气体放电管

首先，作者分析了一些电磁干扰抑制器件，如：铁氧体磁芯、滤波器、气体放电管、ZnO变阻器、瞬态电压抑制器等。

A number of Protection Device , such as ferrite core , filter , gas tube arresters , metal oxide variators , transient voltage suppressors , are tested .

微波干涉仪测量气体放电管电子密度

Measurement of electron density of a gas discharge tube with microwave interferometer

分析了由气体放电管、电阻、暂态抑制二极管组成的BNC型信号电涌保护器的保护电路，对该保护电路进行了传输特性测试和标称放电电流的冲击实验。

The type of BNC signaling surge protection circuit , consisting of gaseous discharge tube , resistance , transient diode was analyzed .

本标准用于校准限温二极管噪声源、固态噪声源和气体放电管噪声源，校准精确度优于±0.1dB。

This standard may be used for the calibrations of limited temperature diode noise source , solid state noise source and gas discharge noise source . The calibration accuracy for these sources is evaluated to be better than ± 0.1 dB .

过电压保护气体放电管的进展及其应用

The Progression and Application of Gas - Filled Surge Arrester

这就是气体放电管放电的过程。

That is the operation of the gas discharge tube .

实验是在一个气体放电管中进行的。

He was doing experiments in a gas discharge tube .

GB/T9434-1988过电压保护气体放电管测试方法

Methods of measurement of gas discharge tubes for overvoltage protection

脉冲气体放电管特性测量实验

Measuring discharge characteristics of a pulsed gas discharge tube

气体放电管直流击穿电压自动测试系统的研制

DC Spark-over Voltage Auto-testing System for the Arrester

气体放电管里，有处于低压下的气体。

And what is inside the gas discharge tube is gas at low pressure .

这里是个气体放电管。

Here is the gas discharge tube .

我们在从气体放电管到，世界还有很长的路要走。

We have come a long way from the gas discharge tube to the heavens .

气体放电管收发开关

Duplexer of gas discharge tube

如果管中的电压足够高的话，气体放电管将会发光燃烧。

And so if he gets the voltage high enough , this gas discharge tube will glow .

本建议给出了用于限制电信线路过电压的气体放电管的导则。

This Recommendation provides guidance on the use of gas discharge tubes to limit overvoltages on telecommunications lines .

利用气体放电管的特性实现悬浮系统动力线搭接的检测；

Making use of the characteristic of the gas discharge tube to achieve suspension system detection of power line touching .

首先要做的就是让你们理解，气体放电管的物理学原理。

The first thing I have to do is give you understanding of the physics of the gas discharge tube .

试图用来协调气体放电管生产厂家、电信设备生产厂家或电信主管部门现行的或将来的规范。

It is intended to be used for the harmonization of existing or future specifications issued by gas discharge tube manufacturers , telecommunication equipment manufacturers or Administrations .

本文用3厘米微波干涉仪，以锁相放大器作检测器，测量了微波通过气体放电管时所引起的相移。

A 3 cm X-band microwave interferometer with a phase-locked amplifier as detector has been used to measure small phase changes as a microwave beam passing through the gas discharge tube .

综述了过电压保护气体放电管的结构性能和原理，着重论述了放电管设计和大规模现代化生产的方法。

This paper summarizes the construction , performance and principle of gas discharge tubes for overvoltage protection and reviews especially the methods of design and manufacture which are being used in the modern large scale production .

本文提出了用热像仪测量HeNe气体环形激光器放电管内气体温度的方法，并通过实验和计算得出了结果。

The method of measuring the temperature of the discharge gas in He-Ne ring laser by thermal image instrument was proposed in this paper , The result was gained by experiment and calculation .