介质击穿

在介质击穿的情况下，出现了一种不同类型的加速。

In the case of dielectric breakdown , a different type of acceleration occurs .

电子器件氧化层ESD介质击穿物理模型研究

Research on Physical Model of ESD Dielectric Breakdown in IC Silicon Dioxide Films

ns脉冲液体介质击穿实验研究综评

Overview of Experimental Research on Breakdown in Liquid Dielectrics Under Nanosecond Pulse

热氮化对高电场下SiO2/Si界面稳定性和决定于时间的介质击穿均有改善。

At the same time , SiO2 / Si interface stability under high field and time-dependent dielectric breakdown characteristics are improved by thermal nitridation .

XRD测试结果表明制备的BST薄膜具有完整的钙钛矿晶体结构，相对介电常数超过150，介质击穿强度大于1.3MV/cm。

The film showed integrated perovskite crystal structure under the XRD test . The relative dielectric constant was over 150 and dielectric strength was larger than 1.3 MV / cm .

在集成电路绝缘氧化层ESD介质击穿物理模型的基础上，讨论了绝缘氧化层加上一次线性电场条件下发生介质击穿的机理。

On the basis of the physical model of ESD dielectric oxide breakdown of IC devices , this paper discusses the mechanism of ESD oxide breakdown when a first order voltage is applied across and oxide .

它们是热膨胀、汽化和介质击穿。

They are thermal expansion , vaporization and dielectric breakdown .

液体介质击穿机理研究进展

Progress in the Study of Breakdown Mechanism about Liquid Dielectric

电力电缆介质击穿特性和状态监测方法

Dielectric Breakdown Characteristic and State Monitoring Method of Power Cable

混粉电火花加工极间介质击穿机理的研究

Principle study of electric discharge machining breakdown dielectric by suspended powder fluid

快脉冲下液体介质击穿实验装置及击穿特性研究

Study on Breakdown Experimental Device and Breakdown Performance of Liquid Dielectrics under Short-Pulsed Conditions

空间电荷自身反电场的介质击穿理论及电荷发射屏的研究

Theory of dielectric breakdown caused by space charge effects and study of the charge emission shield

由介质击穿强度认识两个静电问题

Understanding of the Two Problems of the Static Electricity through the Degree of the Medium Puncture

其次，进行了抛光电极表面和添加乙二醇对加压水介质击穿影响的研究。

Secondly , influence of surface polish and glycol additive on pressurized water dielectric is studied .

在对绝缘介质击穿特性分析的基础上提出了一种电力电缆状态监测方法。

A state monitoring method of power cable based on the analysis of dielectric breakdown characteristic was presented .

激光致介质击穿产生等离子体的机理分析微细电火花加工中极间介质击穿机理的研究

Studies on the Mechanism of Laser Induced Material Breakdown and the Formation of Plasma Analysis of Dielectric Breakdown Mechanism in Micro Electrical Discharge Machining

导体带电意味着电子的得失，带电量的多少将受到介质击穿强度的限制，由于这种绝缘性能的限制，导体带电时导体的质量不会因为有限数目的电子得失而明显变化；

The conductor is electrified , which means the gain and the loss of electrons . The capacity of the electricity is limited by the degree of the medium puncture .

此外，在薄膜受到这些等离子体的辐射之后，测定了其电学性质，如泄漏电流、介电常数和介质击穿电压。

Further , the electrical properties , such as leakage current , dielectric constant , and dielectric breakdown voltage , were measured after the films were exposed to these plasmas .

但是，根据最新的实验研究发现，外加电场并不是介质击穿的必要条件，介质的击穿可以发生在空间电荷的脱阱过程中而与外加电场无关。

But , according to latest research achievement , it finds that applied field is not a necessary condition . Dielectrics breakdown can also occur during the detrapping process of space charge without applied field .

通过文献调研，本文阐述了快脉冲下液体介质击穿特性影响因素及液体击穿特性参数的理论预测，其目的是为高功率脉冲源的小型化设计提供绝缘依据。

By the literature survey , the influencing factors on breakdown characteristic and the theoretical prediction of breakdown characteristic parame-ters in liquid dielectrics is presented in order to provide some useful reference for the miniaturized design of HPW sources .

本文简要介绍了逾渗理论，综述了近年来逾渗模型在计算材料学中的应用，特别是在脱合金腐蚀、巨磁阻材料、栅介质击穿、导电复合材料等方面的最新研究进展。

This paper introduces percolation theory briefly , and reviews the applications of percolation model in computational materials science , especially new progress of percolation study on de-alloying corrosion , colossal magnetoresistance materials , gate dielectrics breakdown and electric conduction composites .

通过实验及其结果分析，本文的主要结论有：（1）设计的液体介质击穿模型及其测量系统满足实验要求，且分析得出了电极模型的静电场及峰值场强的估算公式；

Based on the test result , this paper proposed that : ( 1 ) Design the breakdown experimental device and measurement system that meet the experimental demand , and analyze the electrostatic field of electrode model as well as estimated formula of the peak field strength ;

含F栅介质的击穿特性研究

Breakdown Characteristics in Fluorinated Gate Oxides

PECVD法低温形成纳米级薄介质膜击穿特性的实验研究

Experimental study of breakdown characteristic of thin dielectric film in nanometre range formed by low temperature PECVD

本文介绍了几种新颖的微电子测试结构及其应用，诸如栅氧化物可靠性评估、薄介质层击穿以及预示MOS绝缘层的边缘效应。

The some novel microelectronic test structure and its application is described in this paper , such as the estimation of gate oxide reliability and breakdown of film dielectric layer , as well as presage of Mos insulation layer edge effect .

在1MV水介质自击穿开关降压实验的基础上，设计了用于脉冲功率装置的水介质输出开关，设计的最高运行电压为4MV，放电电流600kA。

A 4 MV water pulse forming line switch that would be used in a water pulse forming line machine was designed based on the experiments of the 1 MV water self-breaking switch . The designed breakdown voltage is 4 MV with a current about 600 kA .

薄介质膜击穿全过程的探讨

A research for the entire breakdown procedure in thin dielectric films

真空中高功率微波下介质材料击穿破坏的实验研究

Experimental research on damage of dielectric materials under high power microwave in vacuum

脉冲电压下的自击穿水介质开关击穿特性和电路参数实验研究

Experimental study on circuit parameters and breakdown properties of water switch under pulsed voltage

受激布里渊散射介质光学击穿的研究

Research on optical breakdown of SBS media