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Technical Papers

Improved Approach to Multiregion Supercritical Transient Analysis Based on the Integral Kinetic Model and Monte Carlo Method

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Pages 33-42 | Received 30 Mar 2017, Accepted 28 May 2017, Published online: 18 Jul 2017

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Read on this site (5)

Hiroki Takezawa, Delgersaikhan Tuya & Toru Obara. (2021) Calculation of Transient Parameters of the Integral Kinetic Model with Delayed Neutrons for Space-Dependent Kinetic Analysis of Coupled Reactors. Nuclear Science and Engineering 195:11, pages 1236-1246.
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Kodai Fukuda, Jun Nishiyama & Toru Obara. (2020) Reactivity Feedback Effect on Supercritical Transient Analysis of Fuel Debris. Nuclear Science and Engineering 194:7, pages 493-507.
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Kodai Fukuda, Delgersaikhan Tuya, Jun Nishiyama & Toru Obara. (2020) Radiation Dose Analysis in Criticality Accident of Fuel Debris in Water. Nuclear Science and Engineering 194:3, pages 181-189.
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Masahiro Fukushima & Masayuki Tojo. (2019) Recent activities in the field of reactor physics. Journal of Nuclear Science and Technology 56:12, pages 1061-1062.
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Delgersaikhan Tuya & Toru Obara. (2019) Development of Monte Carlo Neutron Transport Method-Based Supercritical Transient Code with Time-Dependent Feedback Capability. Nuclear Science and Engineering 193:5, pages 481-494.
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Articles from other publishers (1)

Delgersaikhan Tuya & Toru Obara. (2018) Supercritical transient analysis in hypothetical fuel-debris systems by multi-region approach based on integral kinetic model. Annals of Nuclear Energy 120, pages 169-177.
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