======================================================================= Groupie
Groupie
PROGRAM GROUPIE Groupie
=============== Groupie
VERSION 76-1 (NOVEMBER 1976) Groupie
VERSION 79-1 (OCTOBER 1979) CDC-7600 AND CRAY-1 VERSION. Groupie
VERSION 80-1 (MAY 1980) IBM, CDC AND CRAY VERSION Groupie
VERSION 81-1 (JANUARY 1981) EXTENSION TO 3000 GROUPS Groupie
VERSION 81-2 (MARCH 1981) IMPROVED SPEED Groupie
VERSION 81-3 (AUGUST 1981) BUILT-IN 1/E WEIGHTING SPECTRUM Groupie
VERSION 82-1 (JANUARY 1982) IMPROVED COMPUTER COMPATIBILITY Groupie
VERSION 83-1 (JANUARY 1983)*MAJOR RE-DESIGN. Groupie
*ELIMINATED COMPUTER DEPENDENT CODING. Groupie
*NEW, MORE COMPATIBLE I/O UNIT NUMBERS. Groupie
*NEW MULTI-BAND LIBRARY BINARY FORMAT. Groupie
VERSION 83-2 (OCTOBER 1983) ADDED OPTION TO ALLOW SIGMA-0 TO BE Groupie
DEFINED EITHER AS MULTIPLES OF Groupie
UNSHIELDED TOTAL CROSS SECTION IN EACH Groupie
GROUP, OR POWERS OF 10 IN ALL GROUPS. Groupie
VERSION 84-1 (APRIL 1984) ADDED MORE BUILT IN MULTIGROUP ENERGY Groupie
STRUCTURES. Groupie
VERSION 85-1 (APRIL 1985) *UPDATED FOR ENDF/B-VI FORMATS. Groupie
*SPECIAL I/O ROUTINES TO GUARANTEE Groupie
ACCURACY OF ENERGY. Groupie
*DOUBLE PRECISION TREATMENT OF ENERGY Groupie
(REQUIRED FOR NARROW RESONANCES). Groupie
*MINIMUM TOTAL CROSS SECTION TREATMENT Groupie
VERSION 85-2 (AUGUST 1985) *FORTRAN-77/H VERSION Groupie
VERSION 86-1 (JANUARY 1986)*ENDF/B-VI FORMAT Groupie
VERSION 86-2 (JUNE 1986) *BUILT-IN MAXWELLIAN, 1/E AND FISSION Groupie
WEIGHTING SPECTRUM. Groupie
VERSION 88-1 (JULY 1988) *OPTION...INTERNALLY DEFINE ALL I/O Groupie
FILE NAMES (SEE, SUBROUTINES FILIO1 Groupie
FILIO2 FOR DETAILS). Groupie
*IMPROVED BASED ON USER COMMENTS. Groupie
VERSION 89-1 (JANUARY 1989)*PSYCHOANALYZED BY PROGRAM FREUD TO Groupie
INSURE PROGRAM WILL NOT DO ANYTHING Groupie
CRAZY. Groupie
*UPDATED TO USE NEW PROGRAM CONVERT Groupie
KEYWORDS. Groupie
*ADDED LIVERMORE CIVIC COMPILER Groupie
CONVENTIONS. Groupie
VERSION 91-1 (JUNE 1991) *INCREASED PAGE SIZE FROM 1002 TO 5010 Groupie
POINTS Groupie
*UPDATED BASED ON USER COMMENTS Groupie
*ADDED FORTRAN SAVE OPTION Groupie
*COMPLETELY CONSISTENT ROUTINE TO READ Groupie
FLOATING POINT NUMBERS. Groupie
VERSION 92-1 (JANUARY 1992)*ADDED RESONANCE INTEGRAL CALCULATION - Groupie
UNSHIELDED AND/OR SHIELDED - FOR Groupie
DETAILS SEE BELOW Groupie
*INCREASED NUMBER OF ENERGY POINTS Groupie
IN BUILT-IN SPECTRA - TO IMPROVE Groupie
ACCURACY. Groupie
*ALLOW SELECTION OF ZA/MF/MT OR Groupie
MAT/MF/MT RANGES - ALL DATA NOT Groupie
SELECTED IS SKIPPED ON INPUT AND Groupie
NOT WRITTEN AS OUTPUT. Groupie
*COMPLETELY CONSISTENT I/O ROUTINES - Groupie
TO MINIMIZE COMPUTER DEPENDENCE. Groupie
*NOTE, CHANGES IN INPUT PARAMETER Groupie
FORMAT - FOR ZA/MF/MT OR MAT/MF/MT Groupie
RANGES. Groupie
VERSION 92-2 (JUNE 1992) *MULTIBAND PARAMETERS OUTOUT AS Groupie
CHARACTER (RATHER THAN BINARY) FILE. Groupie
VERSION 93-1 (APRIL 1993) *INCREASED PAGE SIZE FROM 5010 TO Groupie
30000 POINTS Groupie
*ELIMINATED COMPUTER DEPENDENCE. Groupie
VERSION 94-1 (JANUARY 1994)*VARIABLE ENDF/B DATA FILENAMES Groupie
TO ALLOW ACCESS TO FILE STRUCTURES Groupie
(WARNING - INPUT PARAMETER FORMAT Groupie
HAS BEEN CHANGED) Groupie
*CLOSE ALL FILES BEFORE TERMINATING Groupie
(SEE, SUBROUTINE ENDIT) Groupie
VERSION 95-1 (JANUARY 1994)*CORRECTED MAXWELLIAN WEIGHTING Groupie
*CHANGING WEIGHTING SPECTRUM FROM Groupie
0.1 TO 0.001 % UNCERTAINTY Groupie
VERSION 96-1 (JANUARY 1996) *COMPLETE RE-WRITE Groupie
*IMPROVED COMPUTER INDEPENDENCE Groupie
*ALL DOUBLE PRECISION Groupie
*ON SCREEN OUTPUT Groupie
*UNIFORM TREATMENT OF ENDF/B I/O Groupie
*IMPROVED OUTPUT PRECISION Groupie
*DEFINED SCRATCH FILE NAMES Groupie
*UP TO 1000 GROUP MULTI-BAND Groupie
CALCULATION (PREVIOUSLY 175) Groupie
*MAXIMUM NUMBER OF GROUPS REDUCED Groupie
FROM 3,000 TO 1,000 Groupie
*UP TO 1000 MATERIALS Groupie
(PREVIOUSLY 100) Groupie
*CORRECTED USE OF MAXWELLIAN + Groupie
1/E + FISSION SPECTRUM Groupie
*ONLY 2 BAND VERSION DISTRIBUTED Groupie
(CONTACT AUTHOR FOR DETAILS) Groupie
*DEFINED SCRATCH FILE NAMES Groupie
VERSION 99-1 (MARCH 1999) *CORRECTED CHARACTER TO FLOATING Groupie
POINT READ FOR MORE DIGITS Groupie
*UPDATED TEST FOR ENDF/B FORMAT Groupie
VERSION BASED ON RECENT FORMAT CHANGE Groupie
*GENERAL IMPROVEMENTS BASED ON Groupie
USER FEEDBACK Groupie
VERSION 99-2 (JUNE 1999) *ASSUME ENDF/B-VI, NOT V, IF MISSING Groupie
MF=1, MT-451. Groupie
VERS. 2000-1 (FEBRUARY 2000)*ADDED MF=10, ACTIVATION CROSS SECTION Groupie
PROCESSING. Groupie
*GENERAL IMPROVEMENTS BASED ON Groupie
USER FEEDBACK Groupie
VERS. 2002-1 (FEBRUARY 2002)*ADDED TART 700 GROUP STRUCTURE Groupie
*ADDED VARIABLE SIGMA0 INPUT OPTION Groupie
(MAY 2002) *OPTIONAL INPUT PARAMETERS Groupie
(NOV. 2002) *ADDED SAND-II EXTENDED DOWN TO Groupie
1.0D-5 EV. Groupie
(JUNE 2003) *CORRECTED SAND-II 620 AND 640 GROUP Groupie
ENERGY BOUNDARIES DEFINITIONS. Groupie
VERS. 2004-1 (SEPT. 2004) *INCREASED PAGE SIZE FROM 30000 TO Groupie
120000 POINTS Groupie
*ADDED "OTHER" AS ADDITIONAL REACTION Groupie
TO IMPROVE MULTI-BAND FITTING Groupie
*ADDED ITERATION FOR "BEST" PARTIAL Groupie
PARAMETERS. Groupie
*DO NOT SKIP LOW TOTAL ENERGY RANGES Groupie
WHEN DEFINING AVERAGE CROSS SECTIONS - Groupie
THIS MAKES OUTPUT COMPATIBLE WITH Groupie
ANY STANDARD AVERAGING PROCEDURE Groupie
VERS. 2005-1 (JAN. 2005) *ADDED OPTION TO CHANGE TEMPERATURE OF Groupie
BUILT-IN STANDARD SPECTRUM. Groupie
VERS. 2007-1 (JAN. 2007) *CHECKED AGAINST ALL ENDF/B-VII. Groupie
*INCREASED PAGE SIZE FROM 120,000 TO Groupie
600,000 POINTS Groupie
VERS. 2008-1 (JAN. 2008) *72 CHARACTER FILE NAMES. Groupie
*GENERAL UPDATES Groupie
VERS. 2010-1 (Apr. 2010) *INCREASED WEIGHTING SPECTRUM TO 30,000 Groupie
FROM 3,000 ENERGY POINTS. Groupie
*ADDED OUTPUT TO PLOT/COMPARE SHIELDED Groupie
AND UNSHIELDED CROSS SECTIONS. Groupie
VERS. 2011-1 (June 2011) *Corrected TART 700 groups to extend up Groupie
to 1 GeV (1,000 MeV) - previously it Groupie
was ERRONEOUSLY cutoff at 20 MeV. Groupie
VERS. 2011-2 (Nov. 2011) *Corrected TART 616 groups lowest Groupie
energy from 1.0D-4 eV to 1.0D-5 eV. Groupie
*Added TART 666 to 200 MeV (for TENDL). Groupie
*Optional high energy cross section Groupie
extension above tabulated energy range Groupie
(either = 0 = standard, or constant) Groupie
WARNING - ENDF/B standard convention Groupie
is that the cross section = 0 where it Groupie
is not explicitly defined - extension Groupie
