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Takeshi Muramoto
Observed names:
Muramoto, Takeshi,
T. Muramoto,
Takeshi MURAMOTO,
村本 武司,
村本, 武司,
村本武司
show all 6
Institution:
Hitachi GE Vernova Nuclear Energy (Japan)
Observed institutions:
Tokyo Institute of Technology,
Tokyo City University,
Hitachi GE Vernova Nuclear Energy (Japan),
Hitachi (Japan),
National Research Nuclear University MEPhI
ORCID:
0000-0003-2809-8540
Observed ORCID:
0000-0003-2809-8540
OpenAlex ID:
A5044594512
Numerical analysis of criticality of fuel debris falling in water
2019
·
Takeshi Muramoto
, Jun Nishiyama
, et al.
·
Annals of Nuclear Energy
·
20
Granular fuel debris shape modeling in MPS-DEM for the simulation of fuel debris bed formation in water
2021
·
Takeshi Muramoto
, Jun Nishiyama
, et al.
·
Journal of Nuclear Science and Technology
·
10
Visualization of neutron characteristics distribution of debris particles
2020
·
P.A. Pugachev
, E.V. Bogdanova
, et al.
·
Scientific Visualization
·
6
PDF
Characteristics of reactivity change as fuel debris falls in water
2021
·
Takeshi Muramoto
, Jun Nishiyama
, et al.
·
Progress in Nuclear Energy
·
5
PDF
Neutronic modeling of a subcritical system with corium particles and water (from international benchmark)
2020
·
Anton D. Smirnov
, Ekaterina V. Bogdanova
, et al.
·
Nuclear Energy and Technology
·
5
Enhancements on the decision threshold algorithm of the net count calculation method
2020
·
B. Liu
, M. Kalinowski
, et al.
·
Applied Radiation and Isotopes
·
3
PDF
Impact of neutron generation time on released energy in falling fuel debris at supercritical condition
2021
·
Kodai Fukuda
, Takeshi Muramoto
, et al.
·
Journal of Nuclear Science and Technology
·
2
Development of Unmanned Aerial Vehicle Technology for High-resolution Environmental Data Acquisition and an Investigation Method for Reactor Decommissioning at Fukushima Daiichi Nuclear Power Plant
2026
·
Toshiaki HATANO
, Toshiki KOTANI
, et al.
·
Transactions of the Atomic Energy Society of Japan
PDF
Preliminary Study on MeV Gamma-Ray-Based Power-Range Monitor for Handling Fuel Debris
2025
·
K. Ueno
, K. Sasaki
, et al.
·
IEEE Nuclear Science Symposium and Medical Imaging Conference (NSS/MIC)
Criticality Analysis of Fuel Debris Falling in Water Considering Water Surface Oscillation
2022
·
小原, 徹
, OBARA, Toru
, et al.
·
Institutional Repositories DataBase (IRDB)
Criticality Analysis of Fuel Debris Falling in Water Considering Water Surface Oscillation
2022
·
Toru Obara
, Taro Fumimoto
, et al.
·
Transactions of the American Nuclear Society
Development of criticality evaluation method of fuel debris bed formation process by falling in water - modeling of granular fuel debris shape by parameter calibration of particle method applying optimization method
2020
·
Takeshi Muramoto
, Jun Nishiyama
, et al.
Visualization of neutron characteristics distribution of debris particles
2020
·
竹澤, 宏樹
, 村本, 武司
, et al.
·
Institutional Repositories DataBase (IRDB)
Development of Criticality Evaluation Method of Fuel Debris Bed Formation Process by Falling in Water
2020
·
Takeshi Muramoto
·
Atomic Energy Society of Japan
Criticality safety evaluation of powder fuel debris using DEM and MPS method
2020
·
Takeshi Muramoto
·
Atomic Energy Society of Japan
Numerical analysis of criticality of fuel debris falling in water by coupling computational fluid dynamics and the continuous energy Monte Carlo code
2019
·
村本, 武司
, Muramoto, Takeshi
, et al.
·
Institutional Repositories DataBase (IRDB)
Criticality safety analysis in falling down of fuel debris in water
2018
·
Takeshi Muramoto
, Jun Nishiyama
, et al.
·
Atomic Energy Society of Japan
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Works count:
21
Citation count:
51
H-index:
5
I10-index:
2
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