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1)  DID detector
放电离子化检测器
1.
Lox from air separation equipment evaporated by vaporizer is injected into the gas chromatogram which have gas purifier,DID detector,Hayesep S(30″×1/8″) column as configuration.
通过实验和数据说明了空分装置生产的液氧经汽化后进入配有气体纯化器、放电离子化检测器和H ayesep S 30″×1/8″填充柱的气相色谱仪,用纯化后的高纯氦作为载气,经色谱系统分离和检测,由色谱工作站采集数据并绘成色谱图,用高纯氦配制的乙炔标准气进行外标法定量,测定液氧中微量乙炔含量的方法。
2)  Helium discharge ionization detector
氦离子放电检测器
3)  PDHID
脉冲放电氦离子检测器
1.
In that method,gas chromatography with pulsed discharge helium ionization detector(PDHID-GC) is used to determine the traceable nitrogen,gas is sampled into chromatograph through a six-port valve and high purity helium is used as carrier gas,and the temperature of detector is set to 250 ℃.
针对高纯氩气中存在着微量氮难以分析的问题,采用脉冲放电氦离子检测器气相色谱法(简称PDHID-GC)测定氩气中微量氮。
4)  Pulsed discharge helium photoionization detector
脉冲放电氦光离子化检测器
5)  Ionization detector
离子化检测器
1.
In this paper, a microwave plasma torch (MPT) ionization detector for gas chromatography is studied while argon(Ar) is used as the plasma support gas.
用氩气为工作气体的微波等离子体炬(ArMPT)作为气相色谱的离子化检测器,在优化实验参数的基础上,考察和对比了氧气或氮气分别作为ArMPT的屏蔽气体时,该检测器的响应特性及相应的离子化机理。
2.
A self- designed direct current Plasma ionization detector(DCPID)was used to determine the carbon dioxide in air with he lium being used as carrier and support gas,the experimental parame-ters of HeDCPID affecting the determination of carbon dioxide were examined.
用改进的直流等离子体离子化检测器(DCPID)对空气中的二氧化碳进行测定。
6)  Photo-Ionization Detector
光离子化检测器
1.
Photo-Ionization Detector's Basic principle is introduced in brief, and it's possible practical application in liquid propellant stockpile environment monitoring is also analysed and discussed, the real design of the system project is drawn in this paper.
 简要介绍了光离子化检测器的工作原理,研究分析了利用光离子化检测器对火箭液体推进剂贮存环境进行实时监控的可能性,并设计出了切实可行的液体推进剂监测控制系统。
补充资料:射频放电检测器
分子式:
CAS号:

性质:用于气相色谱的一种放电检测器。其结构系由一金属圆筒和筒中央的一根金属丝所组成。在圆筒和丝之间施以射频交变电压(20~40MHz,2000kV)时,圆筒内气体(如,载气)即放电,使圆筒与丝之间有直流电通过。当流过圆筒的载气中出现组分时,此直流电压就发生亦会经而输出信号。

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