= 0 is standard, constant is NOT, so Groupie
constant extension is NOT RECOMMENDED. Groupie
VERS. 2012-1 (Aug. 2012) *Added CODENAME Groupie
*32 and 64 bit Compatible Groupie
*Added ERROR stop. Groupie
VERS. 2013-1 (Nov. 2013) *Extended OUT9. Groupie
*Uses OUTG, not OUT10 for energies. Groupie
VERS. 2015-1 (Jan. 2015) *Corrected SPECTM - handle ALL included Groupie
group structures, i.e., even those Groupie
that start above thremal range by Groupie
ALWAYS constructing weigthing spectrum Groupie
to be AT LEAST 1.0D-5 eV to 20 MeV. Groupie
*Extended OUTG Groupie
*Replaced ALL 3 way IF Statements. Groupie
*Generalized TART Group Strructures. Groupie
*Generalized SAND-II Group Structures. Groupie
*Extended SAND-II to 60, 150, 200 MeV. Groupie
VERS. 2015-2 (Mar. 2015) *Deleted 1P from formats reading input Groupie
parameters, causing incorrect scaling Groupie
*Changed ALL data to "D" instead of Groupie
"E" to insure it is REAL*8 and avoid Groupie
Truncation ERRORS. Groupie
VERS. 2015-3 (July 2015) *Insure no 10 digit output - not Groupie
needed for multi-group and this makes Groupie
listings simpler. Groupie
*Corrected High Energy Extension = Groupie
Can effect highest energy group. Groupie
VERS. 2016-1 (July 2016) *Added UKAEA 1102 Group Structure. Groupie
*Increased storage to accommodate Groupie
much larger group structures = Groupie
up to 20,000 Groups. Groupie
*Added output listing of the complete Groupie
input parameters for URRFIT, including Groupie
the NJOY parameters LSSF and ICOMP. Groupie
*Changed multiple IF statements to Groupie
accommodate compiler optimizer Groupie
*Cosmetic changes based on FREUD Groupie
psychoanalysis. Groupie
*Updated multi-band treatment to Groupie
explcitly handle small shielding Groupie
limit - without this update the small Groupie
limit becomes numerically unstable. Groupie
VERS. 2017-1 (May 2017) *Increased max. points to 3,000,000. Groupie
*METHODB was incorrecctly named Groupie
METHOD in one routine = corrected. Groupie
*Default multi-band is method #2 = Groupie
conserve <x>, <1/(x+<x>>, <1/x>. Groupie
*Definition of built-in group structure Groupie
using SUBROUTINE GROPE is identical Groupie
for GROUPIE and VIRGIN. Groupie
*All floating input parameters changed Groupie
to character input + IN9 conversion. Groupie
*Output report identfies MF now that Groupie
this code does more than just MF=3. Groupie
*Added NRO = energy dependent scatter Groupie
radius to copying FILE2 parameters Groupie
to define unresolved energy range. Groupie
*Corrected energy dependent scatter Groupie
for all resonance types (see, above Groupie
comments) = for multi-band output Groupie
VERS. 2018-1 (Jan. 2018) *Added on-line output for ALL ENDERROR Groupie
VERS. 2019-1 (June 2019) *Major re-write to re-order output to Groupie
include Unresolved Resonance Region Groupie
self-shielding. Groupie
*Added Unresolved self-shielding by Groupie
Extrapolating cross section moments Groupie
from Resolved (supersedes URRDO and Groupie
URRFIT codes). Groupie
*Added entire self-shielding array to Groupie
memory - previously only one group Groupie
results were in memory - saving ALL Groupie
greatly simplifies the logic. Groupie
*Additional Interpolation Law Tests Groupie
*Check maximum Tabulated Energy of MTs Groupie
to insure they ALL end at the same Groupie
energy. Groupie
*Multi-band = 1 no longer allowed. Groupie
The only allowed values are, Groupie
0 = no multi-band calculations, or, Groupie
2 = Conserve 1/[total + <total>] Groupie
*Unresolved Resonance Region Groupie
Self-Shielding Requires all of these, Groupie
1) Unresolved data with ENDF input Groupie
2) 616 TART Groups (input -11) Groupie
3) Define Sigma0 standard (input = 0) Groupie
*Unresolved Resonance Region Groupie
Self-Shielding Always Outputs, Groupie
1) LSSF = 0 = Output cross sections Groupie
2) INTUNR = 2 = Interpolation law Groupie
*Added ZAzzzaaa to filenames. Groupie
Groupie
2015-2 Acknowledgment Groupie
===================== Groupie
I thank Chuck Whitmer (TerraPower,WA) and Andrej Trkov (NDS,IAEA) Groupie
for reporting the errors that led to the 2015-2 Improvements in Groupie
this code. Groupie
Groupie
I thank Jean-Christophe Sublet (UKAEA) for contributing MAC Groupie
executables and Bojan Zefran (IJS, Slovenia) for contributing Groupie
LINUX (32 or 63 bit) executables. And most of all I must thank Groupie
Andrej Trkov (NDS, IAEA) for overseeing the entire PREPRO project Groupie
at IAEA, Vienna. This was a truly International team who worked Groupie
together to produce PREPRO 2015-2. Groupie
Groupie
OWNED, MAINTAINED AND DISTRIBUTED BY Groupie
------------------------------------ Groupie
THE NUCLEAR DATA SECTION Groupie
INTERNATIONAL ATOMIC ENERGY AGENCY Groupie
P.O. BOX 100 Groupie
A-1400, VIENNA, AUSTRIA Groupie
EUROPE Groupie
Groupie
ORIGINALLY WRITTEN BY Groupie
------------------------------------ Groupie
Dermott E. Cullen Groupie
Groupie
PRESENT CONTACT INFORMATION Groupie
--------------------------- Groupie
Dermott E. Cullen Groupie
1466 Hudson Way Groupie
Livermore, CA 94550 Groupie
U.S.A. Groupie
Telephone 925-443-1911 Groupie
E. Mail RedCullen1@Comcast.net Groupie
Website RedCullen1.net/HOMEPAGE.NEW Groupie
Groupie
AUTHORS MESSAGE Groupie
--------------- Groupie
THE REPORT DESCRIBED ABOVE IS THE LATEST PUBLISHED DOCUMENTATION Groupie
FOR THIS PROGRAM. HOWEVER, THE COMMENTS BELOW SHOULD BE CONSIDERED Groupie
THE LATEST DOCUMENTATION INCLUDING ALL RECENT IMPROVEMENTS. PLEASE Groupie
READ ALL OF THESE COMMENTS BEFORE IMPLEMENTATION, PARTICULARLY Groupie
THE COMMENTS CONCERNING MACHINE DEPENDENT CODING. Groupie
Groupie
AT THE PRESENT TIME WE ARE ATTEMPTING TO DEVELOP A SET OF COMPUTER Groupie
INDEPENDENT PROGRAMS THAT CAN EASILY BE IMPLEMENTED ON ANY ONE Groupie
OF A WIDE VARIETY OF COMPUTERS. IN ORDER TO ASSIST IN THIS PROJECT Groupie
IT WOULD BE APPECIATED IF YOU WOULD NOTIFY THE AUTHOR OF ANY Groupie
COMPILER DIAGNOSTICS, OPERATING PROBLEMS OR SUGGESTIONS ON HOW TO Groupie
IMPROVE THIS PROGRAM. HOPEFULLY, IN THIS WAY FUTURE VERSIONS OF Groupie
THIS PROGRAM WILL BE COMPLETELY COMPATIBLE FOR USE ON YOUR Groupie
COMPUTER. Groupie
Groupie
PURPOSE Groupie
------- Groupie
THIS PROGRAM IS DESIGNED TO CALCULATE ANY COMBINATION OF Groupie
THE FOLLOWING QUANTITIES FROM LINEARLY INTERPOLABLE TABULATED Groupie
CROSS SECTIONS IN THE ENDF/B FORMAT Groupie
Groupie
