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Umeda, Ryota; Kurihara, Akikazu; Kikuchi, Shin; Kikuchi, Norihiro; Takata, Takashi; Ohshima, Hiroyuki
no journal, ,
Multi-level, multi-scenario simulation systems have been developed as safety fundamental technology for sodium-cooled fast reactors. In this report, as part of the verification and validation of the sodium fire analysis codes, in order to grasp the transport behavior of combustion generated aerosol during of sodium leak, the results of the transport behavior experiment using simulated particles is presented.
Umeda, Ryota; Kikuchi, Norihiro; Kurihara, Akikazu; Kikuchi, Shin; Takata, Takashi; Ohshima, Hiroyuki
no journal, ,
Multi-level, multi-scenario simulation systems as safety fundamental technology for sodium-cooled fast reactors (SFRs) has been developed. In this report, in order to understand the aerosol transport behavior in case of sodium fire, the experiment using multi-cell facility connected with horizontal or vertical pipe was performed as part of V&V for sodium fire analysis code.