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AbstractAbstract
[en] In nucleus-nucleus collisions above a few tens of MeV/N, a large number of multifragment channels are open and modern detector systems can detect nearly all the charged fragments produced. Therefore, large samples of complete events must be calculated. A well-defined, least biased reference model results from assuming that the disassembly occurs statistically. (orig.)
Source
CONTRACT DE-FG02-86ER40251; DE-AC03-76SF00098; CDC-6600, -7600; VAX-750, -780, -8600; CRAY-1; Fortran 77.
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Journal Article
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Software
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CDC COMPUTERS, CHARGED PARTICLES, COMPUTER CALCULATIONS, COMPUTERIZED SIMULATION, CRAY COMPUTERS, DEC COMPUTERS, EVAPORATION MODEL, EXCITED STATES, F CODES, FORTRAN, GEV RANGE 10-100, ISOMERIC NUCLEI, NIOBIUM 93 REACTIONS, NIOBIUM 93 TARGET, PHASE SPACE, RELATIVISTIC RANGE, SPALLATION, SPALLATION FRAGMENTS, SPATIAL DISTRIBUTION, STATISTICS
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