(1) UNSHIELDED GROUP AVERAGED CROSS SECTIONS Groupie
(2) BONDARENKO SELF-SHIELDED GROUP AVERAGED CROSS SECTIONS Groupie
(3) MULTI-BAND PARAMETERS Groupie
Groupie
IN THE FOLLOWING FOR SIMPLICITY THE ENDF/B TERMINOLOGY--ENDF/B Groupie
TAPE--WILL BE USED. IN FACT THE ACTUAL MEDIUM MAY BE TAPE, CARDS, Groupie
DISK OR ANY OTHER MEDIUM. Groupie
Groupie
ENDF/B FORMAT Groupie
------------- Groupie
THIS PROGRAM ONLY USES THE ENDF/B BCD OR CARD IMAGE FORMAT (AS Groupie
OPPOSED TO THE BINARY FORMAT) AND CAN HANDLE DATA IN ANY VERSION Groupie
OF THE ENDF/B FORMAT (I.E., ENDF/B-I, II,III, IV OR V FORMAT). Groupie
Groupie
IT IS ASSUMED THAT THE DATA IS CORRECTLY CODED IN THE ENDF/B Groupie
FORMAT AND NO ERROR CHECKING IS PERFORMED. IN PARTICULAR IT IS Groupie
ASSUMED THAT THE MAT, MF AND MT ON EACH CARD IS CORRECT. SEQUENCE Groupie
NUMBERS (COLUMNS 76-80) ARE IGNORED ON INPUT, BUT WILL BE Groupie
CORRECTLY OUTPUT ON ALL CARDS. THE FORMAT OF SECTION MF=1, MT=451 Groupie
AND ALL SECTIONS OF MF= 3 MUST BE CORRECT. THE PROGRAM COPIES ALL Groupie
OTHER SECTION OF DATA AS HOLLERITH AND AS SUCH IS INSENSITIVE TO Groupie
THE CORRECTNESS OR INCORRECTNESS OF ALL OTHER SECTIONS. Groupie
Groupie
ALL FILE 3 CROSS SECTIONS THAT ARE USED BY THIS PROGRAM MUST BE Groupie
LINEARLY INTERPOLABLE IN ENERGY AND CROSS SECTION (ENDF/B Groupie
INTERPOLATION LAW 2). FILE 3 BACKGROUND CROSS SECTIONS MAY BE MADE Groupie
LINEARLY INTERPOLABLE USING PROGRAM LINEAR (UCRL-50400, VOL. 17, Groupie
PART A). THE RESONANCE CONTRIBUTION MAY BE ADDED TO THE BACKGROUND Groupie
CROSS SECTIONS USING PROGRAM RECENT (UCRL-50400, VOL. 17, PART B). Groupie
IF THIS PROGRAM FINDS THAT THE FILE 3 CROSS SECTIONS ARE NOT Groupie
LINEARLY INTERPOLABLE THIS PROGRAM WILL TERMINATE EXECUTION. Groupie
Groupie
CONTENTS OF OUTPUT Groupie
------------------ Groupie
IF ENDF/B FORMATTED OUTPUT IS REQUESTED ENTIRE EVALUATIONS ARE Groupie
OUTPUT, NOT JUST THE MULTI-GROUPED FILE 3 CROSS SECTIONS, E.G. Groupie
ANGULAR AND ENERGY DISTRIBUTIONS ARE ALSO INCLUDED. Groupie
Groupie
DOCUMENTATION Groupie
------------- Groupie
THE FACT THAT THIS PROGRAM HAS OPERATED ON THE DATA IS DOCUMENTED Groupie
BY THE ADDITION OF THREE COMMENT CARDS AT THE END OF EACH Groupie
HOLLERITH SECTION TO DESCRIBE THE GROUP STRUCTURE AND WEIGHTING Groupie
SPECTRUM, E.G. Groupie
Groupie
********************** PROGRAM GROUPIE (2019-1) *************** Groupie
UNSHIELDED GROUP AVERAGES USING 69 GROUPS (WIMS) Groupie
MAXWELLIAN, 1/E AND FISSION WEIGHTING SPECTRUM Groupie
Groupie
THE ORDER OF ALL SIMILAR COMMENTS (FROM LINEAR, RECENT AND SIGMA1) Groupie
REPRESENTS A COMPLETE HISTORY OF ALL OPERATIONS PERFORMED ON Groupie
THE DATA. Groupie
Groupie
THESE COMMENT CARDS ARE ONLY ADDED TO EXISTING HOLLERITH SECTIONS, Groupie
I.E., THIS PROGRAM WILL NOT CREATE A HOLLERITH SECTION. THE FORMAT Groupie
OF THE HOLLERITH SECTION IN ENDF/B-V DIFFERS FROM THE THAT OF Groupie
EARLIER VERSIONS OF ENDF/B. BY READING AN EXISTING MF=1, MT=451 Groupie
IT IS POSSIBLE FOR THIS PROGRAM TO DETERMINE WHICH VERSION OF Groupie
THE ENDF/B FORMAT THE DATA IS IN. WITHOUT HAVING A SECTION OF Groupie
MF=1, MT=451 PRESENT IT IS IMPOSSIBLE FOR THIS PROGRAM TO Groupie
DETERMINE WHICH VERSION OF THE ENDF/B FORMAT THE DATA IS IN, AND Groupie
AS SUCH IT IS IMPOSSIBLE FOR THE PROGRAM TO DETERMINE WHAT FORMAT Groupie
SHOULD BE USED TO CREATE A HOLLERITH SECTION. Groupie
Groupie
REACTION INDEX Groupie
-------------- Groupie
THIS PROGRAM DOES NOT USE THE REACTION INDEX WHICH IS GIVEN IN Groupie
SECTION MF=1, MT=451 OF EACH EVALUATION. Groupie
Groupie
THIS PROGRAM DOES NOT UPDATE THE REACTION INDEX IN MF=1, MT=451. Groupie
THIS CONVENTION HAS BEEN ADOPTED BECAUSE MOST USERS DO NOT Groupie
REQUIRE A CORRECT REACTION INDEX FOR THEIR APPLICATIONS AND IT WAS Groupie
NOT CONSIDERED WORTHWHILE TO INCLUDE THE OVERHEAD OF CONSTRUCTING Groupie
A CORRECT REACTION INDEX IN THIS PROGRAM. HOWEVER, IF YOU REQUIRE Groupie
A REACTION INDEX FOR YOUR APPLICATIONS, AFTER RUNNING THIS PROGRAM Groupie
YOU MAY USE PROGRAM DICTIN TO CREATE A CORRECT REACTION INDEX. Groupie
Groupie
SECTION SIZE Groupie
------------ Groupie
SINCE THIS PROGRAM USES A LOGICAL PAGING SYSTEM THERE IS NO LIMIT Groupie
TO THE NUMBER OF POINTS IN ANY SECTION, E.G., THE TOTAL CROSS Groupie
SECTION MAY BE REPRESENTED BY 200,000 DATA POINTS. Groupie
Groupie
SELECTION OF DATA Groupie
----------------- Groupie
THE PROGRAM SELECTS MATERIALS TO BE PROCESSED BASED EITHER ON Groupie
MAT (ENDF/B MAT NO.) OR ZA. THE PROGRAM ALLOWS UP TO 100 MAT OR Groupie
ZA RANGES TO BE SPECIFIED. THE PROGRAM WILL ASSUME THAT THE Groupie
ENDF/B TAPE IS IN EITHER MAT OR ZA ORDER, WHICHEVER CRITERIA IS Groupie
USED TO SELECT MATERIALS, AND WILL TERMINATE WHEN A MAT OR ZA Groupie
IS FOUND THAT IS ABOVE THE RANGE OF ALL REQUESTS. Groupie
Groupie
ENERGY ORDER AND UNITS Groupie
---------------------- Groupie
ALL ENERGIES (FOR CROSS SECTIONS, WEIGHTING SPECTRUM OR GROUP Groupie
BOUNDARIES) MUST BE IN UNITS OF EV AND MUST BE IN ASCENDING Groupie
NUMERICAL ORDER. Groupie
Groupie
ENERGY GRID Groupie
----------- Groupie
ALTHOUGH ALL REACTIONS MUST TO LINEARLY INTERPOLABLE, THEY DO NOT Groupie
ALL HAVE TO USE THE SAME ENERGY GRID. EACH REACTION CAN BE GIVEN Groupie
BY AN INDEPENDENT ENERGY GRID. THIS PROGRAM WILL PROCEED FROM Groupie
THE LOWEST TO HIGHEST ENERGY SELECTING EACH ENERGY INTERVAL OVER Groupie
WHICH ALL DATA, FOR ANY GIVEN CALCULATION, ARE ALL LINEARLY Groupie
INTERPOLABLE. Groupie
Groupie
GROUP STRUCTURE Groupie
--------------- Groupie
THIS PROGRAM IS DESIGNED TO USE AN ARBITRARY ENERGY GROUP Groupie
STRUCTURE WHERE THE ENERGIES ARE IN EV AND ARE IN INCREASING Groupie
ENERGY ORDER. THE MAXIMUM NUMBER OF GROUPS IS 20,000. Groupie
Groupie
THE USER MAY INPUT AN ARBITRARY GROUP STRUCTURE OR THE USER MAY Groupie
USE USE ONE OF THE SEVEN BUILT-IN GROUP STRUCTURES. Groupie
(0) 175 GROUP (TART STRUCTURE) Groupie
(1) 50 GROUP (ORNL STRUCTURE) Groupie
(2) 126 GROUP (ORNL STRUCTURE) Groupie
(3) 171 GROUP (ORNL STRUCTURE) Groupie
(4) 620 GROUP (SAND-II STRUCTURE, UP TO 18 MEV) Groupie
(5) 640 GROUP (SAND-II STRUCTURE, UP TO 20 MEV) Groupie
(6) 69 GROUP (WIMS STRUCTURE) Groupie
(7) 68 GROUP (GAM-I STRUCTURE) Groupie
(8) 99 GROUP (GAM-II STRUCTURE) Groupie
(9) 54 GROUP (MUFT STRUCTURE) Groupie
(10) 28 GROUP (ABBN STRUCTURE) Groupie
(11) 616 GROUP (TART STRUCTURE TO 20 MeV) Groupie
(12) 700 GROUP (TART STRUCTURE TO 1 GEV) Groupie
