我们的实验是利用飞行时间质谱仪在激光作用下研究苯甲醚的多光子电离质谱能够得到苯甲醚分子的解离通道及机理。
We study the dissociation channel and mechanism of anisole in the experiment using the time of flight mass spectrometer with the interaction of laser.
在室温模拟环境下，对主要影响温度测量精度的炉内声波飞行时间的测量进行了实验研究。
In the simulating environment, experimental research was done for measuring time-of-flight of the sound waves in the boiler which have major effect on the temperature-measurement precision.
本工作涉及充气飞行时间探测器的工作原理和实验测量结果。
The paper concerns in the principle and the experimental results of gas-filled time-of-flight detector.
详细介绍了短程飞行时间吸收谱测量冷原子温度的基本模型和实验方法。
The basic model and the experimental measurement method of short-distance time-of-flight absorption spectra for determining the temperature of cold atoms are described.
本工作涉及充气飞行时间探测器的工作原理和实验测量结果。
The paper concerns in the principle and the experimental results of gas-filled time-of-flight(GF-TOF) detector.
实验测量是用具有高角度分辨率和时间分辨率的多参数飞行时间测量系统完成的。
High angular resolution for fragment measurements and high energy resolution for neutron measurements were obtained using multi-parameter TOF spectrometer.
实验表明，共振增强多光子电离加飞行时间技术研究原子、分子光谱其灵敏度与分辨率远高于常用的激光感生荧光方法。
The experimental result shows, the resolution and sensitivity of REMPI and TOF mass spectrometer technique is higher that of laser induced fluorescence method (LIF).
实验测量是用具有高角度分辨率和时间分辨率的多参数飞行时间测量系统完成的。
High angular resolution for fragment measurements and high energy resolution for neutron measurements were obtained using multi-parameter TOP spectrometer.
给出了为RHIC-STAR飞行时间探测器设计的多气隙电阻板室（MRPC）的辐照实验结果。
We present the results of an aging test on two six-gap multi-gap resistive plate chambers (MRPC) designed for the RHIC-STAR TOF system.
提出在实验室条件下测量飞行时间和滞后时间的方法；对它们的实测值和计算值作了比较。
The methods for measuring flight time and delay time under laboratory conditions are described and a comparison between measured and calculated values is made.
文章提出了低压射频等离子体实验设计体系，应用飞行时间谱仪和Langmuir单探针，测得Langmuir型V - I曲线，其中包括等离子体温度信息。
The paper discusses the design of the experiment of low press radio-frequency plasma, using TFS and Langmuir to get V-Icurve including temperature of plasma body.
本文介绍了本实验室研制的瞬短脉冲辉光放电飞行时间质谱仪。
A new system, micro-second pulsed glow discharge time-of-flight mass spectrometer, has been built up in our laboratory.
根据实验参数进行了符合效率计算，该实验方法可用于微量气体元素甚至同位素的绝对含量分析，较单独的飞行时间谱更加可靠。
The coincidence efficiency was investigated. This measurement can be used to analyze absolute content of gas atom, even of isotopes. This method is more reliable than the Time-Of-Flight spectra.
根据实验参数进行了符合效率计算，该实验方法可用于微量气体元素甚至同位素的绝对含量分析，较单独的飞行时间谱更加可靠。
The coincidence efficiency was investigated. This measurement can be used to analyze absolute content of gas atom, even of isotopes. This method is more reliable than the Time-Of-Flight spectra.
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