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北垣 徹; 矢野 公彦; 鷲谷 忠博; Haquet, J.-F.*; Boulin, A.*; Piluso, P.*
no journal, ,
Simulation of the MCCI phenomenon in a sump pit at Fukushima Daiichi NPP unit 1 was performed using the TOLBIAC-ICB. As the results, the concrete ablation rate on the bottom wall after 36 hours into the MCCI was estimated to become stable. Main components of the molten pool could be low-density and Fe, and those of the crust be dense oxides.