1) waveguide resonator
波导谐振腔
1.
Study of racetrack waveguide resonator filter fabricated by ion-exchange technique;
利用离子交换技术制备跑道形波导谐振腔滤波器的研究
2) microwave cavity
微波谐振腔
1.
The analysis and design for the microwave cavity in laser-cooled Rb fountain clock developed by ourselves were presented and the basic parameters of the microwave cavity developed were designed in this paper.
对自行研制的激光冷却铷原子喷泉钟的微波谐振腔进行了分析和设计,确定了需要的微波谐振腔基本参数。
2.
According to the modulation of mi-crowave cavity on different input signals,this paper judges the relationship between the frequency of input signal and the reso-nant frequency of microwave cavity through amplitude discrimination and phase demodulation,then,we use MCU to control the output frequency of VCO to .
根据微波谐振腔对不同频率输入信号的调制作用,通过鉴幅、鉴相判断输入信号频率与微波谐振腔谐振频率的关系,进而利用单片机控制压控振荡器(VCO)的输出频率,从而减小频率跟踪的时延,并实现频率跟踪的智能化。
3) microwave resonator
微波谐振腔
1.
When using a microwave resonator for steam wetness measurements,deposited liquid droplets form a water film on the resonance cavity s inner surface.
微波谐振腔法测量蒸汽湿度时,由于液滴的沉积在谐振腔内壁会形成一层水膜。
2.
The resonator plays a role of wetness sensor in the process of steam wetness measuring based on microwave resonator perturbation.
0软件,对用于汽轮机排汽湿度测量的微波谐振腔的腔体结构、腔体两端分隔器及谐振腔与波导的耦合结构进行了仿真设计及优化。
3.
Start with the choice of resonance model,introduces the practical process of structure design of microwave resonator in details.
微波谐振腔是微波密度传感器的核心部件,从谐振模式的选择入手,详细介绍谐振腔结构设计过程,以及为提高传感器灵敏度和稳定性而采取的措施。
4) Microwave resonant cavity
微波谐振腔
1.
The error of atmospheric structure explore equipments in common is bigger,based on the change principle of the resonance frequency of microwave resonant cavity when the medium enters into it is different,digital tester about atmosphere duct is designed.
由于常规大气结构探测设备的误差较大,根据开口微波谐振腔的谐振频率随流过腔内介质不同而变化的原理,设计了一种数字式大气波导测试仪。