1) ideal nonpolarizable electrode
理想不极化电极
2) ideal polarizable electrode
理想可极化电极
3) ideal polarized electrode
理想极化电极
4) ideal electrode
理想电极
5) non-polarizable electrode
不极化电极
1.
In order to substitute non-polarizable electrode with lead electrode and solve the stability problem of earth electric field observation in seashore area,we have performed two kinds observational comparison,which is shallow burying lead electrode with non-polarizable electrode and deep burying lead electrode with shallow burying lead electrode.
为使用铅电极替代不极化电极,以解决滨海地区大地电场观测系统稳定性差的问题,先后开展了浅埋的铅电极与不极化电极的大地电场对比观测,以及深埋铅电极与浅埋铅电极的对比观测试验。
6) solid nonpolarized electrode
固体不极化电极
1.
This paper describes the technological specifications and performances of the solid nonpolarized electrode,its application effects and its comparison with the same sort of devices produced both in China and abroad.
介绍固体不极化电极的技术指标、性能及其与国内外同类产品的比较和使用效果。
补充资料：理想不极化电极
分子式：
CAS号：
性质：能建立十分稳定的电势的电极。外电流通过电极时所引起的电极极化十分微小，当外电流消除时电极很快恢复到原来的稳定电势。常用的参比电极如甘汞电极、氯化银电极等，可认为是理想不极化电极。
CAS号：
性质：能建立十分稳定的电势的电极。外电流通过电极时所引起的电极极化十分微小，当外电流消除时电极很快恢复到原来的稳定电势。常用的参比电极如甘汞电极、氯化银电极等，可认为是理想不极化电极。
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