resonant chamber meaning in Chinese
共鸣室
空腔共振器
谐振箱
Examples
- The factors which affect the spl : the square measure of diaphragm , the amplitude of vibration , magnetic field intensity , power , impedance , resonant chamber , the pattern and the thickness of diaphragm , and the holes
音量会影响声音大小的因素:膜片面积,振幅,磁场强度,功率,阻抗,音腔大小,膜片花纹/厚度,开孔 - The inlet pressure corresponding to the strongest effect is different with different resonant chamber . the results can provide a basis for applying the resonant chamber to enhance heat transfer , which has practical significance on rebuilding lots of heat exchangers
这对将共振腔应用于换热器上以提高换热效果是一个很好的理论依据，特别是对改造工程领域中众多的换热器具有积极意义。 - The effect of the resonant chamber is analyzed . during the experiment , fluid self - oscillation occurs under reasonable configuration and inlet waterpower parameter of resonant chamber , the intensity of the self - oscillation will be changed when the configuration and inlet waterpower parameters of the resonant chamber are changed
实验中发现在合适的结构参数和水力参数下，可以使流体产生自激振荡，当共振腔结构尺寸及进口流体的水力参数发生改变时，产生的自激振荡强弱也会随之改变。 - By the design of microwave electric field mode and microwave mode converter ( mmc ) , the thesis participated in equipping an domestic microwave plasma chemical vapor deposition ( mpcvd ) equipment with a quartz glass window and water - cooled stainless steel resonant chamber in 2450mhz / 5 kw , introduced the basic machineries and functions of the sub - systems , including microwave system , gas - route system , vacuum system , detecting system and safeguard system
论文通过微波场型和模式转换器的设计，参与建立了一套2 . 45ghz 5kw带有石英玻璃窗、水冷却不锈钢谐振腔的微波等离子体化学气相沉积( mpcvd )系统( mpcvd - 4型) 。论述了包括微波系统、气路系统、真空系统、检测系统和保障系统等结构的组成及基本功能。 - The heat transfer can be enhanced when the configuration and inlet waterpower parameter of resonant chamber are properly selected , the effect of heat transfer enhancement is different with different configuration and inlet waterpower parameter of the resonant chamber , and the strongest effect on heat transfer is found out , which can increase the heat transfer coefficient about 30 %
不同的尺寸和进口水力参数，强化换热的效果也不同，同时发现存在一个最好的强化换热效果，此时可以将换热系数提高30 %左右，对不同的共振腔，产生最佳换热所对应的进口压力略有不同。