ID#: C00716MNYWS00 RSICC#: CCC-716 CODE PKG NAME: SRAC95 COMPUTER: IBM, HP, SUN, Linux PC, FACOM TEST COMPUTER: Pentium running RedHat Linux PACKAGED: 04/21/2003 MOST RECENT UPDATE: ****************************************************************************** See C716.PDF on the distribution CD for reports on SRAC. 181145600 April 27 1:52pm C716TAR0.TAR SRAC95 distribution file ****************************************************************************** To extract the following files to a subdirectory called srac95 under your present directory, mount the CD and type the following command. Substitute your device name for cdrom. tar xvf /cdrom/C716TAR0.TAR SRAC95 distribution files File Name Size (M-bytes) Contents -------------------------------------------------------------------------------- (1) ReadMe - This text file (2) SRAC.tar 5.0 Main part of the SRAC code (sources, utilities, samples, etc) (3) ASMBURN.tar 1.2 Auxiliary code for fuel assembly burn-up calculation (4) COREBN.tar 0.8 Auxiliary code for core burn-up calculation (5) SmplOut.tar 3.0 Output of sample calculations by SRAC (6) SRACLIB-JDL32.tar 41.0 SRAC library based on JENDL-3.2 (7) SRACLIB-EDFB4.tar 8.6 SRAC library based on ENDF/B-IV (8) SRACLIB-EDF65.tar 42.4 SRAC library based on ENDF/B-VI Rels.5 (9) SRACLIB-JEF22.tar 35.6 SRAC library based on JEF-2.2 (10) SRACLIB-JDL31.tar 21.3 SRAC library based on JENDL-3.1 (11) SRACLIB-EDFB5.tar 2.9 SRAC library based on ENDF/B-V (12) SRACLIB-EDF62.tar 14.6 SRAC library based on ENDF/B-VI Rels.2 -------------------------------------------------------------------------------- SRAC95 is a general purpose neutronics code system applicable to core analyses of various types of reactors, including cell calculation with burn up, core calculation for any type of thermal reactor; where, core burn up calculation and fuel management were done by an auxiliary code. Since the publication of JAERI-1302 for the revised SRAC in 1986, a number of additions and modifications have been made for nuclear data libraries and programs. In this version, many new functions and data are implemented to support nuclear design studies of advanced reactors. SRAC95 is available on scalar or vector computers with the UNIX operating system or its similar ones (Linux/FreeBSD). 2. Applicable Machines Many machines with the UNIX system or it's compatibles (e.g. Linux), and also MSP system, as followings; 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 VPP500 : 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 -------------------------------------------------------(and similar machines)--- (9) FACOM M-780 : MSP/EX (FORTRAN77EX) (10) FACOM VP-2600 : MSP/EX (FORTRAN77EX/VP) : Vector (11) FACOM GS-8400 : MSP/EX (FORTRAN77EX) For MSP machines, some additional files are required. -------------------------------------------------------------------------------- At RSICC SRAC95 was tested on PC Pentium Linux operating system.