 5431 1,2,4,16,17,51-54,91,102-107

54Xe128 5437 1,2,4,16,17,51-53,91,102-107

54Xe129 5440 1,2,4,16,17,51-56,91,102-105,107

54Xe130 5443 1,2,4,16,17,51-56,91,102-105,107

54Xe131 5446 1,2,4,16,17,51-56,91,102-105,107

54Xe132 5449 1,2,4,16,17,51-54,91,102-105,107

54Xe133 5452 1,2,4,51,91,102

54Xe134 5455 1,2,4,16,17,51-53,91,102-105,107

54Xe135 5458 1,2,4,51,91,102

54Xe136 5461 1,2,4,16,17,51-53,91,102-105,107

55Cs133 5525 1,2,4,16,51-55,91,102,103,107

55Cs134 5528 1,2,4,51-55,91,102

55Cs135 5531 1,2,4,51-53,91,102

55Cs136 5534 1,2,4,91,102

55Cs137 5537 1,2,4,51-62,91,102

59Pr141 5925 1,2,4,16,17,22,28,51-60,91,102-107

59Pr142 5928 1,2,4,91,102

59Pr143 5931 1,2,4,51-56,91,102

60Nd142 6025 1,2,4,51-58,91,102

60Nd144 6031 1,2,4,51-58,91,102

60Nd145 6034 1,2,4,16,17,22,28,51-64,91,102-107

60Nd146 6037 1,2,4,16,17,22,28,51-53,91,102-107

60Nd147 6040 1,2,4,51-53,91,102

60Nd148 6043 1,2,4,16,17,22,28,51-53,91,102-107

60Nd150 6049 1,2,4,16,17,22,28,51-59,91,102-105,107

61Pm148 6152 1,2,4,91,102

61Pm148m 6153 1,2,4,91,102

61Pm149 6155 1,2,4,51-56,91,102

61Pm151 6161 1,2,4,51-56,91,102

62Sm144 6225 1,2,4,91,102

62Sm148 6237 1,2,4,51-66,91,102

62Sm150 6243 1,2,4,51-66,91,102

62Sm151 6246 1,2,4,16,17,22,28,51-61,91,102-107

62Sm152 6249 1,2,4,16,17,22,28,51-64,91,102-107

62Sm153 6252 1,2,4,51-62,91,102

63Eu155 6337 1,2,4,16,17,22,28,51-59,91,102-107

63Eu156 6340 1,2,4,51-55,91,102

63Eu157 6343 1,2,4,91,102

64Gd152 6425 1,2,4,16,22,28,51-64,91,102,103,107

64Gd154 6431 1,2,4,16,22,28,51-64,91,102,103,107

64Gd156 6437 1,2,4,16,22,28,51-64,91,102,103,107

64Gd158 6443 1,2,4,16,22,28,51-64,91,102,103,107

64Gd160 6449 1,2,4,16,22,28,51-58,91,102,103,107

65Tb159 6525 1,2,4,51-66,91,102

65Tb160 6528 1,2,4,91,102

66Dy160 6637 1,2,4,51-64,91,102

66Dy161 6640 1,2,4,51-57,91,102

66Dy162 6643 1,2,4,51-56,91,102

66Dy163 6646 1,2,4,51-56,91,102

67Ho165 6725 1,2,4,16,17,51-63,91,102

68Er166 6837 1,2,4,51-69,91,102

61Pm147 6149 1,2,4,16,17,22,28,51-55,91,102-107

62Sm147 6234 1,2,4,16,17,22,28,51-64,91,102-107

62Sm149 6240 1,2,4,16,17,51-60,91,102,103,107

63Eu151 6325 1,2,4,16,17,51-67,91,102-107

63Eu152 6328 1,2,4,16,17,22,28,51-55,91,102-107

63Eu153 6331 1,2,4,16,17,51-60,91,102-107

63Eu154 6334 1,2,4,16,17,22,28,51-55,91,102-107

64Gd155 6434 1,2,4,16,22,28,51-64,91,102,103,107

64Gd157 6440 1,2,4,16,22,28,51-64,91,102,103,107

66Dy164 6649 1,2,4,16,17,51-62,91,102,103,107

68Er167 6840 1,2,4,51-63,91,102

71Lu175 7125 1,2,4,16,17,51-58,91,102,103,107

71Lu176 7128 1,2,4,16,17,51-58,91,102,103,107

72Hf 7200 1,2,4,16,51-62,91,102,103

72Hf174 7225 1,2,4,16,51-53,91,102,103

72Hf176 7231 1,2,4,16,51-53,91,102,103

72Hf177 7234 1,2,4,16,51-60,91,102,103

72Hf178 7237 1,2,4,16,51-53,91,102,103

72Hf179 7240 1,2,4,16,51-54,91,102,103

72Hf180 7243 1,2,4,16,51-53,91,102,103

73Ta181 7328 1,2,4,16,17,51-60,91,102,103

73Ta182 7331 1,2,4,16,17,51-58,91,102,107

74W 7400 1,2,4,16,17,28,51-91,102,103,107

74W182 7431 1,2,4,16,17,28,51-69,91,102,103,107

74W183 7434 1,2,4,16,17,28,51-64,91,102,103,107

74W184 7437 1,2,4,16,17,28,51-68,91,102,103,107

