In the dicebox manual#
In the dicebox code#

Simulated γ spectra for different multiplicities (2-5) following thermal neutron capture in 157Gd.Simulated spectrum of primary γ rays following thermal neutron capture in 77Se.Simulated singles γ spectrum following capture thermal neutron capture in 77Se.ExamplesĮxamples of different quantities that can be obtained from simulations: Therefore, users are kindly requested to provide their feedback on errors, corrections, extensions, questions or comments and advice. If any warning or error messages occur during the compilation, please, let us know.Īlthough a lot of effort has been invested in the validation of the code, there is no guarantee we have covered everything.

Several different compilers have been tested. There is no need for any external libraries or files. For instance, the simplest way ofĬompilation using the standard gfortran compiler can be made by typing: gfortran dicebox_1.0.1.for Just compile the source file dicebox_1.0.1.for with any fortran77 or fortran90 compiler. The installation of DICEBOX is very simple. Methods A 417, 434 (1998)Ī description of the present version can be found in

In the dicebox code#

The present version of the code is a modification of the original one described inį. A file with list of 100,000 cascades can easily reach several tens of MBytes.

However, some space is usually needed for storing outputs of the code. Required disk space is very small, only a few MBytes.

In the dicebox manual#

Milan Krticka ( package consists of the DICEBOX source code dicebox v1.0.for, the User Manual and aįew examples which are stored in separate directories. The present version of the code allows simulation of cascades from individual resonances and from (off resonance) thermal neutron capture. The main feature of the code is the possibility to treat expected fluctuations of transition intensities and actual number of levels that might be important in various cases. Any cascade-related quantity can be prepared from simulated cascades. The FORTRAN tool for simulation of gamma decayįrom well-defined highly excited nuclear statesĭICEBOX is a Monte-Carlo code for simulation of γ decay of an excited nucleus from a region of high level density where individual levels are not well known but still resolved using different models of level density and photon strength functions.