NEA-1638 ANITA-2000.
ANITA-2000, Isotope Inventories from Neutron Irradiation, for Fusion Applications
NAME OR DESIGNATION OF PROGRAM, COMPUTER, DESCRIPTION OF PROGRAM OR FUNCTION, METHODS, RESTRICTIONS, TYPICAL RUNNING TIME, FEATURES, RELATED OR AUXILIARY PROGRAMS, STATUS, REFERENCES, REQUIREMENTS, LANGUAGE, SOFTWARE REQUIREMENTS, OTHER RESTRICTIONS, NAME AND ESTABLISHMENT OF AUTHORS, MATERIAL, CATEGORIES
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| Program name | Package id | Status | Status date |
|---|---|---|---|
| ANITA-2000 | NEA-1638/01 | Tested | 24-NOV-2000 |
Machines used:
| Package ID | Orig. computer | Test computer |
|---|---|---|
| NEA-1638/01 | IBM RISC6000 WS | RISC 6000,PC Windows,Linux-based PC |
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3. DESCRIPTION OF PROGRAM OR FUNCTION
ANITA-2000 is a code package for the activation characterisation of materials exposed to neutrons in fusion machines. The main component of the package is the activation code ANITA-4M that computes the radioactive inventory of a material exposed to neutron irradiation, continuous or stepwise. It provides activity, atomic density, decay heat, biological hazard, clearance index and gamma-ray source spectra at shut down and for different cooling times. An interactive utility module, MODBIN, to produce the neutron activation cross sections libraries in the required binary ANITA-4M format, is also included. The GRANITA interactive module may plot activation parameters as a function of the cooling time.
The main improvements include:
-the number of irradiation time intervals has been increased to 2000;
-different neutron wall loading can be used for each burn time
interval;
-the photon source calculation in the 18 energy group Scale structure
has been added;
-the clearance index can be calculated.
In addition the code language has been standardized to Fortran '95 - by maintaining the backward compatibilty (except for the time/date
routines) - so as the same code package can be compiled and run on unix environment and on PC, both under DOS-WINDOWS and under linux.
ANITA-2000 is a code package for the activation characterisation of materials exposed to neutrons in fusion machines. The main component of the package is the activation code ANITA-4M that computes the radioactive inventory of a material exposed to neutron irradiation, continuous or stepwise. It provides activity, atomic density, decay heat, biological hazard, clearance index and gamma-ray source spectra at shut down and for different cooling times. An interactive utility module, MODBIN, to produce the neutron activation cross sections libraries in the required binary ANITA-4M format, is also included. The GRANITA interactive module may plot activation parameters as a function of the cooling time.
The main improvements include:
-the number of irradiation time intervals has been increased to 2000;
-different neutron wall loading can be used for each burn time
interval;
-the photon source calculation in the 18 energy group Scale structure
has been added;
-the clearance index can be calculated.
In addition the code language has been standardized to Fortran '95 - by maintaining the backward compatibilty (except for the time/date
routines) - so as the same code package can be compiled and run on unix environment and on PC, both under DOS-WINDOWS and under linux.
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NEA-1638/01, included references:
- D.G. Cepraga, G. Cambi, M. Frisoni and G.C. Panini:ANITA-2000, Activation Code Package (Manual - Part I)
ERG FUS TN SIC TR 16/2000
- D.G. Cepraga, G. Cambi, M. Frisoni and G.C. Panini:
ANITA-2000, Activation Code Package (Validation - Part II)
ERG FUS TN SIC TR 16/2000
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NEA-1638/01
INFO.FIL Information FileREADME.TXT Short description of the package
MODBIN.F Fortran source for MODBIN
ANITA4.F Fortran source for ANITA4
GRANITA.F Fortran source for GRANITA
EAF99_LIB EAF-99 activation library
FENDL2A_LIB FENDL2 activation libraryoutine for pc
ANITA2KM.PDF ANITA-2000 manual, part I
ANITA2KV.PDF ANITA-2000 manual, part II
FL1 Decay data library
FL2 Photon library
FL4 Flux distribution library
GRANITA.EPS PostScript output from GRANITA
TEST1_INP Sample problem 1: input
TEST1_CLR Sample problem 1: clearance index inventory
TEST1_INV Sample problem 1: general inventory-input to GRANITA
TEST1_OUT Sample problem 1: output
TEST2_INP Sample problem 2: input
TEST2_CLR Sample problem 2: clearance index inventory
TEST2_INV Sample problem 2: general inventory-input to GRANITA
TEST2_OUT Sample problem 2: output
TEST3_INP Sample problem 3: input
TEST3_CLR Sample problem 3: clearance index inventory
TEST3_INV Sample problem 3: general inventory-input to GRANITA
TEST3_OUT Sample problem 3: output
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- D. Depletion, Fuel Management, Cost Analysis, and Power Plant Economics
- X. Magnetic Fusion Research
Keywords: decay heat, fusion reactors, ingestion, inventories, irradiation, isotope production, radioactive decay.