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1·Pulsed streamer discharge can generates high energy electrons with energy higher than 11.

脉冲流光放电产生的大于等于11。

2·The spiral and target patterns have been observed in dielectric barrier streamer discharge by using water electrodes.

采用双水电极实验装置，对大气压氩气介质阻挡放电中的靶波与螺旋波斑图进行了观察测量。

3·While nitrogen is inlet, it can form more stable streamer discharge, the streamer is little longer than that when oxygen is inlet.

通入氮气可以形成较为稳定的流注放电，流注长度也较氧气要略长一些。

4·The common models to explain APGD are electron avalanche model and streamer discharge model. APGD and DBD can be distinguished by voltage-current waveform and voltage-charge Lissajous figure.

重点阐述大气压下辉光放电（ APGD）技术的现状，解释了电子雪崩模型和流注放电理论，并以电压- 电流波形图和电压-电荷李萨育图鉴别介质阻挡放电与大气压下辉光放电。

5·The function of activated carbons and activated carbon fibers were investigated in the process of combined treatment of pulsed streamer discharge when used for degradation of organic wastewater.

在脉冲流光放电与活性炭或活性炭纤维联合处理有机废水过程中，对活性炭和活性炭纤维的作用进行了研究。

6·The procedure is based on a finite difference time domain(FDTD) scheme. The numerical results will offer theoretic reference for streamer discharge simulation or geometry optimization of reactor.

数值计算运用时域有限差分（FDTD）法，数值模拟结果为以后的反应器流光放电模拟及结构优化提供依据。

7·The streamer corona discharge in the experiment system was simulated with Monte Carlo simulation.

采用蒙特卡罗法针对本文实验系统进行了流光电晕放电的模拟。

8·Based on the streamer theory in gas discharges, nanosecond pulse discharge technology has been used to obtain good resolution images of COINS. Further potential applications are also presented.

根据气体放电的流光理论，采用纳秒脉冲放电技术，获得清晰的电晕放电的硬币成像图像，并展望其应用前景。

9·We have first developed a new kind of particle detector using petrolic gas, which is based on the SQS (Self-Quenching Streamer) discharge mode.

我们首次用液化石油气制成粒子探测器。它工作在SQS方式。