电容放电点火过程实质是电容对RL电路的振荡放电过程。
The ignition of capacitor discharge is a process of oscillation by capacitor discharging to RL circuit set.
本文研究了氖气压、输入电压、管壁温度和放电管气氛对铜蒸气激光器振荡—放大链最佳延时的影响。
Influence of Ne pressure, input voltage, wall temperature and discharge tube atmosphere on optimal delay of the CVL oscillator - amplifier chain is studied.
讨论了一些影响放电电压大小及频率的电源参数，如供电电压、控制信号占空比、振荡电路的电阻和电容等。
Some factors affecting the frequency and magnitude of power supply, such as supply voltage, duty of control signal, the resistance and capacitance of oscillation circuit are discussed.
阻尼电阻r 6：对火花放电电流起缓冲作用，并阻尼高压输出回路中lc分布参数引起的寄生振荡。
Buffer resistance R6: playing buffer effect on spark discharge current and hindering. The parasitic vibration brought by LC distributing parameters of high-voltage output loop.
对影响放电电压大小及频率的电源参数进行了讨论，如供电电压、控制信号占空比、振荡电路的R和C等。
Some parameters affecting the frequency and magnitude of power supply, such as supply voltage, duty of control sigal. the R and C of oscillation circuit are discussed.
区别于现有的微欧仪，本设计采用由电容组成的二阶振荡电路做脉冲电源对开关进行放电。
In this thesis, switchgear test power is supplied by a pulse power, composed of a second order oscillating circuit including a capacitance.
目的：研究噪声对阈下膜电位振荡和神经元放电的影响。
AIM: To study the effects of noise on the subthreshold membrane potential oscillation (SMPO) and firing of neurons.
过渡区中可以出现锯齿和MHD振荡两种放电状态。
Both sawtooth and MHD-oscillation discharge status can appear in the transition region.
从理论上对单脉冲放电通道的等离子体振荡特性进行了分析，发现其振荡频谱包含了金属晶格振动的本征频率。
The plasma oscillation spectrum of electrical discharge channel is analyzed, and the eigenfrequency of metal crystal lattice vibration is discovered in the spectrum.
分析表明：变压器油中的放电不稳定，放电脉冲存在振荡分量；
Results show that, the PD pulse in oil is instable and oscillatory.
采用开关元件控制的恒流充放电是产生稳定非正弦振荡波的主要方法。
Constant current charging by switch control is the main method to generate non-sinusoid oscillation waveform.
需要合理选择滤波器电阻使之既能具有较小的功耗同时使放电振荡较小。
Therefore, it is significant to design the filter, with low power loss and great inhibiting oscillation effect.
电晕放电频率的15 - 25千赫完成高效率能量转移作为在电子振荡之间的差距电极。
Corona discharge at frequencies of 15-25 kHz accomplishes high efficiency energy transfer as electrons oscillate in the gap between the electrodes.
在火花试验装置上进行爆炸试验，得到本质安全复合电路的放电波形，发现电弧电压基本维持在最小建弧电压，而电容电流随着电路参数的不同而发生振荡。
It was found that when the capacitive ignition occurred, arc voltage will keep minimum arcing voltage, but arc current possibly attenuates in sinusoidal form with different circuit parameters.
指出了在单次脉冲放电时，可能出现多次击穿，且每次击穿的通道呈高频振荡和跳跃状态。
The view is that several breakdown times can be generated during one pulse time. Besides this, every breakdown path shows high frequency generation and jump.
噪声可以降低阈下膜电位振荡发生的膜电位水平，有利于神经元产生阈下膜电位振荡和放电，从而提高神经元的敏感性。
Noise reduces the level of membrane potential of generating oscillation and firing. Noise helps neuron to generate oscillation and firing, thus improving the sensitivity of neurons.
放电振荡中的反峰电压：（3）振荡频率；
在典型的R LC振荡放电电路中，引入5 5 5时基电路和水银继电器作为控制电路，设计了阻尼正弦瞬变信号发生器。
In typical R-L-C resonance circuit, the 555-time-circuit and mercury relay are used as control unit. A damped sinusoid source is designed. It has been proved that the source satisfies our request.
模拟的ENSO位相转换机制与 “充电—放电” 概念模型相符合，赤道太平洋热含量的变化是维持ENSO振荡的机制。
The negative feedback of ENSO is explained by the "Recharge-Discharge Oscillator" theory, in which the change of the equatorial Pacific Ocean heat content acts as an important transitioner for ENSO.
模拟的ENSO位相转换机制与 “充电—放电” 概念模型相符合，赤道太平洋热含量的变化是维持ENSO振荡的机制。
The negative feedback of ENSO is explained by the "Recharge-Discharge Oscillator" theory, in which the change of the equatorial Pacific Ocean heat content acts as an important transitioner for ENSO.
应用推荐