本文研究了微波放电活化氚气法标记四甲基吡嗪。
Tetramethylpyrazine is labelled with tritium by microwave discharge activation (MDA)of tritium gas.
实验表明，这种微波放电装置是产生长程均匀放电激光等离子体柱的一种有效方法。
The experiment results show that this microwave discharge design is adequate to excite long uniform plasma column for gas lasers.
在高功率和激励器的作用下，矩形槽波导谐振腔微波化学反应器内的甲烷气体在常压下就可以产生微波放电，使甲烷转化成C2炔。
Under the effect of high power and actuator, it can form microwave discharge, and make methane to C2 alkynes in microwave chemistry reactor made of rectangular groove guide reactor under atmospheric.
报道了一种改进型的微波等离子体增强辉光放电(MPEGD)光源，并将这种级联光源用于固体导电样品的分析。
A novel microwave plasma-enhanced glow discharge (MPEGD) lamp was used as excitation source for the analysis of solid samples.
研究了KOH与煤比例、微波功率和辐射时间对活性炭比电容量的影响，并考察了煤基活性炭双电层电容器的充放电特性。
The influence of the KOH to coal in yield, power and radiation time of microwave were studied. Its charge-discharge performance of the coal based AC EDLC was studied.
介绍了星载微波设备低气压放电和微放电的机理，以及两种放电试验的异同点。
The mechanism of the low-pressure discharge and multipactor in satellite-borne microwave equipment, and comparison between two discharge tests were described in this paper.
本文报道了元素、化合物和放电灯在微波强场中产生的激发现象。
The exciting phenomenon which elements, chemical compound and electric discharge lamps produce in microwave strong field is reported.
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.
微波等离子推力器(MPT)的最大优点是微波在谐振腔内放电使工质形成悬浮的等离子体，没有电极的烧蚀与寿命问题。
Microwave plasma thruster can generate free-floating plasma brought about by microwave discharge breakdown gas in resonant cavity without the service life problem produced by electrode ablation.
使用光强标定的发射光谱（AOES）测量了CHF3/C6H6混合气体的微波电子回旋共振（ECR）放电等离子体中基团的分布状态。
The distribution of radicals in CHF3/C6H6 electron cyclotron resonance (ECR) plasma was investigated by an actinometric optical emission spectroscopy (AOES).
对空间微波重要部件矩形波导和方同轴线的微放电效应阈值进行了预测计算和对比。
The multipactor thresholds of rectangular wave-guide and square coaxial line were predicted and compared.
在相同条件下，相比传统结构的ICPS，渐变结构可以获得更高的Q值，并能激发出更强大的电场及磁场，提高了微波功率源到电感感应放电能量的转换效率。
Under same condition higher Q value and stronger field can be obtained by the gradient ICPS, which raises efficiency in converting the source power to field power.
在相同条件下，相比传统结构的ICPS，渐变结构可以获得更高的Q值，并能激发出更强大的电场及磁场，提高了微波功率源到电感感应放电能量的转换效率。
Under same condition higher Q value and stronger field can be obtained by the gradient ICPS, which raises efficiency in converting the source power to field power.
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