(13) 665 GROUP (SAND-II STRUCTURE, 1.0D-5 eV, UP TO 18 MEV) Groupie
(14) 685 GROUP (SAND-II STRUCTURE, 1.0D-5 eV, UP TO 20 MEV) Groupie
(15) 666 GROUP (TART STRUCTURE TO 200 MeV) Groupie
(16) 725 GROUP (SAND-II STRUCTURE, 1.0D-5 eV, UP TO 60 MEV) Groupie
(17) 755 GROUP (SAND-II STRUCTURE, 1.0D-5 eV, UP TO 150 MEV) Groupie
(18) 765 GROUP (SAND-II STRUCTURE, 1.0D-5 eV, UP TO 200 MEV) Groupie
(19)1102 GROUP (UKAEA STRUCTURE, 1.0D-5 eV, UP TO 1 GeV) Groupie
Groupie
GROUP AVERAGES Groupie
-------------- Groupie
THIS PROGRAM DEFINES GROUP AVERAGED CROSS SECTIONS AS... Groupie
Groupie
(INTEGRAL E1 TO E2) (SIGMA(E)*S(E)*WT(E)*DE) Groupie
AVERAGE = ----------------------------------------- Groupie
(INTEGRAL E1 TO E2) (S(E)*WT(E)*DE) Groupie
WHERE... Groupie
Groupie
AVERAGE = GROUP AVERAGED CROSS SECTION Groupie
E1, E2 = ENERGY LIMITS OF THE GROUP Groupie
SIGMA(E) = ENERGY DEPENDENT CROSS SECTION FOR ANY GIVEN REACTION Groupie
S(E) = ENERGY DEPENDENT WEIGHTING SPECTRUM Groupie
WT(E) = ENERGY DEPENDENT SELF-SHIELDING FACTOR. Groupie
Groupie
ENERGY DEPENDENT WEIGHTING SPECTRUM Groupie
----------------------------------- Groupie
THE ENERGY DEPENDENT WEIGHTING SPECTRUM IS GIVEN BY AN ARBITRARY Groupie
TABULATED LINERLY INTERPOLABLE FUNCTION WHICH CAN BE DESCRIBED Groupie
BY AN ARBITRARY NUMBER OF POINTS. THIS ALLOWS THE USER TO Groupie
SPECIFY ANY DESIRED WEIGHTING SPECTRUM TO ANY GIVEN DEGREE OF Groupie
ACCURACY. REMEMBER THAT THE PROGRAM WILL ASSUME THAT THE SPECTRUM Groupie
IS LINEARLY INTERPOLABLE BETWEEN TABULATED POINTS. THEREFORE THE Groupie
USER SHOULD USE ENOUGH POINTS TO INSURE AN ADEQUATE REPRESENTATION Groupie
OF THE SPECTRUM BETWEEN TABULATED DATA POINTS. Groupie
Groupie
THE PRESENT VERSION OF THE CODE HAS THREE BULIT-IN WEIGHTING Groupie
SPECTRA, Groupie
Groupie
(1) CONSTANT Groupie
(2) 1/E Groupie
(3) MAXWELLIAN = E*EXP(-E/KT)/KT (0.0 TO 4*KT) Groupie
1/E = C1/E (4*KT TO 67 KEV) Groupie
FISSION = C2*EXP(-E/WA)*SINH(SQRT(E*WB)) (ABOVE 67 KEV) Groupie
Groupie
KT = 0.253 EV (293 KELVIN) Groupie
WA = 9.65D+5 Groupie
WB = 2.29D-6 Groupie
C1, C2 = DEFINED TO MAKE SPECTRUM CONTINUOUS Groupie
Groupie
FISSION SPECTRUM CONSTANTS FROM Groupie
A.F.HENRY, NUCLEAR REACTOR ANALYSIS, P. 11, MIT PRESS (1975) Groupie
Groupie
UNSHIELDED GROUP AVERAGES Groupie
------------------------- Groupie
FOR UNSHIELDED AVERAGES THE SELF-SHIELDING FACTOR (WT(E)) IS SET Groupie
TO UNITY. THIS PROGRAM ALLOWS UP TO 20,000 GROUPS. Groupie
Groupie
SELF-SHIELDED GROUP AVERAGES Groupie
---------------------------- Groupie
IF SELF-SHIELDED AVERAGES AND/OR MULTI-BAND PARAMETERS ARE Groupie
CALCULATED THIS PROGRAM ALLOWS UP TO 20,000 GROUPS. SELF-SHIELDED Groupie
AVERAGES AND/OR MULTI-BAND PARAMETERS ARE CALCULATED FOR THE Groupie
TOTAL, ELASTIC, CAPTURE AND FISSION. Groupie
Groupie
FOR THE TOTAL, ELASTIC, CAPTURE AND FISSION THE PROGRAM USES A Groupie
WEIGHTING FUNCTION THAT IS A PRODUCT OF THE ENERGY DEPENDENT Groupie
WEIGHTING SPECTRUM TIMES A BONDERENKO TYPE SELF-SHIELDING FACTOR. Groupie
Groupie
WT(E) = S(E)/(TOTAL(E)+SIGMA0)**N Groupie
Groupie
WHERE... Groupie
Groupie
S(E) - ENERGY DEPENDENT WEIGHTING SPECTRUM (DEFINED BY Groupie
TABULATED VALUES AND LINEAR INTERPOLATION BETWEEN Groupie
TABULATED VALUES). Groupie
TOTAL(E) - ENERGY DEPENDENT TOTAL CROSS SECTION FOR ONE MATERIAL Groupie
(DEFINED BY TABULATED VALUES AND LINEAR INTERPOLATION Groupie
BETWEEN TABULATED VALUES). Groupie
SIGMA0 - CROSS SECTION TO REPRESENT THE EFFECT OF ALL OTHER Groupie
MATERIALS AND LEAKAGE (DEFINED WITHIN EACH GROUP TO BE Groupie
A MULTIPLE OF THE UNSHIELDED TOTAL CROSS SECTION WITHIN Groupie
THAT GROUP OR POWERS OF 10 - INPUT OPTION). Groupie
N - A POSITIVE INTEGER (0, 1, 2 OR 3). Groupie
Groupie
THE PROGRAM WILL USE ONE ENERGY DEPENDENT WEIGHTING SPECTRUM S(E) Groupie
AND 25 DIFFERENT BONDERENKO TYPE SELF-SHIELDING FACTORS (25 SIGMA0 Groupie
AND N COMBINATIONS) TO DEFINE 25 DIFFERENT AVERAGE CROSS SECTIONS, Groupie
FOR EACH REACTION, WITHIN EACH GROUP. Groupie
Groupie
THE 25 WEIGHTING FUNCTIONS USED ARE.... Groupie
(1) - UNSHIELDED CROSS SECTIONS (N=0) Groupie
(2-22)- PARTIALLY SHIELDED CROSS SECTIONS (N=1 ,VARIOUS SIGMA0) Groupie
THE VALUES OF SIGMA0 USED WILL BE EITHER, Groupie
(A) THE VALUES OF SIGMA0 THAT ARE USED VARY FROM 1024 Groupie
TIMES THE UNSHIELDED TOTAL CROSS SECTIONS IN STEPS OF 1/2 Groupie
DOWN TO 1/1024 TIMES THE UNSHIELDED TOTAL CROSS SECTION Groupie
(A RANGE OF OVER 1 MILLION, CENTERED ON THE UNSHIELDED Groupie
TOTAL CROSS SECTION WITHIN EACH GROUP). Groupie
(B) THE SAME CONSTANT VALUES OF SIGMA0 IN EACH GROUP. THE Groupie
VALUES OF SIGMA0 USED INCLUDE 40000, 20000, 10000, 7000, Groupie
4000, 2000, 1000, 700, 400, 200, 100, 70, 40, 20, 10, 7, Groupie
4, 2, 1, 0.7, 0.4 (A RANGE OF 100,000 SPANNING MORE THAN Groupie
THE RANGE OF SIGMA0 VALUES THAT MAY BE ENCOUNTERED IN Groupie
ACTUAL APPLICATIONS) Groupie
(23) - TOTALLY SHIELDED FLUX WEIGHTED CROSS SECTION Groupie
(N=1, SIGMA0=0) Groupie
(24) - TOTALLY SHIELDED CURRENT WEIGHTED CROSS SECTION Groupie
(N=2, SIGMA0=0) Groupie
(25) - TOTALLY SHIELDED COSINE SQUARED WEIGHTED CROSS SECTION Groupie
(N=3, SIGMA0=0) Groupie
Groupie
FOR ALL OTHER REACTIONS (EXCEPT TOTAL, ELASTIC, CAPTURE AND Groupie
FISSION) THE PROGRAM WILL USE THE ENERGY DEPENDENT WEIGHTING Groupie
SPECTRUM S(E) TO DEFINE THE UNSHIELDED (BONDERENKO N=0) Groupie
AVERAGED CROSS SECTION WITHIN EACH GROUP. Groupie
Groupie
CALCULATION OF RESONANCE INTEGRALS Groupie
---------------------------------- Groupie
IN A PURE ELASTIC ISOTROPICALLY SCATTERING MATERIAL WITH A Groupie
CONSTANT CROSS SECTION THE SPECTRUM WILL BE 1/E AND THERE WILL Groupie
BE NO SELF-SHIELDING. Groupie
Groupie
IN THIS CASE IF THE CROSS SECTION VARIES WITH ENERGY THE Groupie
SPECTRUM WILL STILL BE 1/E AND THE SELF-SHIELDING FACTOR WILL Groupie
BE EXACTLY 1/SIG-TOT(E) - WHERE SIG-TOT(E) = SIG-EL(E), SINCE Groupie
THERE IS ONLY SCATTERING. Groupie
Groupie
IF WE HAVE AN INFINITELY DILUTE AMOUNT OF A MATERIAL UNIFORMLY Groupie
MIXED WITH A PURE ELASTIC ISOTROPICALLY SCATTERING MATERIAL WITH Groupie
A CONSTANT CROSS SECTION THE STANDARD DEFINITION OF THE RESONANCE Groupie
INTEGRAL CAN BE USED TO DEFINE REACTION RATES FOR EACH REACTION. Groupie
Groupie
THE RESONANCE INTEGRAL IS DEFINED AS, Groupie
Groupie
RI = (INTEGRAL E1 TO E2) (SIGMA(E)*S(E)*WT(E)*DE) Groupie
Groupie
WHERE NORMALLY, Groupie
S(E) = 1/E Groupie
WT(E) = 1 - NO SELF-SHIELDING Groupie
