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1·High discharge current performance of lithium ion bettery is introduced.

研究了锂离子电池大电流放电性能。

2·The discharge current becomes small with decreasing voltage amplitude applied.

所加电压幅值减小，放电电流减小。

3·During the automatic control, the discharge current was automatically recorded.

在电流自动控制的同时，可对放电电流进行自动记录。

4·The function of optogalvanic density and the discharge current and pumped energy was given.

同时给出了光电流信号强度与灯的放电电流和泵浦能量的关系。

5·The secondary electron emission from the dielectric layer makes the discharge current increase.

绝缘介质层的二次电子发射，使放电电流增大。

6·In this region, its thickness and potential fall are mainly determined by discharge current and gas pressure.

在这一区域内，阳极位降、阳极位降区厚度主要由放电电流和气体压强所决定。

7·Measurement for partial discharge current is a important method of diagnosing insulation condition of electric power equipment.

局部放电测量是诊断电力设备线圈绝缘状况的一种重要方法。

8·Besides, researches and designs of the electrode and the battery were proposed for the high discharge current lithium ion battery.

并针对大电流放电锂离子电池提出了电极及电池设计研究方向。

9·The calculated results show that the line ZnO surge arrester can withstand the discharge current and the absorbed lightning energy.

分析表明，绕击时避雷器能够耐受雷电作用时的放电电流和吸收的雷电放电能量。

10·The value of surface roughness is influenced by discharge current which involves discharge energy, pulse duration and polarity effect.

在加工过程中，表面粗糙度会受到放电电流的影响，其中包括放电电流能量、电流脉宽及电流极性的影响。