******************************************************************************** SRAC Code System Ver.2006 (JAEA) ******************************************************************************** 1. Contents File Name Size (M-bytes) Contents -------------------------------------------------------------------------------- (1) ReadMe.txt - This file (2) SRAC.tar.gz 1.5 SRAC body code (sources, utilities, samples, etc) (3) COREBN.tar.gz 0.2 Auxiliary code for core burn-up calculation (4) SRAC_manE_070312.pdf 3.2 Users manual of SRAC in English (5) COREBN_manE_070312.pdf 1.4 Users manual of COREBN in English (6) SRAC95_manJ_960213.pdf 26.8 SRAC95 users manual in Japanese (JAERI-Data/Code 96-015) (7) MOSRA-Light.tar.gz 0.2 Auxiliary code (3-D Nodal diffusion) (8) MOSRA-Light_manJ.980907.pdf 10.1 Users manual of MOSRA-Light in Japanese (JAERI-Data/Code 98-025) ( 9) SRACLIB-JDL33.tar 54.1 SRAC library based on JENDL-3.3 (10) SRACLIB-JDL32.tar 38.4 SRAC library based on JENDL-3.2 (11) SRACLIB-JEF31.tar 68.0 SRAC library based on JEFF-3.1 (12) SRACLIB-JEF30.tar 46.8 SRAC library based on JEFF-3.0 (13) SRACLIB-JEF22.tar 34.2 SRAC library based on JEF-2.2 (14) SRACLIB-EDF70.tar 74.9 SRAC library based on ENDF/B-VII.0 (15) SRACLIB-EDF68.tar 47.0 SRAC library based on ENDF/B-VI.8 -------------------------------------------------------------------------------- 2. Applicable Machines Many machines with the UNIX system or it's compatibles (ex. Linux/FreeBSD) Machines Operating System Note -------------------------------------------------------------------------------- (1) HP9000/735 : HP-UX9.07 : EWS (2) Sun Sparc 20 : SunOS 4.1.3(Sparc 3.0/2.01 in Sola.1.1) : EWS (3) IBM AIX RS/6000 : AIX : EWS/SP (4) FACOM AP-3000 : SunOS (UltarSPARC with Solaris 2.5.1) : (5) NEC SX3 : Monte-UX : Vector (6) FACOM VPP5000 : UNIX System V 4.0(UXP/M VPP FORTRAN77EX) : Vector (7) PC/AT : Linux (f2c+gcc / g77+gcc) : pentium-II (8) PC/AT : FreeBSD (f2c+gcc / g77+gcc) : pentium-II (9) PC/AT : Linux (Fujitsu: frt) : (10) PC/AT : Linux (Intel : ifort) : (11) PC/AT : Linux (PGI : pgf77+pgcc) : (12) PC/AT : Windows + Cygwin + Linux (g77+gcc) : (*) : : : : : -------------------------------------------------------------------------------- (*) On Windows, maximum number of burn-up step is restricted within 34 steps because small and large lettes are not distinguished for file names. 3. Programming Languages FORTRAN77 [ C is also used in PC/AT but not for essential parts (time/date/cpu-time).] 4. How to Install SRAC (1) Set computer environment before installation The installation conductor '@PunchMe' is a command by C-shell-script. The C-shell (or TC-shell) should be used to install SRAC easily. (2) Copy the archived files you want to use from CD/DVD to disk. (You can put them in any directory, but avoid so deep one.) (3) Extract the archived files gzip -d SRAC.tar.gz tar -xvf SRAC.tar ==> SRAC/ (You can rename this.) ==> srac/ gzip -d SRACLIB-JDL33.tar.gz tar -xvf SRACLIB-JDL33.tar ==> SRACLIB-JDL33/ ==> LIBJ33/ (You can rename this.) (4) Execute the installer (@PunchMe) equipped in each file. cd SRAC ./@PunchMe (The command @PuncMe will guide you, Try any way !) cd SRACLIB-JDL33 ./@PunchMe 5. Users Manual ( equipped in this system ) (1) K.Okumura, T.Kugo, K.Kaneko and K.Tsuchihashi: "SRAC2006: A Comprehensive Neutronics Calculation Code System," JAEA-Data/Code 2007-004 (2007). (2) K.Okumura: "COREBN: A Core Burn-up Calculation Module for SRAC2006," JAEA-Data/Code 2007-003 (2007) (3) K.Okumura, K.Tsuchihashi and K.Kaneko: "SRAC95; General Purpose Neutronics Code System", JAERI-Data/Code 96-015, (1996). (in Japanese) (This is user's manual of the old SRAC95 but it may be convenient for Japanese users because of input requirement is almost same between SRAC2006 and SRAC95) 6. Consultant Keisuke OKUMURA, Teruhiko KUGO Reactor Physics Group Division of Nuclear Data and Reactor Engineering Nuclear Science and Engineering Directorate Japan Atomic Energy Agency (JAEA) Tokai-mura, Naka-gun, Ibaraki-ken, 319-1195 Japan http://www.jaea.go.jp/