Groupie
FROM THE ABOVE DEFINITION OF GROUP AVERAGED CROSS SECTIONS THE Groupie
RESONANCE INTEGRAL IS, Groupie
Groupie
RI = AVERAGE * (INTEGRAL E1 TO E2) (S(E)*WT(E)*DE) Groupie
Groupie
FOR A 1/E SPECTRUM AND NO SELF-SHIELDING THIS REDUCES TO, Groupie
Groupie
RI = AVERAGE* LOG(E2/E1) Groupie
Groupie
IN ANY OTHER SITUATION, INCLUDING ABSORPTION AND/OR ENERGY Groupie
DEPENDENT CROSS SECTIONS, THE SPECTRUM WILL NOT BE 1/E - Groupie
ABSORPTION WILL TEND TO DECREASE THE SPECTRUM PROGRESSIVELY Groupie
MORE AT LOWER ENERGIES - ENERGY DEPENDENCE OF THE CROSS SECTION Groupie
WILL LEAD TO SELF-SHIELDING. Groupie
Groupie
HERE WE WILL NOT ATTEMPT TO PERFORM A DETAILED SPECTRUM Groupie
CALCULATION TO ACCOUNT FOR ABSORPTION. Groupie
Groupie
HOWEVER, WE WILL EXTEND THE DEFINITION OF THE RESONANCE INTEGRAL Groupie
TO ACCOUNT FOR SELF-SHIELDING EFFECTS BY ALLOWING FOR INCLUSION Groupie
OF SELF-SHIELDING EFFECTS IN THE DEFINITION OF GROUP AVERAGES Groupie
AND THEN DEFINING THE RESONANCE INTEGRAL AS, Groupie
Groupie
RI = AVERAGE* LOG(E2/E1) Groupie
Groupie
IN ORDER TO CALCULATE RESONANCE INTEGRALS YOU MUST FOLLOW THESE Groupie
STEPS, Groupie
Groupie
1) SELECT A 1/E SPECTRUM - ON FIRST LINE OF INPUT PARAMETERS. Groupie
2) SELECT THE ENERGY BOUNDARIES - NORMALLY ONLY 1 GROUP FROM Groupie
0.5 EV UP TO 20 MEV - HOWEVER, YOU ARE FREE TO SELECT ANY Groupie
ENERGY RANGE THAT YOU WISH - YOU MAY EVEN SELECT MORE THAN Groupie
1 GROUP MERELY BY SPECIFYING MORE THAN 1 GROUP AS INPUT - Groupie
THIS CAN BE USED TO DEFINE THE CONTRIBUTIONS TO THE RESONANCE Groupie
INTEGRAL FROM INDIVIDUAL ENERGY RANGES. Groupie
3) SELECT THIS OPTION FOR THE UNSHIELDED AND/OR SHIELDED OUTPUT Groupie
LISTING - ON THE SECOND LINE OF INPUT PARAMETERS. Groupie
Groupie
WHEN THIS OPTION IS USED THE PROGRAM WILL CALCULATE GROUP AVERAGED Groupie
CROSS SECTIONS - AS DEFINED ABOVE - PRIOR TO OUTPUT THE RESULTS Groupie
WILL MERELY BE MULTIPLIED BY THE WIDTH OF THE GROUP ASSUMING YOU Groupie
HAVE SELECTED A 1/E SPECTRUM - THERE IS NO CHECK ON THIS - THE Groupie
PROGRAM MERELY MULTIPLIES THE GROUP AVERAGED CROSS SECTIONS BY, Groupie
Groupie
LOG(E2/E1) - WHERE E2 AND E1 ARE THE GROUP ENERGY BOUNDARIES. Groupie
Groupie
WARNING - IT IS UP TO YOU TO INSURE THAT YOU FOLLOW EXACTLY THE Groupie
STEPS OUTLINED ABOVE IF YOU WISH TO OBTAIN MEANINGFUL Groupie
RESULTS. Groupie
Groupie
NOTE - OUTPUT IN THE ENDF/B FORMAT IS ALWAYS GROUP AVERAGED CROSS Groupie
SECTIONS, REGARDLESS OF WHETHER YOU ASK FOR AVERAGED CROSS Groupie
SECTIONS OR RESONANCE INTEGRALS - THIS IS BECAUSE DATA IN Groupie
THE ENDF/B FORMAT IS EXPLICITLY DEFINED TO BE CROSS Groupie
SECTIONS. Groupie
Groupie
RESONANCE INTEGRAL OUTPUT CAN ONLY BE OBTAINED IN THE Groupie
LISTING FORMATS. Groupie
Groupie
MINIMUM TOTAL CROSS SECTION TREATMENT Groupie
------------------------------------- Groupie
SINCE THE BONDARENKO SELF-SHIELDING DEPENDS ON 1/TOTAL CROSS Groupie
SECTION, THE ALGORITHM WILL BECOME NUMERICALLY UNSTABLE IF THE Groupie
TOTAL CROSS SECTION IS NEGATIVE (AS OCCURS IN MANY ENDF/B Groupie
EVALUATIONS). IF THE TOTAL IS LESS THAN SOME MINIMUM ALLOWABLE Groupie
VALUE (DEFINE BY OKMIN, PRESENTLY 1 MILLI-BARN) AN ERROR MESSAGE Groupie
WILL BE PRINTED AND FOR THE SELF-SHIELDING CALCULATION ALL ENERGY Groupie
INTERVALS IN WHICH THE TOTAL IS LESS THAN THE MINIMUM WILL BE Groupie
IGNORED. Groupie
Groupie
NOTE, FOR THE UNSHIELDED CALCULATIONS ALL CROSS SECTIONS WILL BE Groupie
CONSIDERED WHETHER THEY ARE POSITIVE OR NEGATIVE. THEREFORE IF Groupie
THE TOTAL CROSS SECTION IS NEGATIVE OR LESS THAN THE MINIMUM Groupie
VALUE THERE MAY BE AN INCONSISTENCY BETWEEN THE UNSHIELDED AND Groupie
THE SELF-SHIELDED CROSS SECTIONS. IF THE TOTAL CROSS SECTION IS Groupie
NEGATIVE AND SELF-SHIELDED CROSS SECTIONS ARE CALCULATED THE Groupie
PROGRAM WILL PRINT AN ERROR MESSAGE INDICATING THAT THE SELF- Groupie
SHIELDED RESULTS ARE UNRELIABLE AND SHOULD NOT BE USED. THEREFORE Groupie
IN THIS CASE THE PROGRAM WILL NOT ATTEMPT TO MODIFY THE UNSHIELDED Groupie
RESULTS TO ELIMINATE THE EFFECT OF NEGATIVE CROSS SECTIONS, SINCE Groupie
THE UNSHIELDED RESULTS ARE THE ONLY ONES WHICH TRULY REFLECT THE Groupie
ACTUAL INPUT. Groupie
Groupie
RESOLVED RESONANCE REGION Groupie
------------------------- Groupie
IN THE RESOLVED RESONANCE REGION (ACTUALLY EVERYWHERE BUT IN THE Groupie
UNRESOLVED RESONANCE REGION) THE CROSS SECTIONS OUTPUT BY LINEAR- Groupie
RECENT-SIGMA1 WILL BE ACTUAL ENERGY DEPENDENT CROSS SECTIONS AND Groupie
THE CALCULATIONS BY THIS PROGRAM WILL YIELD ACTUAL SHIELDED AND Groupie
UNSHIELDED CROSS SECTIONS. Groupie
Groupie
UNRESOLVED RESONANCE REGION Groupie
--------------------------- Groupie
IN THE UNRESOLVED RESONANCE REGION PROGRAM RECENT USES THE Groupie
UNRESOLVED RESONANCE PARAMETERS TO CALCULATE INFINITELY DILUTE Groupie
AVERAGE CROSS SECTIONS. THIS PROGRAM WILL MERELY READ THIS Groupie
INFINITELY DILUTE DATA AS IF IT WERE ENERGY DEPENDENT DATA AND Groupie
GROUP AVERAGE IT. AS SUCH THIS PROGRAM WILL PRODUCE THE CORRECT Groupie
UNSHIELDED CROSS SECTION IN THE UNRESOLVED RESONANCE REGION, BUT Groupie
IT WILL NOT PRODUCE THE CORRECT SELF-SHIELDING EFFECTS. Groupie
Groupie
ACCURACY OF RESULTS Groupie
------------------- Groupie
ALL INTEGRALS ARE PERFORMED ANALYTICALLY. THEREFORE NO ERROR IS Groupie
INTRODUCED DUE TO THE USE OF TRAPAZOIDAL OR OTHER INTEGRATION Groupie
SCHEME. THE TOTAL ERROR THAT CAN BE ASSIGNED TO THE RESULTING Groupie
AVERAGES IS JUST THAT DUE TO THE ERROR IN THE CROSS SECTIONS Groupie
AND ENERGY DEPENDENT WEIGHTING SPECTRUM. GENERALLY SINCE THE Groupie
THE ENERGY DEPENDENT WEIGHTING SPECTRUM APPEARS IN BOTH THE Groupie
NUMERATOR AND THE DENOMINATOR THE AVERAGES RAPIDLY BECOME Groupie
INSENSITIVE TO THE WEIGHTING SPECTRUM AS MORE GROUPS ARE USED. Groupie
SINCE THE WEIGHTING SPECTRUM IS LOADED IN THE PAGING SYSTEM THE Groupie
USER CAN DESCRIBE THE SPECTRUM TO ANY REQUIRED ACCURACY USING Groupie
ANY NUMBER OF ENERGY VS. SPECTRUM PAIRS. Groupie
Groupie
MULTI-BAND PARAMETERS Groupie
--------------------- Groupie
MULTI-BAND PARAMETERS ARE CALCULATED FOR THE TOTAL, ELASTIC, Groupie
CAPTURE AND FISSION REACTIONS. WITH THE NUMBER OF GROUPS THAT Groupie
ARE NORMALLY USED (SEE BUILT IN GROUP STRUCTURES) ALL OTHER Groupie
REACTIONS RESULT IN A NEGLIGABLE AMOUNT OF SELF-SHIELDING. AS Groupie
SUCH THEIR EQUIVALENT BAND CROSS SECTION WILL MERELY BE THEIR Groupie
UNSHIELDED VALUE WITHIN EACH BAND. Groupie
