The experimental results of VI_H and VI_L for each closing process under DC voltage.

The experimental results of VI_H and VI_L for each closing process under DC voltage.

<p>(a). The experimental results of VI_H for each closing process under DC voltage. (b). The experimental results of VI_L for each closing process under DC voltage.</p>

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Bibliographic Details
Main Author:	Pu Chen (412274) (author)
Other Authors:	Yun Geng (1779937) (author), Jing Yan (312090) (author), Hannan Shan (21722114) (author), Yan Wang (15435) (author), Zhiyuan Liu (290067) (author), Hanyan Xiao (10462237) (author), Tianxin Zhuang (21722117) (author)
Published:	2025
Subjects:	Biophysics Cell Biology Genetics Biotechnology Ecology Developmental Biology Science Policy Environmental Sciences not elsewhere classified Biological Sciences not elsewhere classified Chemical Sciences not elsewhere classified inrush current erosion critical factors affecting 887 &# 8201 809 &# 8201 525 &# 8201 vacuum circuit breakers including prestrike dispersion vacuum interrupter eroded inrush current based field emission current feps ), particle controlled switching technology particle induced prestrike average prestrike gap prestrike types observed vacuum interrupter field emission controlled switching prestrike gap induced prestrike prestrike types prestrike moment xlink "> three types three categories paper investigates novel method important implications dc voltage approximately 48
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