1.
Design of RF MEMS resonator components based on cavity structure
基于腔结构的射频微机械谐振元件的设计
2.
Calculation methods for the dynamic characteristics of rubber isolators under small amplitude harmonic displacement excitations
小振幅谐波位移激励下橡胶减振元件动态特性计算方法的研究
3.
Based on the above, parallel connection circuit including mutual inductance is studied to get the condition for realizing parallel-resonance.
在此基础上，对包含互感元件的并联谐振电路进行研究，得到实现并联谐振的条件。
4.
The Field Theory of Network (FTN) had studied series connection circuit including mutual inductance, and got the condition for realizing series-resonance.
场论说已经研究了包含互感元件的串联谐振电路，得到了实现串联谐振的条件。
5.
Among these microwave components ar-e: cut-off waveguides, open resonators, polarization-sensitive wire reflectors, etc.
那些微波元件主要有：临界波导，开口谐振器，极性敏感电线谐振器等等。
6.
The ceramic componets are made of high stability piezoelectric ceramics that functions as a mechanical resonator.
陶瓷元件由高稳定性压电陶瓷制成，其功能表现和机械谐振器一致。
7.
electrical resonance frequency of the moving element
运动部件电谐振频率
8.
36°YXLiTaO_3 Leaky surface acoustic wave resonators analysis by finite element method
36°YX钽酸锂漏波谐振器的有限元分析
9.
Finite Element Approach for Analyzing Continua under Harmonic Loads from the Base
连续体简谐基础振动有限元计算方法
10.
Ternary Harmonious English Teaching in Harmonious Society
和谐社会条件下的三元和谐英语教学
11.
Harmonic Oscillation Characteristic Analysis Software Development in Local Power Net;
局域电网谐波谐振特性分析及仿真软件研制
12.
Development and application of harmonic resonance analysis and assessment software
谐波分析及谐振评估软件的开发与应用
13.
A useful method for adjusting the plano-convex resonant cavity module
一种调校平-凸谐振腔组件的有效方法
14.
"Compound of Harmonic Vibration" CAI Courseware with Flash MX;
用Flash MX制作“简谐振动的合成”CAI课件
15.
Understanding of Designment of Physical Courseware-Decrease Syntony Libration by using Authorware;
用Authorware制作物理课件——简谐振动的体会
16.
Influence of physical properties of filler on resonant frequency of thermoacoustic apparatus
填料物性对热声器件谐振频率的影响
17.
Study of Nonpolaritons in a Kerr Nonlinear Optical Resonator;
克尔非线性光学谐振腔中非极化激元的研究
18.
Simulation of Microwave Field for Resonance Cavity of Air Depurant in Finite Element Method;
空气净化器谐振腔微波场的有限元方法模拟