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Nuclear Technology Volume 120, 1997 - Issue 3
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Technical Paper

Monte Carlo Simulation of the Triga Mark II Benchmark Experiment

Robert JerajJožef Stefan Institute, Jamova 39, POB 3000, 1001 Ljubljana, Slovenia
,
Bogdan GlumacJožef Stefan Institute, Jamova 39, POB 3000, 1001 Ljubljana, Slovenia
&
Marko MaučecJožef Stefan Institute, Jamova 39, POB 3000, 1001 Ljubljana, Slovenia
Pages 179-187 | Published online: 10 May 2017

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Read on this site (7)

Marko Maučec & Bogdan Glumac. (2005) Criticality Safety and Sensitivity Analyses of PWR Spent Nuclear Fuel Repository Facilities. Nuclear Technology 149:1, pages 1-13.
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Matjaž Ravnik & Robert Jeraj. (2003) Research Reactor Benchmarks. Nuclear Science and Engineering 145:1, pages 145-152.
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Robert Jeraj, Tomaž Žagar & Matjaž Ravnik. (2002) Monte Carlo Simulation of the TRIGA Mark II Benchmark Experiment with Burned Fuel. Nuclear Technology 137:3, pages 169-180.
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Tetsuo MATSUMOTO & Nobuhiro HAYAKAWA. (2000) Benchmark Analysis of TRIGA Mark II Reactivity Experiment Using a Continuous Energy Monte Carlo Code MCNP. Journal of Nuclear Science and Technology 37:12, pages 1082-1087.
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Marko Maučec. (2000) Conceptual Design of a Clinical BNCT Beam in an Adjacent Dry Cell of the Jožef Stefan Institute TRIGA Reactor. Nuclear Technology 132:2, pages 179-195.
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Yuichi KOMURO. (2000) A Proposal to Asian Countries with Operating Research Reactors for Making Nuclear Criticality Safety Benchmark Evaluations. Journal of Nuclear Science and Technology 37:6, pages 548-554.
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Tetsuo MATSUMOTO. (1998) Benchmark Analysis of Criticality Experiments in the TRIGA Mark II Using a Continuous Energy Monte Carlo Code MCNP. Journal of Nuclear Science and Technology 35:9, pages 662-670.
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Articles from other publishers (12)

Casimiro Rino Kuswanto, Nur Asiah Aprianti & Dwi Irwanto. OpenMOC simulation for core-133 and core-134 of the TRIGA Mark II Research Reactor. OpenMOC simulation for core-133 and core-134 of the TRIGA Mark II Research Reactor.
Pungerčič Anže, Čalič Dušan & Luka Snoj. (2021) BURNUP CALCULATIONS OF THE JSI TRIGA REACTOR FUEL AND COMPARISON WITH MEASUREMENTS. EPJ Web of Conferences 247, pages 08009.
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Anže Pungerčič, Dušan Čalič & Luka Snoj. (2020) Computational burnup analysis of the TRIGA Mark II research reactor fuel. Progress in Nuclear Energy 130, pages 103536.
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Wanbin Tan, Pengcheng Long, Guangyao Sun, Jun Zou & Lijuan Hao. (2019) Neutronics analysis of JSI TRIGA Mark II reactor benchmark experiments with SuperMC3.3. Nuclear Engineering and Technology 51:7, pages 1715-1720.
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K. Ambrožič, G. Žerovnik & L. Snoj. (2017) Computational analysis of the dose rates at JSI TRIGA reactor irradiation facilities. Applied Radiation and Isotopes 130, pages 140-152.
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Mehmet Türkmen & Üner Çolak. (2014) Analysis of ITU TRIGA Mark II research reactor using Monte Carlo method. Progress in Nuclear Energy 77, pages 152-159.
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Luka Snoj, Andrej Trkov, Matjaž Ravnik & Gašper Žerovnik. (2012) Testing of cross section libraries on zirconium benchmarks. Annals of Nuclear Energy 42, pages 71-79.
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Luka Snoj, Andrej Kavčič, Gašper Žerovnik & Matjaž Ravnik. (2010) Calculation of kinetic parameters for mixed TRIGA cores with Monte Carlo. Annals of Nuclear Energy 37:2, pages 223-229.
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M. Aziz. (2005) Neutronic calculations for the new fuel configuration of the ETRR-1 research reactor. Kerntechnik 70:5-6, pages 286-290.
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T. ŽagarM. Ravnik. (2005) Positive temperature reactivity coefficient of a TRIGA reactor at room temperature. Kerntechnik 70:4, pages 223-229.
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M.Q. Huda, M. Rahman, M.M. Sarker & S.I. Bhuiyan. (2004) Benchmark analysis of the TRIGA MARK II research reactor using Monte Carlo techniques. Annals of Nuclear Energy 31:11, pages 1299-1313.
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M. Aziz. (2004) Monte Carlo simulation of the ETRR-2 research reactor using the MCNP Code. Kerntechnik 69:3, pages 122-126.
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