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1·The dielectric surface may take various shapes.

电介质表面可采用各种形状。

2·In this paper, main influential factors on dielectric surface discharge in transformer oil are discussed.

介绍了影响固体绝缘材料在变压器油中沿面放电特性的主要因素。

3·Reflux of electron of high voltage vacuum diode is one of the main factors to cause the dielectric surface flashover.

真空高压二极管中的电子回流是造成绝缘子表面闪络的重要因素。

4·These charges on dielectric surface are mostly high energy electrons, which affect plasma chemical reaction observably;

沉积在电介质表面的电荷主要是能量较高的电子，它们显著地影响着等离子体化学过程；

5·There exist the charging effects because of charge accumulation at the surface of dielectric, which decrease the dielectric surface potential and the ion implant energy.

在介质表面存在电荷积累引起的充电效应，这降低了介质表面电势和离子注入能量；

6·The lens consists of an array with any curved surface of revolution, or of dielectric material.

该透镜由任意旋转曲面形阵列或介质材料构成。

7·Dielectric barrier discharge (DBD) can be applied to modify polymer surface to improve its wettability and adhesive strength.

介质阻挡放电(DBD)处理聚合物表面可有效提高其亲水性和结合强度。

8·A theoretical approach analyzing electrical performance for dielectric loaded du al-layer Frequency Selective Surface (FSS) configuration with dissimilar lattice and element geometries is proposed.

提出了一种研究不同栅格及单元外形并有介质加载的双层频率选择表面（FSS）电性能的理论分析方法。

9·This paper discussed the basic form of the wave-vector surface and normal mode of nonreciprocal gyrotropic dielectric tensor.

本文讨论了这类非互易旋光张量下的波矢面及简正模的基本形式。

10·The dielectric barrier surface discharge process is simulated using Poisson's equation and drift-diffusion equation and the distribution history of electron, ion and electric field is gained.

采用泊松方程和漂移-扩散方程对介质阻隔面放电进行数值模拟，得到了电子、离子以及电场分布随时间的变化。