In mechanism experiment, -0.400V (SCE) was set as a experimental potention that is very common in cathode current protecting.
阴极电流法机理的研究采用常规阴极保护范围内较为适中的-0.400V(SCE)作为实验电位。
参考来源 - 阴极电流法防治温带海域藤壶污损的研究·2,447,543篇论文数据,部分数据来源于NoteExpress
Note that the relatively large cathode current of the TL431CLP requires correspondingly small values of R7 and R8.
注意到TL431CLP产生较大的阴极电流需要相应阻值较小的R7和R8。
You must take this difference in the magnitude of the cathode current into account when selecting values for R7 and R8.
在选择R7 和R8的阻值时,你必须考虑这两种不同大小的阴极电流的区别。
Using beam emission models, the influence to the magnetron characteristics by the cathode current destiny can be obtained.
利用磁路电子注发射方式针对不同的阴极发射电流进行了动态模拟,得到了不同发射电流条件下磁控管的工作特性。
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