Here is the gas discharge tube.
这里是个气体放电管。
He was doing experiments in a gas discharge tube.
实验是在一个气体放电管中进行的。
And what is inside the gas discharge tube is gas at low pressure.
气体放电管里，有处于低压下的气体。
And so if he gets the voltage high enough, this gas discharge tube will glow.
如果管中的电压足够高的话，气体放电管将会发光燃烧。
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。
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.
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。
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.
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。
A spark discharge between two electrodes produces an "ionised gas tube" in the xenon gas-filled lamp piston through which electric current flows which in turn causes the gas to light up.
在充满氙气的灯柱中的两个电极之间进行火花放电将产生“电离气体管”，电流通过该管流动，从而导致气体发光。
Each EEFL has a tube filled with a discharge gas.
各EEFL具有填充有放电气体的管。
Display unit: a visual means of showing characters; using a cathode ray tube, GAS discharge or other type of device.
显示器：一种视觉媒介，它用阴极射线、气体放电或其他装置来显现字符。
The estimation for the maximums of the gas temperatures in this tube and traditional sealed discharge tube is given. And a way to lower these temperatures is discussed.
从理论上估算了此种结构和传统的封离式结构中一定注入电功率下工作气体的最高温度，指出了降低该温度的途径。
The water-plugging device of large diameter tube used for water-finding comprises a water-plugging gas bag arranged circulating the frame, an inlet pipe or a discharge pipe is arranged in the frame.
这种大口径管道试水用堵水器的基本结构包括环绕支架设置的堵水 气囊，支架上设置进水管或排气管。
The optimum input power density is presented by analyzing and calculating the discharge tube gas temperature of a 100 W copper vapor laser to avoid the "black center of beam".
本文讨论了大口径铜蒸汽激光放电的纵向阻抗，给出了阻抗的解析表达式，具体计算了大口径铜蒸汽激光的放电感和电容。
The optimum input power density is presented by analyzing and calculating the discharge tube gas temperature of a 100 W copper vapor laser to avoid the "black center of beam".
本文讨论了大口径铜蒸汽激光放电的纵向阻抗，给出了阻抗的解析表达式，具体计算了大口径铜蒸汽激光的放电感和电容。
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