1) superconducting bridge
超导桥
1.
In the paper some experimental observation and investigation on microwave induced voltage across the high Tc superconducting bridge samples,which were made of superconducting bulk or thick film were reported.
本文报导了超导桥微波感应电压现象的实验研究。
2) superconducting bridge tunnel junction
超导桥隧道结
3) BSFCL
桥路型超导故障限流器
1.
Based on the integration principle of fault current limiting and energy storage, the bridge superconducting fault current limiter (BSFCL) and superconducting magnetic energy storage (SMES) are integrated into superconducting fault current limiter-magnetic energy storage (SFCL-MES) with just one superconducting magnet.
基于限流集成原理与储能集成原理,共用一个超导磁体,将桥路型超导故障限流器(BSFCL)与超导储能系统(SMES)集成于一体,构成了超导限流储能系统(SFCL-MES)。
4) Bridge Type Superconducting Fault Current Limiter
桥路型超导限流器
5) Double-bridge rectifier type high temperature superconducting fault current limiter
双桥桥路型高温超导限流器
6) rectifier bridge type HTSCFCL
桥式整流型高温超导限流器
补充资料：超导桥（superconductingbridges）
超导桥（superconductingbridges）
将蒸发在金属或玻璃底片的超导膜上，用光刻技术将膜雕切，其间只留下μm量级长宽的部分相连形成搭桥式的结称超导桥。由于其临界电流与温度变化关系大，所以可蒸发叠加一薄层金属膜产生邻近效应，虽超导膜的超导性被弱化，但桥区尺度可增大，且弱性又取决于超导和正常层的厚度，故其性能变化范围可扩大。这种超导桥又称邻近效应桥。
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