The input files of the spatially-uniform and non-uniform neutron sources used for the Monte Carlo simulations with the Serpent code and the CAD files for the geometry definition of the fusion reactor ARC used in the framework of the work published in the paper "Neutronic analysis of the fusion reactor ARC: Monte Carlo simulations with the Serpent code" (in Fusion Science and Technology). In the repository there are also the Python files used for the post processing of the results and the output files of Serpent with the main results of the neutronic simulations
The Serpent Monte Carlo code was originally developed as a computational tool for various neutron tr...
The Serpent Monte Carlo code was originally developed as a computational tool for various neutron tr...
This paper is a general overview of the Serpent Monte Carlo reactor physics burnup calculation code....
Neutronic modeling of fusion machines requires a detailed representation of their complex geometry i...
Released in 2009, the Serpent Monte Carlo code has established itself as a highly efficient and powe...
Analyses of radiation fields resulting from a deuterium-tritium (DT) plasma in fusion devices is a c...
Analyses of radiation fields resulting from a deuterium-tritium (DT) plasma in fusion devices is a c...
Analyses of radiation fields resulting from a deuterium-tritium (DT) plasma in fusion devices is a c...
Nuclear analysis supporting the design and licensing of ITER is traditionally performed using MCNP a...
Fusion neutronics analysis before and after experiments at JET is traditionally performed using Mont...
Fusion neutronics analysis before and after experiments at JET is traditionally performed using Mont...
This paper presents a practical demonstration of the CAD-based geometry type developed for the Serpe...
The use of a new Monte Carlo Serpent code for the calculation of water-cooled reactors is present...
This paper presents a practical demonstration of the CAD-based geometry type developed for the Serpe...
The description of calculation scheme of fuel assembly for preparation of few-group characteristics ...
The Serpent Monte Carlo code was originally developed as a computational tool for various neutron tr...
The Serpent Monte Carlo code was originally developed as a computational tool for various neutron tr...
This paper is a general overview of the Serpent Monte Carlo reactor physics burnup calculation code....
Neutronic modeling of fusion machines requires a detailed representation of their complex geometry i...
Released in 2009, the Serpent Monte Carlo code has established itself as a highly efficient and powe...
Analyses of radiation fields resulting from a deuterium-tritium (DT) plasma in fusion devices is a c...
Analyses of radiation fields resulting from a deuterium-tritium (DT) plasma in fusion devices is a c...
Analyses of radiation fields resulting from a deuterium-tritium (DT) plasma in fusion devices is a c...
Nuclear analysis supporting the design and licensing of ITER is traditionally performed using MCNP a...
Fusion neutronics analysis before and after experiments at JET is traditionally performed using Mont...
Fusion neutronics analysis before and after experiments at JET is traditionally performed using Mont...
This paper presents a practical demonstration of the CAD-based geometry type developed for the Serpe...
The use of a new Monte Carlo Serpent code for the calculation of water-cooled reactors is present...
This paper presents a practical demonstration of the CAD-based geometry type developed for the Serpe...
The description of calculation scheme of fuel assembly for preparation of few-group characteristics ...
The Serpent Monte Carlo code was originally developed as a computational tool for various neutron tr...
The Serpent Monte Carlo code was originally developed as a computational tool for various neutron tr...
This paper is a general overview of the Serpent Monte Carlo reactor physics burnup calculation code....