The basic theories, the characteristics and the woking process of the extended interaction oscillator were introduced. A type of EIO was simulated using PIC. The effect of the cathode voltage, the radius of the electron beam, the number and the period length of the resonant cavity on the output power, frequency and conversion efficiency were analyzed.
分析了扩展互作用谐振腔的工作原理、特点以及工作过程，并利用PIC粒子模拟程序对其进行了数值模拟，分析了阴极电压、电子注半径、谐振腔个数以及谐振腔周期长度对输出功率、频率及转换效率的影响。
Under low applied voltage, the recombination of carriers coming from cathode and anode can produce intense light output.
自1987年以来，OLEDs获得了飞速的发展，并很有希望成为下一代显示器的主导。
Under low applied voltage, the recombination of carriers coming from cathode and anode can produce intense light output. Organic light emitting diode has the merit of LCD and CRT.
透明OLED可以用在头盔显示，挡风玻璃式显示以及类似的场合，还可以利用堆栈式结构的透明有机电致发光实现高分辨率的彩色显示。
This output voltage after voltage-division resistance differential pressure, feeds back to the erroneous amplifier cathode input end.
这个输出电压经过分压电阻的分压后，反馈到误差放大器的负极输入端。
Computer occur in the near future, in order to plotter and cathode-ray tube screen graphics output, then the birth of the computer graphics.
计算机出现不久，为了在绘图仪和阴极射线管屏幕上输出图形，计算机图形学随之诞生了。
The main softcopy output devices are cathode-ray video screens and flat video screens.
主要的软拷贝输出设备是阴极射线管显示屏和平板显示屏。
Results and Conclusion The experimental results indicate that the output pulsed high voltage of the generator can meet the demand of the cold cathode X-tube.
结果与结论实验表明该发生器的输出脉冲高压能满足冷阴极射线管的要求。
Spot size is slightly smaller than the original telecine equipment Cathode Ray Tube and light output is essentially the same.
光斑尺寸略小于原来的电视电影设备阴极射线管和光输出本质上是一样的。
A resistor is connected between the output end of the live wire and the output end of the earth wire, another resistor is connected between the output end of the null line and the input end of the earth wire, a neon lamp in a photoelectric coupling switch is connected at the two ends of the earth wire switch in parallel after being connected with the resistors in series, one end of a light sensitive resistor in the photoelectric coupling switch GR2 is connected with the anode DC+ of an integrated circuit IC power in the creepage protector, the other end of the light sensitive resistor is connected with the anode of a diode D3, the cathode of the diode D3 is connected with the triggering pole of the silicon-controlled rectifier SCR in the creepage protector, the neon lamp and the light sensitive resistor are positioned into a dark box, and a small hole which avoids the light sensitive resistor is formed on the dark box.
一种防止地线触点未导通的全能安全插头，包括各带开关的地、零、相三线接线和由零序互感器、脱扣器、放大器、整流器、试验回路和可控硅组成的漏电保护器，所述的火线输出端、地线输出端间连接电阻，所述的零线输出端、地线输入端间串接电阻，光电耦合开关内的氖灯与电阻串联后并联在地线开关两端，光电耦合开关GR2内光敏电阻的一端与漏电保护器内的集成电路IC电源正极DC＋连接、光敏电阻的另一端与二极管D3的正极连接，二极管D3的负极与漏电保护器内的可控硅SCR触发极连接，氖灯和光敏电阻置于暗箱中，暗箱上开一避开光敏电阻的小孔。
Second, comparing to the axial virtual cathode oscillator, the coaxial virtual cathode oscillator has been studied by PIC simulation method in detail. With the conclusion of the principle of the coaxial virtual cathode oscillator, we has brought forward one new kind of coaxial virtual cathode—radial three-cavity coaxial virtual cathode oscillator whose peak period-averaged power reaches 2.45 GW and the beam-wave conversion efficiency is about 12%. The output microwave has high mode purity and narrow bandwidth.
二、以轴向虚阴极振荡器为参照，对同轴虚阴极振荡器进行了较为细致的粒子模拟研究，并在总结同轴虚阴极振荡器产生微波机理的基础上，提出了一种全新的同轴虚阴极振荡器—径向三腔同轴虚阴极振荡器，其输出微波功率高达2.45GW，效率约为12％，较以往虚阴极振荡器大大提高，其输出微波频谱和模式也非常纯净。
According to polarization curve and power curve, the low power output and apparent activation loss in the cathode suggested an unsuitability of using H2O2-producing MFC to generate energy.
通过极化曲线以及功率曲线发现，反应器的输出功率较小，并且阴极存在较明显的活化损失，所以该系统不适于能量输出。
To thoroughly understand the principle of the coaxial virtual cathode oscillator, the microwave output patterns of coaxial vircators were studied by theoretical analysis and numerical simulation.
为深入理解同轴虚阴极振荡器的工作原理，结合同轴虚阴极振荡器的实验结果，通过理论和数值模拟分析了同轴虚阴极振荡器微波输出模式。
In addition, compared with the case of the stainless steel cathode, the plasma expansion velocity for the carbon fiber cathode is slower and the pulse duration of output microwave can be widened by using the carbon fiber cathode.
此外和金属阴极相比较，处理后碳纤维阴极具有较慢的等离子体膨胀速度（≤1cm/μs）并使该实验用微波源具有较宽的微波脉冲输出（≥200ns）。
In this experiment, when the flow fields of anode and cathode interdigitate, the water management inside the cell can balance the water inside it and the output characteristic of it appears to be the best.
本实验中电池阴阳极都为交指流场时，电池内部水管理可以很好的控制电池内部水平衡，电池输出特性最好。
The basic organic light-emitting device (OLED) consists of a number of ultra-thin organic layers between two electrode. Under low applied voltage, the recombination of carriers coming from cathode and anode can produce intense light output.
有机电致发光器件（OLED）采用有机薄膜作发光层，能够在低驱动电压下，产生强烈的电光效应。
The relationship between the ion output of filter and cathode arc current is determined.
测定了磁过滤弯管出口离子电流与阴极弧流的关系。
It is of great significance for main economic technical indexes to improve current efficiency, unit power consumption and reducing unit output ect to choose density of cathode current in designing electrolysis tank.
在电解槽型的设计过程中，如何合理选择阴极电流密度，对提高熔盐电解的电流效率、单位时间产量，降低单位电耗等主要技术经济指标具有十分重要的现实意义。
The lengthening phenomenon of the falling edge of a pulse at the output of a capacity loaded cathode follower
电容负载阴极输出器对脉冲波下降边缘的影响
Compared to DC discharge, RF discharge has many advantages, such as low exciting voltage, high efficiency, capable of high speed modulation, no cathode sputtering, high output power, long life, power supply for multi-waveguides, compactness, etc.
与直流放电相比较，射频放电具有激励电压低、效率高、易于快速调制、无阴极溅射、比输出功率高、寿命长、多个波导可共用激励电源、结构紧凑等诸多优点。
The influence of water temperature in a cathode tube on the output power of transverse flow CO2 laser is investigated. It has been shown that the increasing temperature of the cathode is advantageous to improve the discharge uniformity and stability.
本文研究了横流CO2激光器中阴极管的冷却水温对激光器输出功率的影响，指出提高阴极温度有利于改善放电均匀性和稳定性。