The theory of field-induced oxidation and the impact of bias voltage and pulse time on the nanofabrication were studied by AFM.
用原子力显微镜（AFM）研究了电场诱导氧化理论以及偏置电压和脉冲时间对加工结构尺寸的影响。
It is concluded that the height and the radius of nanostructures increase with the raising of the applied voltage and the pulse time.
随着外加脉冲偏压的增大、脉冲时间的增加，加工得到的点状纳米结构的高度和半径会随之增加。
CONCLUSION: Maximum of transformation efficiency is achieved by proportionating combination of electric field intensities and pulse time.
结论： 适当的场强和脉冲时间的组合可使转化效率达到最大值。
The view is that several breakdown times can be generated during one pulse time. Besides this, every breakdown path shows high frequency generation and jump.
指出了在单次脉冲放电时，可能出现多次击穿，且每次击穿的通道呈高频振荡和跳跃状态。
The influences of some relevant parameters on resonance ionization efficiency in the recent laser pulse time-delayed scheme were analyzed with the framework of time-dependent Schrdinger equation.
针对宁西京教授提出激光脉冲延时方案，在含时薛定谔方程理论框架下探讨了各种参数对激光共振电离效率的影响；
In this paper, we study the dewatering efficiency of tofu by using DC electroosmotic dewatering, different pulse-time electric fieldelectroosmotic dewatering and weight pressure.
本文在传统的重力压榨的基础上，又分别采用直流电场电渗透以及不等占空比电场电渗透来研究豆凝乳的脱水效果。
In this paper, we studied the effects of voltage and different pulse-time ratio on electric conductivity during the process of electroosmotic dewatering on samples of bean curd.
本文采用不等占空比电场对豆凝乳进行脱水，主要考察了电压的大小和不等占空比对豆凝乳电导率的影响。
In this paper, we studied the effects of voltage and different pulse-time ratio on electric conductivity during the process of electroosmotic dewatering on samples of bean curd.
本文采用不等占空比电场对豆凝乳进行脱水，主要考察了电压的大小和不等占空比对豆凝乳电导率的影响。
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