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Uesawa, Shinichiro; Koizumi, Yasuo; Shibata, Mitsuhiko; Nagatake, Taku; Yoshida, Hiroyuki
Konsoryu, 31(2), p.162 - 170, 2017/06
no abstracts in English
Takase, Kazuyuki; Kunugi, Tomoaki*; Yamazaki, Seiichiro*; *
Fusion Technology, 34(3), p.640 - 644, 1998/11
no abstracts in English
Sudo, Yukio
Journal of Nuclear Science and Technology, 17(7), p.516 - 530, 1980/00
Times Cited Count：33 Percentile：92.53(Nuclear Science & Technology)no abstracts in English
; *; *; *; ;
Review of Scientific Instruments, 50(11), p.1452 - 1457, 1979/00
no abstracts in English
Sudo, Yukio; Murao, Yoshio
JAERI-M 6848, 60 Pages, 1976/12
no abstracts in English
; Sanokawa, Konomo; ; Ouchi, Mitsuo
Nihon Kikai Gakkai Rombunshu, B, 40(336), p.2311 - 2320, 1974/00
no abstracts in English
Uesawa, Shinichiro; Liu, W.; Jiao, L.; Nagatake, Taku; Takase, Kazuyuki*; Koizumi, Yasuo; Shibata, Mitsuhiko; Yoshida, Hiroyuki; Takase, Kazuyuki
no journal, ,
no abstracts in English
Uesawa, Shinichiro; Koizumi, Yasuo; Shibata, Mitsuhiko; Yoshida, Hiroyuki
no journal, ,
no abstracts in English
Sakurada, Keishi*; Kawakami, Taira*; Sakashita, Hiroto*; Ono, Ayako; Yoshida, Hiroyuki
no journal, ,
This study measured the dryout heat fluxes for bottom heated debris beds, where small spherical particles were placed on a 75mm diameter heating surface. The data were obtained by varying the particle size in the range of 3 to 10mm, and compared with the predicted results with the one dimensional model proposed by Lipinski.
Sakurada, Keishi*; Kawakami, Taira*; Sakashita, Hiroto*; Ono, Ayako; Yoshida, Hiroyuki
no journal, ,
This study measured the dryout heat fluxes on a bottom surface for bottom and volume heated debris beds, where small spherical metal particles were placed on a 75 mm diameter heating surface and internally heated by induction heating. The data were obtained by varying the particle size and the volumetric heated rate, and compared with the available correlations.
Kawakami, Taira*; Sakurada, Keishi*; Sakashita, Hiroto*; Ono, Ayako; Yoshida, Hiroyuki
no journal, ,
The effect of height and density of accumulated particles on the critical heat flux was investigated on the heating surface, where the particles were accumulated, in order to investigate the cooling process of debris under the severe accident. The thermal-hydraulic behavior on the heating surface was visualized from the backsides of heating surface made of glass.
Kawakami, Taira*; Sakashita, Hiroto*; Ono, Ayako; Yoshida, Hiroyuki
no journal, ,
Understanding the boiling heat transfer characteristics in debris beds is indispensable to assess the coolability of molten debris at severe accident. However, the trigger mechanism of the critical heat flux on the bottom heated debris beds has not been fully elucidated. This study performed the visualization measurements using a transparent heating surface on which small particles are accumulated. The boiling behaviors were observed via a total reflection technique, and effects of particle size on dryout and rewetting process of the heating surface were examined.