74W186 7443 1,2,4,16,17,28,51-68,91,102,103,107

75Re185 7525 1,2,4,16,17,51-59,91,102

75Re187 7531 1,2,4,16,17,51-66,91,102

79Au197 7925 1,2,4,16,17,51-63,91,102,103,107

82Pb206 8231 1,2,4,16,17,51-89,91,102,103,105,107

82Pb207 8234 1,2,4,16,17,51-89,91,102,103,105,107

82Pb208 8237 1,2,4,16,17,51-61,91,102,103,105,107

83Bi209 8325 1,2,4,16,17,22,28,32,33,51-69,91,102-107

90Th230 9034 1,2,4,16-18,51-67,91,102,452

90Th232 9040 1,2,4,16-18,51-65,91,102,452,455,456

91Pa233 9137 1,2,4,16-18,51-55,91,102,452

92U233 9222 1,2,4,16-18,51-54,91,102,452,455,456

92U234 9225 1,2,4,16-21,51-56,91,102,452,455,456

92U235 9228 1,2,4,16-21,37,38,51-84,91,102,452,455,456

92U236 9231 1,2,4,16-21,51-77,91,102,452,455,456

92U237 9234 1,2,4,16-18,91,102,452,455,456

92U238 9237 1,2,4,16-21,37,38,51-77,91,102,452,455,456

92U238 9237 1,2,4,16-21,37,38,51-77,91,102,452,455,456

93Np239 9352 1,2,4,16-18,51-58,91,102,452

94Pu236 9428 1,2,4,16-20,51-54,91,102,452

94Pu237 9431 1,2,4,16-20,51-60,91,102,452

94Pu238 9434 1,2,4,16-20,51-65,91,102,452,455,456

94Pu239 9437 1,2,4,16-21,37,38,51-81,91,102,452,455,456

94Pu240 9440 1,2,4,16-21,51-69,91,102,452,455,456

94Pu241 9443 1,2,4,16-18,51-65,91,102,452,455,456

94Pu242 9446 1,2,4,16-18,51-69,91,102,452

94Pu243 9449 1,2,4,16-18,37,91,102,452

94Pu244 9452 1,2,4,16-20,37,51-55,91,102,452

94Pu244 9452 1,2,4,16-20,37,51-55,91,102,452

95Am241 9543 1,2,4,16-18,51-68,91,102,452

95Am243 9549 1,2,4,16-20,37,51-67,91,102,452,455,456

96Cm241 9628 1,2,4,16-20,51-54,91,102,452

96Cm242 9631 1,2,4,16-20,51-53,91,102,452,455,456

96Cm244 9637 1,2,4,16-20,51-53,91,102,452

96Cm245 9640 1,2,4,16-18,37,91,102,452,455,456

96Cm246 9643 1,2,4,16-18,37,51-61,91,102,452

96Cm247 9646 1,2,4,16-18,37,91,102,452

96Cm248 9649 1,2,4,16-20,37,51-57,91,102,452

97Bk249 9752 1,2,4,16-18,51-68,91,102,103,107,452,455,456

98Cf249 9852 1,2,4,16-18,51-65,91,102,103,107,452,455,456

98Cf250 9855 1,2,4,16-18,37,91,102,452

98Cf251 9858 1,2,4,16-18,37,91,102,452,455,456

98Cf252 9861 1,2,4,16-18,37,91,102,452,455,456


B. MATXS

 

cs

cs

cs

cs ============================== ===============

cs

cs

cs

cs

cs

cs *************( )

cs *

cs *************

cs

cs *************( )

cs *

cs *

cs * ***********( )

cs * * n1db.gt.0

cs * *

cs * * *********( )

cs * * * n1db.gt.0

cs * * *********

cs * *

cs * * *********( )

cs * * * n2d.gt.0

cs * * *

cs * * * *******( )

cs * * * * n2d.gt.0

cs * * * *******

cs * * *

cs * * * jconst.gt.0

cs * * *

cs *************

c

c--------------------------------------------------------------------

c

c

c--------------------------------------------------------------------

cr

c

cl hname,(huse(i),i=1,2),ivers

c

cw 1+3*mult

c

cb format(4h 0v ,a8,1h*,2a8,1h*,i6)

c

cd hname - matxs - (a8)

cd huse (a8)

cd ivers

cd mult

cd 1- a8

cd 2- a8

c

c--------------------------------------------------------------------

c

c
c--------------------------------------------------------------------

cr

c

cl npart,ntype,nholl,nmat,maxw,length

c

cw 6

c

cb format(6h 1d ,6i6)

