☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️ ☢️
Hello,
Welcome to our GitHub repository. We are members of the reactors physics laboratory at the Federal University of Rio de Janeiro (UFRJ/COPPE) and this is our modifications in the nuclear data processing code called FRENDY, developed by the Japan Atomic Energy Agency (JAEA). Our primary goal is to generate deformed neutron cross-sections using the Kaniadakis statistics.
(This topic will be continually improved with the involved theory)
In order to TEST these modifications, it is mandatory to install the FRENDY code in your machine. The following website explains how to do that: https://rpg.jaea.go.jp/main/en/program_frendy/
These are the files that will be modified inside FRENDY in order to calculating deformed cross-sections using the Kaniadakis distribution
-
frendy_XXXXXXXX\tests\ReconResonance (File "ResonanceXSCalculatorTest.cpp" and Folder "for_test" )
-
frendy_XXXXXXXX\frendy\ReconResonance (Files "ResonanceXSCalculator.cpp" and "ResonanceXSCalculator.hpp")
- frendy_XXXXXXXX\tests\ReconResonance\comp_njoy
- frendy_XXXXXXXX\tests\ReconResonance
In order to calculate some critical Faddeeva functions inside our analytical solution for the deformed Doppler broadening function, we implemented the Faddeeva Package, developed by the MIT. Consequently, the modifications will only work with the Faddeeva files in both aforementioned folders. We thank Professor Steven G. Johnson for his incredible work.
Programa de Engenharia Nuclear (PEN - COPPE/UFRJ) (Brazil)
Editors: Willian Abreu (wabreu@coppe.ufrj.br) / João Maciel (joaomarcio.maciel@poli.ufrj.br)
Supervisor: Prof. Aquilino Senra Martinez
Willian Abreu and his supervisor, Professor Aquilino Senra Martinez, thank FAPERJ for the conceded grant (Pós-doutorado Nota 10). Professor Aquilino Senra Martinez also thank the National Council for Scientific and Technological Development (CNPq).
| Support/funding: | |||
|---|---|---|---|
 |
 |
 |
 |