Speaker
Description
The main objective of the article is development of a digital platform for visualization and processing of nuclear data.
It is based on the idea of saving the experience accumulated over many years of working with libraries of nuclear-physical data for various purposes. The main task is to provide users with open and convenient access to various types of nuclear data archives for conducting computational research in the field of fast reactors, verification and validation of software tools being developed, both within the framework of fundamental and design scientific developments.
The developed digital platform "Interactive System for the Use of Nuclear Data" (ISIDA) will provide quick access to databases and numerical values, a graphical representation of the information available in databases, both directly in the process of their formation, and when comparing with the available similar data in modern versions of the world nuclear libraries. The digital platform ISIDA will be useful in the training and education of youth workers in the nuclear industry at universities and at industry enterprises.
As a result of the work done, a concept and a pilot version of the digital platform ISIDA with an interactive interface and a convenient graphical module have been developed. The shell of the new digital platform is developed in the C# programming language. The integration of the RUSFOND Neutron Data Library into the digital platform of the Russian Library with the possibility of connecting any other foreign nuclear database library in the ENDF format was performed. A graphical module has been developed for visualizing cross-sections and comparing them.
A module for automating the preparation of constant libraries for use in neutron-physical calculations, both for precision Monte-Carlo calculations and for multigroup calculations, has been developed. Integration with the program for preparing group constants CONSYST was performed.