surface voltage

The thresholds voltage had different shift owing to the difference surface oxidation on a-Si thin films.

至于门限电压会因为非晶矽薄膜的表面氧化程度不同而有不同偏向.

The dielectric Loss is tested using the instrument of DETAL& 2000 and the dielectric loss obtained shows that it is negative at first and increases with higher testing voltage, furthermore becomes positive when sample surface is swamped.

利用DETAL&2000测试仪对电缆试样进行介质损耗角正切的测量试验，发现电缆试样的介质损耗角正切开始为负，但随着测量电压的升高逐渐增大，在试样发生表面击穿时，变成正值。

Experiments of bulk doping were developed to improve the surface hold off voltage of alumina insulators.

为改善氧化铝陶瓷绝缘子的沿面耐压能力开展体掺杂实验研究.

The damage of the cathode can be verified by measuring the surface temperature of the cathode rob head and the voltage reducing of the sub-bus-line.

通过测量阴极棒头表面温度及阴极小母线的压降可判断槽底是否破损。

STS results showed that the surface electronic properties of Pt-TiO_2/ ITO changed greatly and two novel types of tunneling current-bias voltage ( I-V) curves were obtained after calcination at 673 K in air.

STS研究发现，673K空气气氛中处理后，Pt-TiO2/ITO表面出现两类新的隧道电流-偏压曲线，TiO2的费米能级从导带边移向价带边，表明Pt和TiO2间发生了强相互作用。

To analyze the formation of surface discharge on a dielectric plate under positive nanosecond impulse voltage in air, a wire to plane electrode system with a barrier of negative film was used.

采用感光胶片作为阻挡介质的针-板放电系统，解析空气中固体电介质上纳秒正脉冲表面放电的形成过程。

The paper discusses the technique of increasing surface power voltage class from 380 V to 660 V.

本文就地面供电电压等级由380V提高到660V电压技术问题进行探讨.

The electric field intensity distribution over the tip surface was established through calculation with appropriate voltage boundary condition applied, and it was found that the electric field intensity was the strongest at the apex of the tip, and the field emission current was also the strongest there.

对模型的表面施加电压边界条件，计算得到尖锥表面电场强度分布，电场强度在尖锥顶点最强，场发射电流在此处也最强。

The anatase and rutile TiO_2 porous films were prepared directly on the surface of pure titanium by constant voltage and constant current anodic oxidation using sulphuric acid, pure titanium and pure copper as electrolyte, anode and cathode, respectively.

以硫酸为电解液，纯钛（TA1）为阳极，铜片为阴极，以恒压和恒流阳极氧化方式在钛表面直接获得锐钛型和金红石型TiO2多孔膜。

Pulsed DBDs take full advantage of the charges accumulated on the dielectric surface and thus two discharges are generated per single voltage pulse.

脉冲电压驱动的介质阻挡放电充分利用了介质表面的积累电荷，一个电压脉冲可以激发两次放电。