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Committee Date Time Place Paper Title / Authors Abstract Paper #
EMD 2020-01-17
Kanagawa Rental hall Shonan Hiratsuka Contact Resistance of Tungsten-clad Copper Contacts for Arc-free Hybrid DC Switch
Koichi Yasuoka, Xinhao Tian, Mo Chen (Tokyo Tech) EMD2019-52
 [more] EMD2019-52
EMD 2017-11-17
Tokyo The University of Electro-Communications Study on Thermal Stability of Molten Bridge in an Arc-less Hybrid DC Switch
Mo Chen, Yuta Yamada, Kyotaro Nakayama, Koichi Yasuoka (Tokyo Inst. of Tech.) EMD2017-48
Arc-less hybrid DC switches have high reliability due to the absence of arc erosion. However, it has been found that the... [more] EMD2017-48
EMD 2017-11-17
Tokyo The University of Electro-Communications Simulation on metal droplet sputtering and molten pool on copper contact under electric arc
Kai Bo (Harbin Inst. of Tech.), Xue Zhou, Guofu Zhai (HIT), Mo Chen (Tokyo Inst. of Tech.) EMD2017-49
The mechanism of molten pool and metal droplet sputtering are significant to the material erosion caused by breaking or ... [more] EMD2017-49
EMD 2014-11-29
Hokkaido Chitose Cultural Center Experimental Study on Feature of Molten Bridge of Silver Based Contacts under Slow Separation
Xinyun Zhang, Xue Zhou, Mo Chen, Rui Li, Guofu Zhai (Harbin Inst. of Tech.), Xiwen Huang (GLESI) EMD2014-70
In this paper, we experimental studied the phonomena of molten bridge of four contacts (i.e., Ag, AgNi10, AgSnO2(12) and... [more] EMD2014-70
EMD 2014-11-29
Hokkaido Chitose Cultural Center Comparisons on Arc Behavior and Contact Performance between Cu and Cu-Mo Alloys in a Bridge-type Contact System
Mo Chen, Xue Zhou, Guofu Zhai (Harbin Inst. of Tech.) EMD2014-76
Cu-Mo alloy carries forward the high conductivity and high-thermal conductivity from Cu and high hardness from Mo. It ge... [more] EMD2014-76
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