Experimental Investigation of Early Initiation of Primary Cooldown by Secondary-Side Depressurization in a PWR Inadequate Core-Cooling Accident

Tay-Jian LiuInstitute of Nuclear Energy Research P.O. Box 3-3, Lung-Tan, 325 Taiwan

Yea-Kuang ChanInstitute of Nuclear Energy Research P.O. Box 3-3, Lung-Tan, 325 Taiwan

Yuh-Ming FerngInstitute of Nuclear Energy Research P.O. Box 3-3, Lung-Tan, 325 Taiwan

Chien-Yeh ChangInstitute of Nuclear Energy Research P.O. Box 3-3, Lung-Tan, 325 Taiwan

Citations (6)

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Tay-Jian Liu & Chien-Hsiung Lee. (2004) IIST Passive Core Cooling on Pressurizer Top Break. Nuclear Technology 146:3, pages 257-266.
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Tay-Jian Liu. (2002) IIST and BETHSY Counterpart Tests on a PWR Total Loss-of-Feedwater Transient with Two Different Bleed-and-Feed Scenarios. Nuclear Technology 137:1, pages 10-27.
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Tay-Jian Liu & Show-Chyuan Chiang. (2001) Safety Evaluation of Primary-Side Bleed-and-Feed Scenarios by an Experimental Loss of Feedwater Event at the IIST Facility. Nuclear Technology 136:2, pages 204-220.
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Articles from other publishers (3)

Man Cheol Kim & Sang Hoon Han. (2019) Variability of plant risk due to variable operator allowable time for aggressive cooldown initiation. Nuclear Engineering and Technology 51:5, pages 1307-1313.
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Man Cheol Kim & Dong Wook Jerng. (2014) Feasibility analysis of aggressive cooldown in OPR-1000 nuclear power plants. Annals of Nuclear Energy 68, pages 89-95.
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Seok-Jung Han, Ho-Gon Lim & Joon-Eon Yang. (2007) An estimation of an operator's action time by using the MARS code in a small break LOCA without a HPSI for a PWR. Nuclear Engineering and Design 237:7, pages 749-760.
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Experimental Investigation of Early Initiation of Primary Cooldown by Secondary-Side Depressurization in a PWR Inadequate Core-Cooling Accident

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Experimental Investigation of Early Initiation of Primary Cooldown by Secondary-Side Depressurization in a PWR Inadequate Core-Cooling Accident

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