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Effect of Fuel Pellet Eccentricity with Cladding on Fuel Rod Thermal Behavior under Reactivity Initiated Accident Condition

机译：燃料颗粒偏心与覆层对反应性发生的燃料棒热行为的影响

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Satoshi YANAGIHARA; Shusaku SHIOZAWA; Shinzo SAITO;
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年度 1982
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1. Effect of Fuel Pellet Eccentricity with Cladding on Fuel Rod Thermal Behavior under Reactivity Initiated Accident Condition [J] . Satoshi YANAGIHARA, Shusaku SHIOZAWA, Shinzo SAITO Journal of nuclear science and technology . 1982,第6期

机译：反应性事故条件下包层燃料球偏心率对燃料棒热行为的影响
2. ANALYSIS OF PELLET-CLAD MECHANICAL INTERACTION PROCESS OF HIGH-BURNUP PWR FUEL RODS BY RANNS CODE IN REACTIVITY-INITIATED ACCIDENT CONDITIONS [J] . MOTOE SUZUKI, TOYOSHI FUKETA, HIROAKI SAITOU Nuclear Technology . 2006,第3期

机译：反应性引发事故条件下高脆性压水堆棒状球团力学相互作用过程的RANS代码分析
3. Failure Behavior of Stainless Steel Clad Fuel Rod under Simulated Reactivity Initiated Accident Condition [J] . Shusaku SHIOZAWA, Shinzo SAITO Journal of nuclear science and technology . 1986,第12期

机译：模拟反应性事故条件下不锈钢复合燃料棒的失效行为
4. Behavior of Fuel with Zirconium Alloy Cladding in Reactivity-Initiated Accident and Loss-of-Coolant Accident [C] . Toyoshi Fuketa, Fumihisa Nagase International symposium on zirconium in the nuclear industry . 2018

机译：反应性事故和冷却液流失事故中锆合金包覆燃料的行为
5. Pellet cladding mechanical interactions of ceramic claddings fuels under light water reactor conditions. [D] . Li, Bo-Shiuan. 2013

机译：轻水反应堆条件下陶瓷包层燃料的颗粒包层机械相互作用。
6. Behavioral Change in Determinants of the Choice of Fuels amongst Rural Households after the Introduction of Clean Fuel Program: A District‐Level Case Study [O] . Vaishali Bhole Jaiswal, Pravin U. Meshram 2021

机译：清洁燃料计划后农村家庭选择燃料选择的决定因素的行为变化：区域级案例研究
7. Cladding Embrittlement and Fuel Rod Failure Threshold under Reactivity Initiated Accident Condition [O] . Satoshi YANAGIHARA, Shusaku SHIOZAWA 1987

机译：反应性发生的熔覆脆化和燃料杆故障阈值发生
8. Fuel Failure Behavior of PCI-Remedy Fuels under the Reactivity Initiated Accident Conditions [R] . Hoshi, T., Iwata, K., Yoshimura, T., 1980

机译：反应性引发事故条件下pCI补救燃料的燃料失效行为

Effect of Fuel Pellet Eccentricity with Cladding on Fuel Rod Thermal Behavior under Reactivity Initiated Accident Condition

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