conduction current

conduction current的基本解释

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[化] 传导电流

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

In this paper,the mechanism of TSC and parasitic conduction current is discussed.

热刺激电流法是在研究介质物理的基础上建立发展起来的，可用于研究介质的微观分子运动[3，4]。

Also, since the conduction current in MOSFET is formed with feeding through the inversion-layer channel by majority carriers, delay in relation to combination and storage of surplus minority carriers will not occur.

此外，因为MOSFET中的传导电流是通过多数载流子输运通过反型层沟道而出现，与过剩少数载流子的复合和存储相关的延迟不会出现。

It is studied on distribution of current conduction in electric field.

而采集的数据又是整个探测之根本，因此就要求我们在选取参数时要谨慎而科学。

Hence, it is necessary to handle the lateral current conduction to alleviate local hot spots formation as device operated.

因此，妥善的处理横向传导电流，避免元件在操作时产生局部过热的现象是不可或免的。

Skin effect is current conduction along only the outer surface of a conductor at high frequencies.

趋肤效应是指在高频下仅通过导体的外表面进行传导的电流。

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

conduction current：传导电流

亦即,我们磁场耦合是因为传导电流(conduction current) 之电感性效应而产生. 在此例中,由傅立叶(Fourier)分析,一个简单方波之谐波频率成分包含有基频以及所有的奇之谐波就会受到影响. 图2-4 显示的是一典型梯形脉波(trapezoidal p ulse)之频谱率以上之频谱会以20dB/十度(decade)之速度降低,

conduction current：电导电流

电化电流 electrification current | 电导电流 conduction current | 极化电流 polarization current

conduction current：极化电流

electrification current 电导电流 ]G nS_A | conduction current 极化电流 bV~FI6ki | polarization current 介电常数 -s.\\IsJ?B

conduction current：傳導電流= 傳導電流

conduction band 傳導帶,電導帶= 導帶 | conduction current 傳導電流= 傳導電流 | conductor 導體

decaying conduction current：衰减传导电流

decaying ==> 衰减,衰退 | decaying conduction current ==> 衰减传导电流 | decaying current ==> 减幅电流,衰减电流