2008 · 22 citations · 8 references
Natural SciencesNuclear EngineeringPhysicsComputational PhysicsNuclear PhysicsScientific ComputingAstrophysical SimulationsComputational AstrophysicsNuclear AstrophysicsNumerical AstrophysicsTransport PropertiesHigh-performance Computing In AstrophysicsLattice PhysicsNuclear Data EvaluationNuclear Data ProcessingTransport Code Validation
Major advances have been made in the HELIOS code, resulting in the impending release of a new version, HELIOS-2. The new code includes a method of characteristics (MOC) transport solver to supplement the existing collision probabilities (CP) solver. A 177-group, ENDF/B-VII nuclear data library has been developed for inclusion with the new code package. Computational tests have been performed to verify the performance of the MOC solver against the CP solver, and validation testing against computational and measured benchmarks is underway. Results to-date of the verification and validation testing are presented, demonstrating the excellent performance of the new transport solver and nuclear data library.
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