| 1. | Capacitive coupled plasma en - hanced cvd system
电容性耦合等离子体增强 |
| 2. | Application guide for capacitance current switching for ac high - voltage circuit breakers
交流高压断路器用电容性电流开关的应用指南 |
| 3. | Further more , the distribution of electric field in cable termination is analyzed as cavities reside on the interface of a capacitive and a nonlinear resistive material
进一步分析电缆终端中电容性和非线性电阻性材料知其分界面处含有气隙时的电场分布。 |
| 4. | The result reveals that the stress control tube comprising a composite structure of the nonlinear resistive and capacitive material shows the best performance in improving electric field distributions in cable terminations
分析结果表明，采用由电容性和非线性电阻性材料复合绝缘结构的应力控制管时，电缆终端的电场分布最为均匀。 |
| 5. | The research is focused on the influence of the size of the coupling port , coupling line and the capacitive metal rods in cutoff waveguide on the gap impedance
研究结果表明：模双间隙腔连接截止波导段的耦合口的尺寸主要影响输出腔的外观品质因数，而耦合接头的粗细和电容性销钉的大小和插人深度对截止波导滤波器的调谐具有重要影响。 |
| 6. | The basic principles still apply : ground impedance must be as low as possible , high level and low level signals must be separated so that they do not interfere with each other , and capacitance and mutual inductance coupling must be avoided
前文提到的原理仍然适用：地线阻抗要尽量小，大功率信号和微弱信号要分开布置以避免串扰，一定要避免电容性耦合和电场耦合。 |
| 7. | The result reveals that the stress control tube comprising a composite structure of the nonlinear resistive and capacitive material shows the best performance in uniforming the electric field distributions in cable terminations under impulse voltage
分析结果表明，在冲击电压下电缆终端采用由电容性和非线性电阻性材料复合绝缘结构的应力控制管时，电场分布最为均匀。 |
| 8. | The antenna design is based on using capacitive loads and slits on two crossed narrow patches with via fed - through feed system , which can reduce the size of the antenna , improve the isolation between two ports and keep considerable bandwidth respectively
通过电容性加载减小整个天线的尺寸，通过在天线上开槽来增加天线端口之间的隔离度，采用viafed - through的馈电方式。 |
| 9. | To explain this , we ' re going to avoid the idea of impedance ( which has resistive , capacitive and inductive components , some of which vary in effect by frequency , thus varying the actual loading ) and use pure resistance to describe the concept
为了便于解释，我们准备暂时避免使用阻抗这一概念，因为它有电阻性、电容性和电感性成分，而其中一部分会随着频率的变化而变化，从而改变了实际的负载。 |
| 10. | This text research the digitalization monitoring method for the medium loss of electric capacitive equipment : the harmony wave analytic approaches , and then adopt the method to test in scene . the result indicate that this method using in the medium loss testing have higher stability and accuracy
本文研究了电容性设备绝缘介质损耗的数字化监测方法：谐波分析法，并采用谐波分析法在现场进行了测试，结果表明该方法在介损测试中具有较高的稳定性和准确性。 |
