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Yusuke Nemoto
Yusuke Nemoto
Other names根本 雄介
Verified email at tcu.ac.jp
Title
Cited by
Cited by
Year
Analysis of electron and heavy particle velocity distribution under consideration of nonthermal equilibrium arc
Y Nemoto, S Iwata, Y Maeda, T Iwao
Electronics and Communications in Japan 102 (11), 9-15, 2019
122019
Cathode spot velocity of atmospheric arc plasma after arc ignition affected by self and external electromagnetic force between parallel electrodes using 3D numerical simulation
Z Ren, Y Nemoto, Y Maeda, S Yamamoto, G Asanuma, T Onchi, T Iwao
IEEJ Transactions on Electrical and Electronic Engineering 16 (12), 1656-1663, 2021
102021
Arc temperature measurement with microsecond spectroscopic measurement
R Kano, Y Nemoto, Y Maeda, S Yamamoto, T Iwao
Electrical Engineering in Japan 210 (1-4), 29-36, 2020
102020
Analysis of adverse influence of metal vapor to arc movement between electrodes with external magnetic field applied by numerical simulation
Z Ren, Y Nemoto, Y Suzuki, S Yamamoto, G Asanuma, T Onchi, T Iwao
IEEJ Transactions on Electrical and Electronic Engineering 17 (2), 183-193, 2022
82022
Numerical simulation for analyzing re‐strike phenomenon of arc plasma considering application of recovery voltage at direct current circuit breaker
Z Ren, Y Nemoto, Y Suzuki, T Iwao
IEEJ Transactions on Electrical and Electronic Engineering 17 (4), 611-613, 2022
42022
Development of calculation method for melting amount mass of contact wire caused by melting and evaporation of molten metal bridge and arc generation
H Morishita, Y Maeda, Z Ren, Y Nemoto, T Hayasaka, T Iwao
Electrical Engineering in Japan 215 (3), e23403, 2022
32022
Analyzing cathode and anode spot movements of atmospheric arc plasma in parallel electrodes using thermal field theory and thermal nonequilibrium model
Z Ren, Y Nemoto, Y Maeda, S Yamamoto, G Asanuma, T Onchi, T Iwao
IEEJ Transactions on electrical and electronic engineering 17 (6), 934-944, 2022
32022
Numerical simulation of external magnetic field effect on arc plasma after molten metal bridge breaking under different electrode opening velocities
Z Ren, Y Nemoto, Y Suzuki, M Takagi, H Morishita, T Iwao
AIP Advances 12 (3), 2022
32022
建設現場の無人化・省力化
垣見宥太, 金井嘉毅, 松野俊文, 根本雄介, 星和祐
電気学会誌 139 (9), 621-624, 2019
22019
Three-dimensional Electromagnetic Thermal Fluid Simulation of Cathode Jet Contributing to Motion of Cathode Spots in Vacuum Arc
M Takagi, H Suzuki, H Morishita, Y Suzuki, Y Nemoto, Z Ren, T Iwao
2023 30th International Symposium on Discharges and Electrical Insulation in …, 2023
12023
Differentiation of Numerical Simulation Result of Direct Current Circuit Breaker Interruption Process Using Artificial Intelligence
Z Ren, Y Nemoto, Y Suzuki, M Takagi, H Morishita, RC Gustilo, T Iwao
IEEJ Transactions on Electrical and Electronic Engineering 18 (1), 147-149, 2023
12023
Analysis of Arc Electron and Heavy Particle Temperature Distribution with Lateral Flow Velocity for Elucidation of Re-strike
Y Nemoto, Y Suzuki, Z Ren, Y Maeda, T Iwao
IEEJ Transactions on Power and Energy 142 (4), 228-234, 2022
12022
電力社会を支える校正技術
根本雄介, 辰巳周一, 座間健輔, 木田順三
電気学会誌 140 (3), 172-175, 2020
12020
「日本を変えた千の技術博」 を訪ねて
金井嘉毅, 佐竹優志, 戸田遊士, 根本雄介, 野村健一
電気学会誌 139 (12), 830-833, 2019
12019
でんきの礎を訪ねて─ ②─ 大容量電力短絡試験設備と超高圧衝撃電圧発生装置─
根本雄介, 戸田雄士, 竹原有紗
電気学会誌 139 (8), 550-553, 2019
12019
Contribution to cathode spot movement affected by electromagnetic force acting on ion current in vacuum arc
S Iwata, Z Ren, Y Nemoto, Y Maeda, T Iwao
電気学会研究会資料. HV= The papers of technical meeting on high voltage …, 2018
12018
Developed AI-based System to Predict Movement of Vacuum Arc Cathode Spot
N Ishihara, Y Nemoto, K Suzuki, T Iwao
Bulletin of the American Physical Society, 2024
2024
Development of Numerical Analysis Method for Cathode Sheath Considering Electron Emission from Cathode in Vacuum Arc
M Takagi, H Suzuki, Y Suzuki, Y Nemoto, T Iwao, T Nakajima
IEEJ Transactions on Fundamentals and Materials 144 (7), 272-279, 2024
2024
真空アークにおける陰極からの電子放出を考慮した陰極シースの数値解析手法の開発
髙木真宏, 鈴木裕斗, 鈴木祐揮, 根本雄介, 岩尾徹, 中島達人
電気学会論文誌 A (基礎・材料・共通部門誌) 144 (7), 272-279, 2024
2024
基礎・材料・共通部門 (A 部門) ニュースレター
征矢隼人, 大江武彦, 久木, 菅原賢悟, 近藤康, 柳泰雅, 花井正広, ...
2024
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