"3D Radiation Transport Benchmarks for
Simple Geometries with Void Region"
Guest Editors: Keisuke Kobayashi and Enrico Sartori
Preface Pages 117-118
Keisuke Kobayashi, Naoki Sugimura, and Yasunobu Nagaya
3D Radiation Transport Benchmark Problems and Results for Simple Geometries
with Void Region
Pages 119-144
Yasunobu Nagaya
Reference Solutions for 3-D Radiation Transport Benchmarks by a Monte
Carlo Code GMVP Pages 145-153
Yousry Y. Azmy, Franz X. Gallmeier, Dick A. Lillie
TORT Solutions for the 3D Radiation Transport Benchmarks for Simple
Geometries with Void Region Pages 155-166
Chikara Konno
TORT Solutions with FNSUNCL3 for Kobayashi’s 3D Benchmarks Pages 167-179
Raymond E. Alcouffe
PARTISN Calculations of 3d Radiation Transport Benchmarks for Simple
Geometries with Void Regions Pages 181-190
Alireza Haghighat, Glenn E. Sjoden, Vefa N. Kucukboyaci
Effectiveness of PENTRANTM’s Unique Numerics for Simulation
of the Kobayashi Benchmarks Pages 191-206
Igor Zmijarevic and Richard Sanchez
Deterministic Solutions for 3D Kobayashi Benchmarks Pages 207-221
Igor Suslov
Improvements in the Long Characteristics Method and their Efficiency
for Deep Penetration Calculations Pages 223-242
Cassiano R. E. De Oliveira, Matthew D. Eaton, Adrian P. Umpleby
and Christopher C. Pain
Finite Element-Spherical Harmonics Solutions of the 3D Kobayashi Benchmarks
with Ray-Tracing Void Treatment Pages 243-261
Peter N. Brown, Britton Chang, and Ulf R. Hanebutte
Spherical Harmonic Solutions of the Boltzmann Transport Equation via
Discrete Ordinates Pages 263-284
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