1) superconducting opening switch
超导断路开关
1.
In order to realize the rapid release of superconducting magnetic energy storage,a laser-triggered flux superconducting opening switch based on Meissner effect was designed and the pulsed power supply of inductive energy storage was constructed based on the opening switch.
为了实现超导环境下电感储能的快速释放,设计了一种基于Meissner效应的激光触发变磁超导断路开关,基于该断路开关的电感式功率脉冲电源采用外置工频供电常温充电器,采用LCC逆变电路,省去中间的高频变压器,逆变输出直接整流对中间储能电容充电、再由电容向超导电感放电储能的拓扑结构。
2) Semiconductor opening switch
半导体断路开关
1.
Experimental study on the characteristics of semiconductor opening switch;
半导体断路开关实验研究
2.
8MW,10kHz semiconductor opening switch pulsed generator
基于半导体断路开关的8MW,10kHz脉冲发生器
3) superconducting switch
超导开关
1.
According to the characteristics of superconducting inductive storage system and superconducting switch, the ideal structure of superconducting magnet and switch is presented, and the pulse forming network is designed also.
提出了利用超导磁储能系统(SMES)来提高电力系统稳定性、提供紧急备用电源和实现新概念武器脉冲电源的“一机三职”功能的基础上,研究了一种基于超导电感储能系统和超导开关的脉冲功率成形技术,探讨了超导脉冲功率技术需要解决的重要基础问题;并根据超导电感储能系统及超导开关特性,提出了超导磁体和超导开关的理想结构,设计了一种脉冲成形网络模型;通过控制外加电流触发超导开关失超来控制超导开关断路,实现高密度无损耗储能、可控脉冲整形,并在电阻负载下,进行了脉冲成形回路放电仿真实验,得到了较理想的脉冲功率输出。
4) opening switch
断路开关
1.
Study on magnetic field and electric current controlled opening switches based on high temperature superconductor;
基于高温超导材料的场控和流控式断路开关研究
2.
This paper presents the recent development of the pulsed power technology based on inductive energy storage (including Superconducting Magnetic Energy Storage, SMES) and its opening switch.
介绍了国内外电感储能 (包括超导储能 )高功率脉冲电源及断路开关的新近进展情况以及用功率电子器件或超导开关做断路开关的几种电路拓扑结
3.
This paper provides theoretical model and calculated results of exploding foil opening switch with three kinds of power conditioning circuit such as mode F, or mode FT, or mode TF.
给出了在单纯断路开关调节电路（Ｆ型）、断路开关－变压器调节电路（ＦＴ型）和变压器－断路开关调节电路（ＴＦ型）三种类型的电爆炸断路开关的理论模型和数值模拟结果，并对其性能进行对比和分析。
5) circuit breaker
断路开关断路器
6) Josephson junactions
超导开关[物]
补充资料：超导
在一定温度下导体电阻和导体内磁感强度突然变为零的现象。具有零电阻性和完全抗磁性的导体称超导体。导体从正常态过渡到超导态时的温度叫做临界温度或转变温度。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条