cathode drop

cathode drop的基本解释

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[电] 阴极压降

与cathode drop相关的网络例句 [注：此内容来源于网络，仅供参考]

The results show that, there is no obvious variation of the influence of different collector bar installations on the cathode potential drop, but the current distribution will be relatively evener when the cathode collector bar is horizontally installed.

结果表明，不同的阴极导杆安装方法对导流槽阴极的总电位降大小没有明显影响，但是水平阴极导杆安装更有利于阴极表面电流密度的均匀分布。

When battery was rate-discharged, the cathode potential large drop caused by the aggravation of LiCoO〓 cathode polarization was main reason of battery's discharge capacity reduction and discharge voltage drop.

同时我们也比较系统地研究了MCMB/LiCoO〓电池的容量衰减机理、倍率放电时的限制电极及过充电过放电对电池性能、正负电极性能的影响。

Besides, the influences of different kinds of cathode blocks on the thermo-electric distribution in the lining were studied. The results showed that, with the increase of the content of graphite or the graphitized degree in the cathode blocks, the thermal gradient and voltage drop in the cathode decreased greatly; the liquidus isotherms moved toward the end wall and side wall in the vertical direction, but moved little in the firebricks.

此外，通过研究阴极炭块种类对内衬中电热场的影响，发现随着炭块石墨含量的增加，炭块的温度梯度、炭块中的电压降以及电解槽槽底电压降显著降低，电解质凝固等温线往槽大面和小面方向偏移，但在耐火砖内位置变化不大。

与cathode drop相关的网络解释 [注：此内容来源于网络，仅供参考]

cathode drop：阴极压降

阴极区电场强度intensity of the electric field in the cathode region | 阴极压降cathode drop | 阳极anode

cathode drop：阴极电压降

cathode dark space ==> 阴极暗区 | cathode drop ==> 阴极电压降 | cathode effect ==> 阴极效应

cathode drop：阴极电势降

cathode 阴极 | cathode drop 阴极电势降 | cathode efficiency 阴极效率

cathode drop：阴极势降

cathode dark space 阴极暗区 | cathode drop 阴极势降 | cathode fall 阴极势降

normal cathode drop：正常阴极电压降

normal category ==> 正规范畴 | normal cathode drop ==> 正常阴极电压降 | normal cathode fall ==> 常規陰極降下