microwave attenuation meaning in Chinese
微波衰减
微衰减
Examples
- Verification scheme of rf and microwave attenuation measuring instruments
射频与微波衰减计量器具检定系统 - This paper calculates the 94ghz and 37ghz attenuation in various model atmosphere by using liebe ' s algorithms , and also the microwave attenuation of cloud by using rayleigh ' s approximation
本工作中采用大气对微波衰减的liebe算法计算了多种模式大气中94ghz和37ghz衰减(吸收) ，用rayleigh散射近似计算云对微波的衰减。 - Otherwise it decreases with the dielectric constant . since the direction of the particle chains is different from that of microwave transmission , which was considered to have different effect on microwave attenuation . two different erf containers for measuring the microwave transmittance were made
考虑到微波传播方向与电流变液颗粒链方向不同会造成微波衰减的不同，因此设计并制作了两种用于测量电流变液微波透射率的电流变液样品盒。 - With certain field strength , an increase in the space length of electrodes can increase the microwave attenuation . however , the increase of space length of electrodes can increase the microwave attenuation that is adjusted by unit space length of electrodes in a nonlinear way
此外，对不同电极间距下batio _ 3电流变液微波衰减研究表明：相同电场强度作用下，电极间距的增加不仅可有效提高微波衰减的幅度，而且其单位电极间距调控微波衰减的幅度也增加、且是非线性的。 - The phenomenon that the microwave transmission could be adjusted in er fluids can be attributed to the changes of the structure and the dielectric properties of er fluids under the electric field . especially , the structure change of batio3 er fluids in coordination with the polarization of batio3 can be responsible for the adjustable character of microwave attenuation in batio3 er fluids
认为在外电场作用下，电流变液结构转变和介电性能的变化是导致微波透射率可调控的主要原因，而对于batio _ 3电流变液更体现出了结构致介电常数的变化和batio _ 3自身极化机制的协同效应。