Groupie
FOR ANY GIVEN EVALUATION, WITHIN ANY GIVEN GROUP THIS PROGRAM Groupie
WILL GENERATE THE MINIMUM NUMBER OF BANDS REQUIRED WITHIN THAT Groupie
GROUP. AS OUTPUT TO THE COMPUTER READABLE DISK FILE THE BAND Groupie
PARAMETERS FOR EACH EVALUATION WILL BE FORMATTED TO HAVE THE Groupie
SAME NUMBER OF BANDS IN ALL GROUPS (WITH ZERO WEIGHT FOR SOME Groupie
BANDS WITHIN ANY GROUP). THE USER MAY DECIDE TO HAVE OUTPUT Groupie
EITHER WITH THE MINIMUM NUMBER OF BANDS REQUIRED FOR EACH Groupie
EVALUATION (E.G. 2 BANDS FOR HYDROGEN AND 4 BANDS FOR U-233) OR Groupie
THE SAME NUMBER OF BANDS FOR ALL EVALUATIONS (E.G. 4 BANDS FOR Groupie
BOTH HYDROGEN AND U-233). Groupie
Groupie
FOR 2 OR FEWER BANDS THE PROGRAM USES AN ANALYTIC EXPRESSION Groupie
TO DEFINE ALL MULTI-BAND PARAMETERS. FOR MORE THAN 2 BANDS THE Groupie
PROGRAM PERFORMS A NON-LINEAR FIT TO SELECT THE MULTI-BAND Groupie
PARAMETERS THAT MINIMIZE THE MAXIMUM FRACTIONAL ERROR AT ANY Groupie
POINT ALONG THE ENTIRE SELF-SHIELDING CURVE. THE NUMBER OF BANDS Groupie
REQUIRED WITHIN ANY GIVEN GROUP IS DEFINED BY INSURING THAT THE Groupie
MULTI-BAND PARAMETERS CAN BE USED TO ACCURATELY DEFINE SELF- Groupie
SHIELDED CROSS SECTIONS ALONG THE ENTIRE SELF-SHIELDING CURVE Groupie
FROM SIGMA0 = 0 TO INFINITY. THE USER MAY DEFINE THE ACCURACY Groupie
REQUIRED. Groupie
Groupie
ENDF/B FORMATTED UNSHIELDED AVERAGES Groupie
------------------------------------ Groupie
UNSHIELDED MULTI-GROUP AVERAGED CROSS SECTIONS FOR ALL REACTIONS Groupie
MAY BE OBTAINED IN THE ENDF/B FORTRAN IN EITHER HISTOGRAM Groupie
(INTERPOLATION LAW 1) OR LINEARLY INTERPOLABLE (INTERPOLATION Groupie
LAW 2) FORM. SEE INPUT BELOW FOR DETAILS. Groupie
Groupie
MIXTURES OF MATERIALS AND RESONANCE OVERLAP Groupie
------------------------------------------- Groupie
THE SELF-SHIELDED CROSS SECTIONS FOR THE INDIVIDUAL CONSTITUENTS Groupie
OF ANY MIXTURE CAN BE CALCULATED BY THIS PROGRAM BY REALIZING THAT Groupie
THIS PROGRAM ESSENTIALLY ONLY USES THE TOTAL CROSS SECTION AS A Groupie
WEIGHTING FUNCTION TO ACCOUNT FOR SELF-SHIELDING EFFECTS. FOR A Groupie
MIXTURE IT IS THEREFORE ONLY NECESSARY TO USE THE TOTAL CROSS Groupie
SECTION FOR THE MIXTURE IN PLACE OF THE ACTUAL TOTAL CROSS SECTION Groupie
FOR EACH CONSTITUENT AND TO RUN THIS PROGRAM. THIS CAN BE DONE BY Groupie
FIRST RUNNING PROGRAM MIXER TO CALCULATE THE ENERGY DEPENDENT Groupie
TOTAL CROSS SECTION FOR ANY COMPOSITE MIXTURE. NEXT, SUBSTITUTE Groupie
THIS COMPOSITE TOTAL CROSS SECTION FOR THE ACTUAL TOTAL CROSS Groupie
SECTION OF EACH CONSTITUENT (IN EACH ENDF/B FORMATTED EVALUATION). Groupie
FINALLY, RUN THIS PROGRAM TO CALCULATE THE SELF-SHIELDED CROSS Groupie
SECTION FOR EACH CONSTITUENT, PROPERLY ACCOUNTING FOR RESONANCE Groupie
OVERLAP BETWEEN THE RESONANCES OF ALL OF THE CONSTITUENTS OF THE Groupie
MIXTURE. DURING THE SAME RUN THESE SELF-SHIELDED CROSS SECTIONS Groupie
CAN IN TURN BE USED TO CALCULATE FULLY CORRELATED MULT-BAND Groupie
Groupie
MULTI-BAND PARAMETER OUTPUT FORMAT Groupie
---------------------------------- Groupie
FOR VERSIONS 92-2 AND LATER VERSIONS THE MULTI-BAND PARAMETERS Groupie
ARE OUTPUT IN A SIMPLE CHARACTER FORMAT, THAT CAN BE TRANSFERRED Groupie
AND USED ON VIRTUALLY ANY COMPUTER. Groupie
Groupie
THE BINARY FORMAT USED IN EARLIER VERSIONS OF THIS CODE IS NO Groupie
LONGER USED. Groupie
Groupie
CONTACT THE AUTHOR IF YOU WOULD LIKE TO RECEIVE A SIMPLE PROGRAM Groupie
TO READ THE CHARACTER FORMATTED MULTI-BAND PARAMETER FILE AND Groupie
CREATE A BINARY, RANDOM ACCESS FILE FOR USE ON VIRTUALLY ANY Groupie
COMPUTER. Groupie
Groupie
THE FORMAT OF THE CHARACTER FILE IS, Groupie
Groupie
RECORD COLUMNS FORMAT DESCRIPTION Groupie
1 1-72 18A4 LIBRARY DESCRIPTION (AS READ) Groupie
2 1-11 I11 MATERIAL ZA Groupie
12-22 I11 NUMBER GROUPS Groupie
23-33 I11 NUMBER OF BANDS Groupie
34-44 E11.4 TEMPERATURE (KELVIN) Groupie
45-55 1X,10A1 HOLLERITH DESCRIPTION OF ZA Groupie
3 1-11 E11.4 ENERGY (EV) - GROUP BOUNDARY. Groupie
12-22 E11.4 TOTAL (FIRST BAND) Groupie
23-33 E11.4 ELASTIC Groupie
34-44 E11.4 CAPTURE Groupie
35-55 E11.4 FISSION Groupie
4 1-11 ----- BLANK Groupie
12-22 E11.4 TOTAL (SECOND BAND) Groupie
23-33 E11.4 ELASTIC Groupie
34-44 E11.4 CAPTURE Groupie
35-55 E11.4 FISSION Groupie
Groupie
LINES 3 AND 4 ARE REPEATED FOR EACH GROUP. THE LAST LINE FOR EACH Groupie
MATERIAL (ZA) IS, Groupie
Groupie
N 1-11 E11.4 ENERGY (EV) - UPPER ENERGY LIMIT OF Groupie
LAST GROUP. Groupie
Groupie
FOR EXAMPLE, A 175 GROUP, 2 BAND FILE, FOR EACH MATERIAL WILL Groupie
CONTAIN 352 LINES = 1 HEADER LINE, 175 * 2 LINES OF PARAMETERS, Groupie
AND 1 FINAL LINE WITH THE UPPER ENERGY LIMIT Groupie
OF THE LAST GROUP. Groupie
Groupie
INPUT FILES Groupie
----------- Groupie
UNIT DESCRIPTION Groupie
---- ----------- Groupie
2 INPUT DATA (BCD - 80 CHARACTERS/RECORD) Groupie
10 ORIGINAL ENDF/B DATA (BCD - 80 CHARACTERS/RECORD) Groupie
Groupie
OUTPUT FILES Groupie
------------ Groupie
UNIT DESCRIPTION Groupie
---- ----------- Groupie
3 OUTPUT REPORT (BCD - 80 CHARACTERS/RECORD) Groupie
11 MULTI-GROUP ENDF/B DATA - OPTIONAL Groupie
(BCD - 80 CHARACTERS/RECORD) Groupie
16 PLOTTAB FORMATTED SELF-SHIELDING RESULTS Groupie
(BCD - 80 CHARACTERS/RECORD) Groupie
31 MULTI-BAND PARAMETERS CHARACTER FILE - OPTIONAL Groupie
(BCD - 80 CHARACTERS/RECORD) Groupie
32 UNRESOLVED FSELF-SHIELDED PSEUDO ENDF FORMAT - OPTIONAL Groupie
(BCD - 120 CHARACTERS/RECORD) Groupie
33 SELF-SHIELDED CROSS SECTION LISTING - OPTIONAL Groupie
(BCD - 120 CHARACTERS/RECORD) Groupie
34 MULTI-BAND PARAMETER LISTING - OPTIONAL Groupie
(BCD - 120 CHARACTERS/RECORD) Groupie
35 UNSHIELDED CROSS SECTION LISTING - OPTION Groupie
(BCD - 120 CHARACTERS/RECORD) Groupie
Groupie
SCRATCH FILES Groupie
------------- Groupie
UNIT FILENAME DESCRIPTION Groupie
---- -------- ----------- Groupie
8 ENERGY DEPENDENT WEIGHTING SPECTRUM Groupie
(BINARY - 40080 WORDS/BLOCK) Groupie
9 TOTAL CROSS SECTION Groupie
(BINARY - 40080 WORDS/BLOCK) Groupie
12 ELASTIC CROSS SECTION - ONLY FOR SELF-SHIELDING CALCULATION Groupie
(BINARY - 40080 WORDS/BLOCK) Groupie
13 CAPTURE CROSS SECTION - ONLY FOR SELF-SHIELDING CALCULATION Groupie
(BINARY - 40080 WORDS/BLOCK) Groupie
14 FISSION CROSS SECTION - ONLY FOR SELF-SHIELDING CALCULATION Groupie
(BINARY - 40080 WORDS/BLOCK) Groupie
Groupie
OPTIONAL STANDARD FILE NAMES (SEE SUBROUTINES FILIO1 AND FILIO2) Groupie
