真空灭弧室

介绍了126kV真空灭弧室的排气和老炼的研究过程，并阐述了烘烤排气和老炼去气的方法以及吸气剂与钛泵的应用。

The paper introduces the process of exhausting and ageing of 126 kV vacuum interrupter , and describes the exhausting and ageing methods of the vacuum interrupter and the application of absorbing agent and titanium pump .

屏蔽罩对真空灭弧室性能影响的研究

Research on the Effects of Shield on the Properties of Vacuum Interrupter

真空灭弧室CAD系统探讨

Discussion on the Vacuum Interrupter CAD System

基于SolidWorks的真空灭弧室零件参数化系统的研究

Research of the Parametric Design System for Vacuum Interrupters ' Parts Based on SolidWorks

利用X射线对气体分子的电离作用，在一定电压下用一束X射线照射真空灭弧室，使灭弧室内产生电离电流。

The remainder molecules in the vacuum tube will be ionized by X-ray irradiation , the ionization current can be detected at a constant DC voltage .

此外，通过监测真空灭弧室X射线的变化规律，探讨了真空灭弧室内部状态研究方面的应用。

In addition , through monitoring the changes of X-ray in the vacuum interrupter , the applications about the research of the internal state vacuum interrupter are discussed in this paper .

以三维造型软件SolidWorks2005为平台，采用参数化的设计思想，以VISUALBASIC6.0为开发工具，建立了真空灭弧室零件参数化系统。

Based on the SolidWorks 2005 environment and the theory of the parametric design with the support of the programming tool of Visual Basic , the parametric design system for vacuum interrupters ' parts is established .

126kV真空灭弧室的排气和老炼

Research on Exhausting and Ageing of an 126 kV Vacuum Interrupter

为提高10kV高压开关柜的可靠性，提出了母线连接处温度、动作时间、弹簧储能时间与真空灭弧室等真空度测量方法。

Methods for measuring temperatures at highpotential points . action time . spring energy storing time and vacuum pressure in vacuum interrupter are proposed .

给真空灭弧室触头之间施加纵向磁场（AMF），有利于抑制真空电弧的收缩，保证在大电流条件下真空电弧仍处于扩散电弧状态。

Axial magnetic field ( AMF ) contacts can prevent the vacuum electric arc from shrinking in the vacuum interrupters , and it can ensure the arc at diffuse arc state when at large breaking short-circuit current .

本文以动态绝缘为设计目标，提出高电压真空灭弧室的全程优化设计方法。V.C高；

Aim at the higher level of dynamic insulation design , a whole optimized design method for high voltage vacuum interrupters is proposed .

试验结果表明，采用该杯状纵磁场触头结构的真空灭弧室其电流开断密度较原结构有较大的提高，其短路电流开断能力与东芝公司的SADE结构相当。

The results indicated that the breaking current density using the new cup-type contact structure is much higher than that of original structure . Its breaking capability is similar to the SADE contact structure of Toshiba .

相似理论在真空灭弧室研究和设计中的应用

Application of Similitude Theory to Research and Design of Vacuum Interrupters

真空灭弧室冲击电压作用下的击穿统计特性研究

Statistical Property of Electric Breakdown in Vacuum Interrupters under Impulse Stress

真空灭弧室的一次封排工艺

One time Tube Sealing and Exhausting Technique of Vaccum Arc Chute

火花老炼对真空灭弧室绝缘强度的影响

Effect of Spark Conditioning Treatment on Electrical Strength of Vacuum Interrupters

真空灭弧室工频预击穿特性研究

Study on the Prebreakdown Characteristics of Vacuum Interrupters under ac Voltage

引起真空灭弧室击穿的面积效应的统计描述

Statistical Analysis on Area Effect of Electrical Breakdown in Vacuum Interrupters

调整真空灭弧室纵向磁场分布方法的研究

Studies on Method Optimizing Longitudinal Magnetic Field Distribution in Vacuum Interrupter

真空灭弧室真空度检测技术的现状和方法

Present Status and Development Trend of Vacuum Detection Technique in Vacuum Interrupter

提高真空灭弧室沿面耐压强度的软包硅橡胶方法

Study on silicone rubber applied to improve withstand voltage of vacuum interrupter

真空灭弧室中屏蔽罩电位动态测试及分析

Dynamic Test and Analysis of Shield Potential in Vacuum Interrupters

真空灭弧室设计和制造工艺概述与发展方向

Outline and Development of the Vacuum Interrupter Design and Manufacturing

永磁机构与真空灭弧室运动特性的匹配分析

Research and analysis matching analysis of vacuum interrupt and permanent magnet actuator

真空灭弧室的真空度测试与在线监测

On-line Measurement and Monitor of Vacuum Content in Vacuum Interrupters

真空灭弧室预击穿的测量与分析

Measurement and Analysis of Pre - strike in Vacuum Interrupter

真空灭弧室开断大电流后的绝缘劣化

Degradation in Insulation Strength after High-Current Interruption in Vacuum Interrupters

具有纵向磁场结构真空灭弧室的研究

Research on the vacuum interrupter with axial magnetic field construction

非平面接触永磁机构与双动式真空灭弧室探讨

Discussion on Permanent Magnetic Actuator With Non-Plane Contact and Double-Acting Vacuum Interrupter

真空灭弧室电压老炼新技术研究

The Investigation of a New Technique for the Spark Conditioning of Vacuum Interrupter