2017
DOI: 10.1016/j.net.2017.08.017
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Processing and benchmarking of evaluated nuclear data file/b-viii.0β4 cross-section library by analysis of a series of critical experimental benchmark using the monte carlo code MCNP(X) and NJOY2016

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Cited by 8 publications
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“…The prime objective of designing these two software packages was that they would be able to make a linkage between the MCNPX and NJOY nuclear codes and automatically run them to obtain cross sections of isotopes for the various incident and multi-group neutron energies and also any temperature. Another goal was to make a comparison between the results and drawing some of the helpful and practical graphs including microscopic cross sections ((Barn)-E), macroscopic and heat production cross sections ((MeV/collision)-E) [7][8]. It also aimed to automatically obtain microscopic cross sections of any isotope for any reaction at any temperature and plot the graph of cross section (Barn) vs. energy (MeV) [9].…”
mentioning
confidence: 99%
“…The prime objective of designing these two software packages was that they would be able to make a linkage between the MCNPX and NJOY nuclear codes and automatically run them to obtain cross sections of isotopes for the various incident and multi-group neutron energies and also any temperature. Another goal was to make a comparison between the results and drawing some of the helpful and practical graphs including microscopic cross sections ((Barn)-E), macroscopic and heat production cross sections ((MeV/collision)-E) [7][8]. It also aimed to automatically obtain microscopic cross sections of any isotope for any reaction at any temperature and plot the graph of cross section (Barn) vs. energy (MeV) [9].…”
mentioning
confidence: 99%