---------------------------------------------------------------- Groupie
UNIT FILE NAME Groupie
---- ---------- Groupie
2 GROUPIE.INP Groupie
3 GROUPIE.LST Groupie
---------------------- Groupie
8 (SCRATCH) Groupie
9 (SCRATCH) Groupie
10 ENDFB.IN Groupie
11 ENDFB.OUT Groupie
12 (SCRATCH) Groupie
13 (SCRATCH) Groupie
14 (SCRATCH) Groupie
-----2019/6/23 - New Filenames (added ZAzzzaaa at Beginning)----------- Groupie
-----------(OLD)-------------(NEW)------------------------------------- Groupie
16 PLOTTAB.CUR ZAzzzaaa.PLOT.CUR Groupie
31 MULTBAND.TAB ZAzzzaaa.MULTBAND.TAB Groupie
32 ZAzzzaaa.URR.ENDF Groupie
33 SHIELD.LST ZAzzzaaa.SHIELD.LST Groupie
34 MULTBAND.LST ZAzzzaaa.MULTBAND.LST Groupie
35 UNSHIELD.LST ZAzzzaaa.UNSHIELD.LST Groupie
Groupie
I/O UNITS USED Groupie
-------------- Groupie
UNITS 2, 3 8, 9 AND 10 WILL ALWAYS BE USED. Groupie
UNITS 31 THROUGH 35, 11 AND 16 ARE OPTIONALLY USED DEPENDING Groupie
ON THE OUTPUT REQUESTED. Groupie
UNITS 12, 13 AND 14 WILL ONLY BE USED IF SELF-SHIELDED OR Groupie
MULTIBAND OUTPUT IS REQUESTED. Groupie
Groupie
INPUT CARDS Groupie
----------- Groupie
CARD COLS. FORMAT DESCRIPTION Groupie
---- ----- ------ ----------- Groupie
1 1-11 I11 SELECTION CRITERIA (0=MAT, 1=ZA) Groupie
1 12-22 I11 NUMBER OF GROUPS. Groupie
--------------------------2019/6/23 -11 (TART 616 groups) required for Groupie
Unresolved Resonance Region Self-Shielding Groupie
calculation. Groupie
=.GT.0 - ARBITRARY GROUP BOUNDARIES ARE READ Groupie
FROM INPUT FILE (N GROUPS REQUIRE Groupie
N+1 GROUP BOUNDARIES). CURRENT Groupie
PROGRAM MAXIMUM IS 20,000 GROUPS. Groupie
BUILT-IN OPTIONS INCLUDE.... Groupie
= 0 - TART 175 GROUPS Groupie
= -1 - ORNL 50 GROUPS Groupie
= -2 - ORNL 126 GROUPS Groupie
= -3 - ORNL 171 GROUPS Groupie
= -4 - SAND-II 620 (665) GROUPS TO 18 MEV Groupie
= -5 - SAND-II 640 (685) GROUPS TO 20 MEV Groupie
= -6 - WIMS 69 GROUPS Groupie
= -7 - GAM-I 68 GROUPS Groupie
= -8 - GAM-II 99 GROUPS Groupie
= -9 - MUFT 54 GROUPS Groupie
=-10 - ABBN 28 GROUPS Groupie
Current TART Standard =-11 - TART 616 GROUPS TO 20 MEV Groupie
(-11 is required for =-12 - TART 700 GROUPS TO 1 GEV Groupie
unresolved resonance =-13 - SAND-II 665 GROUPS TO 18 MEV Groupie
region self-shielding=-14 - SAND-II 685 GROUPS TO 20 MEV Groupie
calculations) =-15 - TART 666 GROUPS TO 200 MEV Groupie
=-16 - SAND-II 725 GROUPS TO 60 MEV Groupie
=-17 - SAND-II 755 GROUPS TO 150 MEV Groupie
=-18 - SAND-II 765 GROUPS TO 200 MEV Groupie
=-19 - UKAEA 1102 GROUPS TO 1 GeV Groupie
1 23-33 I11 MULTI-BAND SELECTOR Groupie
--------------------------2019/6/23 - ONLY 0 or 2 allowed = the = 1 Groupie
option has proven to give very poor results, Groupie
and therefore is no longer allowed. Groupie
= 0 - NO MULTI-BAND CALCULATIONS Groupie
No longer allowed = 1 - 2 BAND. CONSERVE AV(TOT), AV(1/TOT) Groupie
AND AV(1/TOT**2) Groupie
= 2 - 2 BAND. CONSERVE AV(TOT), AV(1/TOT) Groupie
AND AV(1/(TOT+SIGMA0)) WHERE Groupie
SIGMA0 = AV(TOT) IN EACH GROUP Groupie
No longer allowed = 3-5- MULTI-BAND FIT. CONSERVE AV(TOT) AND Groupie
MINIMIZE FRACTIONAL ERROR FOR ENTIRE Groupie
SELF-SHIELDING CURVE (SIGMA0 = 0 TO Groupie
INFINITY) Groupie
IF THE SELECTOR IS POSITIVE (1 TO 5) THE Groupie
MINIMUM NUMBER OF BANDS WILL BE OUTPUT FOR Groupie
EACH ISOTOPE INDEPENDENTLY. IF THE SELECTOR Groupie
IS NEGATIVE (-1 TO -5) THE SAME NUMBER OF Groupie
BANDS (ABS(SELECTOR)) WILL BE OUTPUT FOR Groupie
ALL ISOTOPES. Groupie
1 34-44 I11 NUMBER OF POINTS USED TO DESCRIBE ENERGY Groupie
DEPENDENT WEIGHTING SPECTRUM S(E). Groupie
= 0 or 1 - Flat (Constant) Groupie
= -1 - 1/E at ALL energies Groupie
= -2 - MAXWELLIAN - UP TO 0.1 EV Groupie
1/E - 0.1 EV TO 67 KEV Groupie
FISSION - ABOVE 67 KEV Groupie
= > 1 - Read input table Groupie
2005/01/20---------------ADDED OPTION TO ALLOW TEMPERATURE OF THE Groupie
MAXWELLIAN TO BE CHANGED - SEE INPUT LINE 4, Groupie
COLUMNS 55 - 66. Groupie
= -1 - 1/E Groupie
= 0 OR 1- ENERGY INDEPENDENT (SO CALLED FLAT Groupie
WEIGHTING SPECTRUM). Groupie
= .GT.1 - READ THIS MANY POINTS FROM INPUT Groupie
TO DESCRIBE WEIGHTING SPECTRUM. Groupie
NO LIMIT TO THE NUMBER OF POINTS Groupie
USED TO DESCRIBE WEIGHTING. Groupie
1 45-55 E11.4 MULTI-BAND CONVERGENCE CRITERIA. Groupie
--------------------------2019/6/23 - No longer used now that code Groupie
is restricted to no more than 2 bands. Groupie
ONLY USED FOR 3 OR MORE BANDS. THE NUMBER OF Groupie
BANDS IN EACH GROUPS IS SELECTED TO INSURE Groupie
THAT THE ENTIRE SELF-SHIELDING CURVE CAN BE Groupie
REPRODUCED TO WITHIN THIS FRACTIONAL ERROR. Groupie
= .LT. 0.0001 - USE STANDARD 0.001 Groupie
(0.1 PER-CENT) Groupie
= .GE. 0.0001 - USE AS CONVERGENCE CRITERIA Groupie
1 56-66 I11 SIGMA-0 DEFINITION SELECTOR. Groupie
--------------------------2019/6/23 - For multi-band calculations Groupie
only 0 is alllowed = mulriples of unshielded Groupie
total in each group = This is required for Groupie
the BEST self-shielding results. Groupie
< 0 - 21 VALUES OF SIGMA0 ARE READ INPUT AND Groupie
INTERPRETED AS FIXED VALUES = SAME AS Groupie
= 1 DESCRIPTION BELOW Groupie
INPUT VALUES MUST ALL BE, Groupie
1) GREATER THAN 0 Groupie
2) IN DESCENDING VALUE ORDER Groupie
= 0 - SIGMA-0 WILL BE DEFINED AS A MULTIPLE Groupie
OF THE UNSHIELDED TOTAL CROSS SECTION Groupie
IN EACH GROUP (VALUES OF 1/1024 TO Groupie
1024 IN STEPS OF A FACTOR OF 2 WILL Groupie
BE USED AS THE MULTIPLIER). Groupie
= 1 - SIGMA-0 WILL BE DEFINED AS THE SAME Groupie
NUMBER OF BARNS IN EACH GROUP (VALUES Groupie
40000 TO 0.4 BARNS WILL BE USED. WITHIN Groupie
EACH DECADE VALUES OF 10, 7, 4, 2, 1 Groupie
BARNS WILL BE USED). Groupie
1 67-70 I4 High energy extension = definition of cross Groupie
section above highest tabulated energy. Groupie
--------------------------2019/6/23 - Ignored - will always use ENDF Groupie
Standard Definition = 0. Groupie
= 0 = cross section = 0 (standard ENDF/B) Groupie
= 1 = cross section = constant (equal to Groupie
value at highest tabulated energy). Groupie
2-4 1-66 6E11.4 SIGMA-0 Definition Groupie
--------------------------2019/6/23 - Only the GROUPIE standard = 0 Groupie
in allowed for Unresolved Resonance Region Groupie
Self-Shielding calculation Groupie
IF SIGMA-0 DEFINITION SELECTOR < 0, THE NEXT Groupie
4 LINES OF INPUT ARE THE 22 VALUES OF SIGMA0, Groupie
6 PER LINE. Groupie
2 1-72 A72 ENDF/B INPUT DATA FILENAME Groupie
(STANDARD OPTION = ENDFB.IN) Groupie
3 1-72 A72 ENDF/B OUTPUT DATA FILENAME Groupie
