实验是在一个气体放电管中进行的。
这里是个气体放电管。
放电管主要用于过压防雷保护。
Discharge tubes are mainly used for over-voltage protection.
紫外线通过放电管屏面上的荧光粉转变成可见光。
The ultraviolet light is then converted to visible light by phosphors on the surface of the discharge tube.
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.
本发明涉及驱动灯的装置和驱动放电管的方法。
The invention relates to a device for driving lamp and method for driving 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.
在半导体放电管的版面设计上提出了多元胞结构版图。
A novel multi cell structure for semiconductor arrester is proposed.
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.
放电管中的催化剂与放电反应器后的催化剂可以相同，也可以不同。
The catalyst in the discharge tube and the catalyst at the back of the discharge reactor can be the same or different.
结果表明，用火花电阻等效亚纳秒脉冲放电管击穿后的状态是合适的。
It is shown that after the HVSPDT breakdown its status can be equivalent to the spark resistance.
从能量守恒定律出发，分析了快速轴向流动激光器放电管中的传热情况。
From energy balance equation, using micropiece analytical method, heat balance equation for high power fast axial gas flow CO 2 laser tube is established.
设计了一种新颖的金属筒式加热器，使气体激光放电管轴向温度分布均匀。
A novel heater with a metal pipe was designed which is used encircling the discharge tube of a CuBr laser, resulting in homogeneous distribution of axial temperature.
本文讨论了氪离子激光器中紫色激光作用的工作原理，放电管的结构设计。
The operation theory of violet lasing in krypton ion laser and the construction design of the plasma tube are discussed.
在相同电路参数时，经模拟得到的放电管电流脉冲波形和实测的波形相一致。
The discharge current pulse of the laser tube obtained by simulation is consistent with that of experimental measurement on the same condition of circuit parameters.
该激光器以水冷分段铝片组成放电管，内径8毫米，有效放电长度300毫米。
In this laser the discharge tube with an inside diameter of 8mm and discharge length of 300mm is made of water-cooled segmented aluminium disks.
另外，对于半导体放电管转折电压的测试，设计出相应的转折电压测试板，并完成调试。
Besides, the test board which is used for testing the semiconductor arrester's breakover voltage is designed.
放电管：装有低压气体的封闭绝缘容器，当电极有足够的电压时，通过它电流就开始流动。
Discharge tube: a closed insulating vessel containing a gas at low pressure through which an electric current flows when sufficient voltage is applied to its electrodes.
半导体放电管是新一代抗浪涌保护器件，极间电容是其应用到高频环境下的一个限制因素。
Semiconductor arrester is a new type of surge protection device, which, however, has a large interelectrode capacitance, thus limiting its application in high frequency systems.
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.
采用译码器构成单总线控制，设计了智能电压源组成气体放电管直流击穿电压自动测试系统。
By using some encoders to construct 1-wire control bus, an intelligent power source is designed and the automatic test system of arrester direct current spark-over voltage is built up.
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.
本文研究了氖气压、输入电压、管壁温度和放电管气氛对铜蒸气激光器振荡—放大链最佳延时的影响。
Influence of Ne pressure, input voltage, wall temperature and discharge tube atmosphere on optimal delay of the CVL oscillator - amplifier chain is studied.
以DF为例，在一台单放电管电激励红外多波段激光器上测试了两种稀释剂注入方式下激光器的输出特性。
Output characteristics were tested under two diluent injecting methods on a single tube discharge excited infrared multi-band chemical laser by taking DF as a typical case.
实验表明，采用多电极和在放电管的入气端加一整流管能有效改善快速轴流CO_2激光器的放电均匀性。
Experiment has showed that the uniformity of discharge of fast axial flow CO_2 laser can be improved by a multiple electrode system and a fluid introducing tude in front of the discharge tube.
利用气体放电管的特性，实现了小灵通基站后备直流远供电源悬浮系统动力线碰触的检测；电路结构简单，实用性强。
The detecting circuit of power line touching of the suspension system of DC long-distance reserve power supply of PHS Cell Station was designed by the characteristic of gaseous discharge tube.
利用气体放电管的特性，实现了小灵通基站后备直流远供电源悬浮系统动力线碰触的检测；电路结构简单，实用性强。
The detecting circuit of power line touching of the suspension system of DC long-distance reserve power supply of PHS Cell Station was designed by the characteristic of gaseous discharge tube.
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