ICONE23-1569 FUKUSHIMA DAIICHI MUON IMAGING

Haruo Miyadera; Christopher Morris; Jeffery Bacon; Konstantin Borozdin; Matthew Durham; Kyouichi Fujita; Elena Guardincerri; Mikio Izumi; Naoto Kume; Kohichi Nakayama; Mark Saltus; Kazuo Sudo; Tsukasa Sugita; Kei Takakura; Kenichi Yoshioka

doi:10.1299/jsmeicone.2015.23._ICONE23-1_265

2015.23

Session ID : ICONE23-1569

DOI https://doi.org/10.1299/jsmeicone.2015.23._ICONE23-1_265

Conference information

ICONE23-1569 FUKUSHIMA DAIICHI MUON IMAGING

Haruo Miyadera, Christopher Morris, Jeffery Bacon, Konstantin Borozdin, Matthew Durham, Kyouichi Fujita, Elena Guardincerri, Mikio Izumi, Naoto Kume, Kohichi Nakayama, Mark Saltus, Kazuo Sudo, Tsukasa Sugita, Kei Takakura, Kenichi Yoshioka

Author information

Haruo Miyadera
Toshiba Corporation
Christopher Morris
Los Alamos National Laboratory
Jeffery Bacon
Los Alamos National Laboratory
Konstantin Borozdin
Decision Sciences Corporation
Matthew Durham
Los Alamos National Laboratory
Kyouichi Fujita
Toshiba Corporation
Elena Guardincerri
Los Alamos National Laboratory
Mikio Izumi
Toshiba Corporation
Naoto Kume
Toshiba Corporation
Kohichi Nakayama
Toshiba Corporation
Mark Saltus
Decision Sciences Corporation
Kazuo Sudo
Toshiba Corporation
Tsukasa Sugita
Toshiba Corporation
Kei Takakura
Toshiba Corporation
Kenichi Yoshioka
Toshiba Corporation

CONFERENCE PROCEEDINGS FREE ACCESS

Details

Abstract

Reactor imaging using scattering of cosmic-ray muon is planned to assess the damages to the reactors at Fukushima Daiichi in 2015. The technique was demonstrated at a research reactor, Toshiba Nuclear Critical Assembly. Simulation studies also showed feasibility of the reactor imaging using muon-scattering method.

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