c

cd npart ,

cd

cd ntype

cd nholl

cd nmat

cd maxw

cd length

c

c--------------------------------------------------------------------

c

c

c--------------------------------------------------------------------

cr

c

cl (hsetid(i),i=1,nholl)

c

cw nholl*mult

c

cb format(4h 2d /(9a8))

c

cd hsetid (a8)

cd ( 72 )

c

c--------------------------------------------------------------------

c

c

c--------------------------------------------------------------------

cr

c

cl (hprt(j),j=1,npart),(htype(k),k=1,ntype),(hmatn(i),i=1,nmat),

cl 1(ngrp(j),j=1,npart),(jinp(k),k=1,ntype,(joutp(k),k=1,ntype),

cl 2(nsubm(i)i=1,nmat),(locm(i),i=1,nmat)

c

cw (npart+ntype+nmat)*mult+2*ntype+npart+2*nmat

c

cb format(4h 3d ,4x,8a8/(9a8)) hprt,htype,hmatn

cb format(12i6) ngrp,jinp,joutp,nsubm,locm

c

cd hprt(j) j

cd n

cd g

cd p

cd d

cd t

cd h ( he-3 )

cd a ( he-4 )

cd b

cd r

cd ( )

cd htype(k) k

cd nscat

cd ng

cd gscat

cd pn

cd . .

cd . .

cd . .

cd dkn

cd dkhg

cd dkb -

cd hmatn(i) i

cd ngrp(j) j

cd jinp(k) , k;

dk jinp = 0.

cd joutp(k) k

cd nsubm(i) i

cd locm(i) i

c

c--------------------------------------------------------------------

c

c

c--------------------------------------------------------------------

cr

c

cl (gpb(i),i=1,ngr),emin

c

cc ngr=ngrp(j)

c

cw ngrp(j)+1

c

cb format(4h 4d ,8x,1p,5e12.5/(6e12.5))

c

cd gpb(i) i j

cd emin j

c

c--------------------------------------------------------------------

c

c

c--------------------------------------------------------------------

cr

c

cl hmat,amass,(temp(i),sigz(i),itype(i),n1d(i),n2d(i),

cl 1locs(i),i=1,nsubm)

c

cw mult+1+6*nsubm

c

cb format(4h 5d ,a8,1p,2e12.5/(2e12.5,5i6))

c

cd hmat

cd amass

cd temp

cd i

cd sigz

cd i

cd itype i

cd n1d i

cd n2d i

cd locs i

c

c--------------------------------------------------------------------

c

c--------------------------------------------------------------------

cr

c

cl (hvps(i),i=1,n1d),(nfg(i),i=1,n1d),(nlg(i),i=1,n1d)

c

cw (mult+2)*n1d

c

cb format(4h 6d ,4x,8a8/(9a8)) hvps

cb format(12i6) iblk,nfg,nlg

c

cd hvps(i)

cd nelas

cd n2n (n,2n)

cd nnf

cd gabs

cd p2n (p,2n)

cd . .

cd . .

cd . .

cd nfg(i) i

cd nlg(i) i

c

c--------------------------------------------------------------------

c

c

c--------------------------------------------------------------------

cr

c

cl (vps(i),i=1,kmax)

c

cc kmax= j

c

cw kmax

c

cb format(4h 7d ,8x,1p,5e12.5/(6e12.5))

c

cd vps(i) j;

cd

cd maxw.

c

c--------------------------------------------------------------------

c

c

c--------------------------------------------------------------------

cr

c

cl hmtx,lord,jconst,

cl 1(jband(l),l=1,noutg(k)),(ijj(l),l=1,noutg(k))

c

cw mult+2+2*noutg(k)

c

cb format(4h 8d ,4x,a8/(12i6)) hmtx,lord,jconst,

cb jband,ijj

c

cd hmtx

cd lord

cd jconst

cd jband(l) l

cd ijj(l) l

c--------------------------------------------------------------------

c

c

c--------------------------------------------------------------------

cr

c

cl (scat(k),k=1,kmax)

c

cc kmax= jband, ,

cc lord

c

cb format(4h 9d ,8x,1p,5e12.5/(6e12.5))

c

cw kmax

c

cd scat(k)
cd .
cd : p0 i,
cd p1 i, ... ,
cd p0 i+1, p1
cd i+1, .. ,
cd maxw.

cd

cd jconst>0, jconst

cd .

c

c--------------------------------------------------------------------

c

c

c--------------------------------------------------------------------

cr

c

cl (spec(l),l=1,noutg(k)),(prod(l),l=l1,ning(k))

c

cc l1=ning(k)-jconst+1

c

cw noutg(k)+jconst

c

cb format(4h10d ,8x,1p,5e12.5/(6e12.5))

c

cd spec

cd l1 ning(k)

cd prod (, nu*sigf)

cd l1 ning(k)

cd

cd

cd ,

cd ,

cd .

c

c--------------------------------------------------------------------