(STANDARD OPTION = ENDFB.OUT) Groupie
Groupie
THE FOURTH INPUT CARD IS USED TO SELECT ALL DESIRED OUTPUT MODES. Groupie
EACH OUTPUT DEVICE MAY BE TURNED OFF (0) OR ON (1). THEREFORE Groupie
THEREFORE EACH OF THE FOLLOWING INPUT PARAMETERS MAY BE EITHER Groupie
ZERO TO INDICATE NO OUTPUT OR NON-ZERO TO INDICATE OUTPUT. Groupie
Groupie
4 1-11 I11 SELF-SHIELDED CROSS SECTION LISTING Groupie
= 1 - CROSS SECTIONS Groupie
= 2 - RESONANCE INTEGRALS Groupie
4 12-22 I11 MULTI-BAND PARAMETER LISTING Groupie
4 23-33 I11 MULTI-BAND PARAMETERS COMPUTER READABLE Groupie
4 34-44 I11 UNSHIELDED CROSS SECTIONS IN ENDF/B FORMAT Groupie
= 1 - HISTOGRAM FORMAT (INTERPOLATION LAW 1) Groupie
= 2 - LINEAR-LINEAR (INTERPOLATION LAW 2) Groupie
4 45-55 I11 UNSHIELDED CROSS SECTIONS LISTING Groupie
= 1 - CROSS SECTIONS Groupie
= 2 - RESONANCE INTEGRALS Groupie
05/01/20 - ADDED THE BELOW OPTION Groupie
4 56-66 E11.4 IF THE STANDARD BUILT-IN SPECTRA IS USED, Groupie
INPUT LINE 1, COLUMNS 34-44 = 2, THIS FIELD Groupie
CAN BE USED TO OPTIONALLY CHANGE TEMPERATURE Groupie
OF THE MAXWELLIAN. Groupie
INPUT IS IN EV (0.0253 EV = ROOM TEMPERATURE) Groupie
= 0 - USE DEFAULT 0.0253 EV, ROOM TEMPERATURE Groupie
> 0 - USE THIS AS THE TEMPERATURE Groupie
RESTRICTION - TEMPERATURE CANNOT EXCEED Groupie
1000 EV. Groupie
Groupie
5 1-80 18A4 LIBRARY IDENTIFICATION. ANY TEXT THAT THE Groupie
USER WISHES TO IDENTIFY THE MULTI-BAND Groupie
PARAMETERS. THIS LIBRARY IDENTIFICATION IS Groupie
WRITTEN INTO THE COMPUTER READABLE MULTI-BAND Groupie
DATA FILE. Groupie
Groupie
6-N 1- 6 I6 LOWER MAT OR ZA LIMIT Groupie
7- 8 I2 LOWER MF LIMIT Groupie
9-11 I3 LOWER MT LIMIT Groupie
12-17 I11 UPPER MAT OR ZA LIMIT Groupie
18-19 I2 UPPER MF LIMIT Groupie
20-22 I3 UPPER MT LIMIT Groupie
UP TO 100 RANGES MAY BE SPECIFIED, ONE RANGE Groupie
PER LINE. THE LIST OF RANGES IS TERMINATED Groupie
BY A BLANK CARD. IF THE UPPER MAT OR ZA Groupie
LIMIT IS LESS THAN THE LOWER LIMIT THE UPPER Groupie
IS SET EQUAL TO THE LOWER LIMIT. IF THE UPPER Groupie
MF OR MT LIMIT IS ZERO IT WILL BE SET EQUAL Groupie
TO ITS MAXIMUM VALUE, 99 OR 999, RESPECTIVELY Groupie
IF THE FIRST REQUEST LINE IS BLANK IT WILL Groupie
TERMINATE THE LIST OF REQUESTS AND CAUSE ALL Groupie
DATA TO BE RETRIEVED (SEE EXAMPLE INPUT). Groupie
Groupie
VARY 1-66 6E11.4 ENERGY GROUP BOUNDARIES. ONLY REQUIRED IF Groupie
THE NUMBER OF GROUPS INDICATED ON THE FIRST Groupie
INPUT CARD IS POSITIVE. ALL ENERGIES MUST Groupie
BE IN ASCENDING ENERGY IN EV. THE PRESENT Groupie
LIMITS ARE 1 TO 20,000 GROUPS. FOR N GROUPS Groupie
N+1 BOUNDARIES WILL BE READ FROM THE Groupie
INPUT FILE, E.G. IF THE FIRST INPUT CARD Groupie
INDICATES 20 GROUPS, 21 ENERGY BOUNDARIES Groupie
WILL BE READ FROM THE INPUT FILE. Groupie
Groupie
VARY 1-66 6E11.4 ENERGY DEPENDENT WEIGHTING SPECTRUM. ONLY Groupie
REQUIRED IF THE NUMBER OF POINTS INDICATED Groupie
ON FIRST CARD IS MORE THAN ONE. DATA IS Groupie
GIVEN IN (ENERGY, WEIGHT) PAIRS, UP TO 3 Groupie
PAIRS PER CARD, USING ANY NUMBER OF CARDS Groupie
REQUIRED. ENERGIES MUST BE IN ASCENDING Groupie
ORDER IN EV. THE SPECTRUM VALUES MUST BE Groupie
NON-NEGATIVE. THE ENERGY RANGE OF SPECTRUM Groupie
MUST AT LEAST SPAN THE ENERGY RANGE OF THE Groupie
ENERGY GROUPS. SINCE SPECTRUM IS STORED IN Groupie
PAGING SYSTEM THERE IS NO LIMIT TO NUMBER Groupie
OF POINTS THAT CAN BE USED TO DESCRIBE THE Groupie
WEIGHTING SPECTRUM. Groupie
Groupie
EXAMPLE INPUT NO. 1 Groupie
------------------- Groupie
REQUEST DATA BY MAT AND PROCESS ALL DATA (ALL MAT BETWEEN 1 AND Groupie
9999). USE THE TART 175 GROUP STRUCTURE, GENERATE 2 BAND Groupie
PARAMETERS (THE FOR ALL ISOTOPES) TO 0.1 PER-CENT ACCURACY Groupie
IN THE SELF-SHIELDING CURVE. OUTPUT ALL LISTING, COMPUTER Groupie
READABLE AND ENDF/B FORMAT GROUP AVERAGES. Groupie
Groupie
EXPLICITLY SPECIFY THE STANDARD FILENAMES. Groupie
Groupie
THE FOLLOWING 7 INPUT LINES ARE REQUIRED. Groupie
Groupie
0 0 -2 0 1.00000-03 0 Groupie
ENDFB.IN Groupie
ENDFB.OUT Groupie
1 1 1 1 1 Groupie
TART 175 GROUP, 2 BAND LIBRARY TO 0.1 PER-CENT ACCURACY Groupie
1 1 1 9999 0 0 Groupie
(BLANK CARD TERMINATES REQUEST LIST) Groupie
Groupie
EXAMPLE INPUT NO. 2 Groupie
------------------- Groupie
THE SAME EXAMPLE 1, AS ABOVE, ONLY THE ENDF/B DATA WILL BE READ Groupie
FROM \ENDFB6\SIGMA1\K300\ZA092238 (U-238 AT 300 KELVIN) AND Groupie
WRITTEN TO \ENDFB6\GROUPIE\K300\ZA092238 Groupie
Groupie
THE FOLLOWING 7 INPUT LINES ARE REQUIRED. Groupie
Groupie
0 0 -2 0 1.00000-03 0 Groupie
\ENDFB6\SIGMA1\K300\ZA092238 Groupie
\ENDFB6\GROUPIE\K300\ZA092238 Groupie
1 1 1 1 1 Groupie
TART 175 GROUP, 2 BAND LIBRARY TO 0.1 PER-CENT ACCURACY Groupie
1 1 1 9999 0 0 Groupie
(BLANK CARD TERMINATES REQUEST LIST) Groupie
Groupie
EXAMPLE INPUT NO. 3 Groupie
------------------- Groupie
PROCESS ALL DATA. USE 1/E WEIGHTING IN ORDER TO CALCULATE Groupie
UNSHIELDED ONE GROUP CROSS SECTIONS OVER THE ENERGY RANGE 0.5 EV Groupie
TO 1 MEV (NOTE THAT THE RESULTS ARE SIMPLY PROPORTIONAL TO THE Groupie
RESONANCE INTEGRAL FOR EACH REACTION). OUTPUT UNSHIELDED LISTING. Groupie
Groupie
LEAVE THE DEFINITION OF THE FILENAMES BLANK - THE PROGRAM WILL Groupie
THEN USE STANDARD FILENAMES. Groupie
Groupie
THE FOLLOWING 7 INPUT CARDS ARE REQUIRED. Groupie
Groupie
0 0 1 -1 0 Groupie
(USE STANDARD FILENAME = ENDFB.IN) Groupie
(USE STANDARD FILENAME = ENDFB.OUT) Groupie
0 0 0 0 1 Groupie
RESONANCE INTEGRAL CALCULATION (FROM 0.5 EV TO 1 MEV) Groupie
(RETRIEVE ALL DATA, TERMINATE REQUEST LIST) Groupie
5.00000-01 1.00000+06 Groupie
Groupie
EXAMPLE INPUT NO. 4 Groupie
------------------- Groupie
THIS EXAMPLE USES A USER DEFINED GROUP STRUCTURE AND WEIGHTING Groupie
FUNCTION - THESE ARE NOT REALISTIC IN TERMS OF ACTUAL ENERGIES Groupie
AND WEIGHTS - THEY ARE ONLY INTENDED TO ILLUSTRATE THE ORDER OF Groupie
THE INPUT PARAMETERS. Groupie
Groupie
0 11 0 6 0 Groupie
RECENT.OUT Groupie
GROUPIE.OUT Groupie
1 1 1 1 1 Groupie
Example with users defined groupus and spectrum weighting Groupie
1 1 1 999999999 Groupie
(blabk line terminates request list) Groupie
1.00000-05 1.00000-04 1.00000-03 1.00000-02 1.00000-01 1.00000+00 grou Groupie
1.00000+01 1.00000+02 1.00000+03 1.00000+04 1.00000+05 1.00000+06 grou Groupie
1.00000-05 1.0 1.00000-02 0.1 1.00000+00 0.01 weig Groupie
1.00000+02 0.001 1.00000+04 0.0001 1.00000+06 0.000001 weig Groupie
Groupie
======================================================================= Groupie