cavity resonator

The Numerical Calculation of the Quality Factor of a Cavity Resonator

关于谐振腔品质因数的数值计算

The small signal analysis of the transit time effect in the three cavity resonator

三腔谐振腔渡越时间效应的小信号分析

Research on the Wetness Measurement System Based on a Microwave Cavity Resonator

微波谐振腔测湿系统的研究

Study on high temperature dielectric properties of magnetic window materials by cavity resonator method

采用谐振腔法研究透波材料的高温介电性能

Microwave measurement of dielectric properties of ceramics by the closed cavity resonator method

闭腔谐振法测试微波介质陶瓷介电参数

The Solution of the Resonance Frequencies of a Cavity Resonator by Boundary Element Method

用边界元法求解金属谐振腔谐振频率

A simplified model for microwave plasma interaction in cylindrical cavity resonator is presented .

提出了一个谐振腔内微波与等离子体相互作用的简化模型。

Calculation of higher-order TM mode parameters of microwave cylindrical coaxial cavity resonator

微波同轴腔高阶TM模式参数的计算

Research on parameters of higher-order transverse magnetic modes in cylindrical coaxial cavity resonator

同轴谐振腔高阶横磁模式参数的研究

The conventional swept frequency method for measuring quality factor of a cavity resonator is limited in practical use .

传统的谐振腔品质因数扫频测量方法在实际测量时存在一定的限制。

A Research on Absorptive Coaxial Cavity Resonator Microwave Amplitude Equalizer

同轴谐振腔微波幅度均衡器的研究

This paper discusses the application of the boundary element method to the calculation of the resonance frequencies of a cavity resonator .

本文讨论边界元法在金属谐振腔自由振荡频率计算中的应用。

A TE_ ( Oin ) mode helical cavity resonator

TE（oln）模螺旋谐振腔

No need to adjust the optics system like traditional laser , such as cavity resonator windows mirror , crystal rod , liquid , optical filter .

不需要像传统的激光器那样进行光学装置调整或维护，如共振腔镜、晶体、液体、滤光片。

Research on Cylindrical Coaxial TM_ ( 81n ) Mode Cavity Resonator for Millimeter Wave Multi-beam Klystron

基于同轴TM（81n）模谐振腔毫米波多注速调管研究

Having the shape of a spheroid generated by rotating an ellipse about its shorter axis . ellipsoidal cavity resonator

扁圆的，椭圆的绕其短轴旋转椭圆而得到的球形的椭圆形旋转式空腔谐振器

Combined with the result of measure double end composite Nd : YVO4crystal thermal lens focal length , design and optimization the parameters of cavity resonator .

结合双端面复合Nd：YVO4晶体热透镜焦距测量结果，设计和优化了谐振腔参数。

We comprehensively introduce the research work of microwave disinfection and microwave thruster , and analyze the characteristic of the coaxial cavity resonator , especially its distributing of electromagnetic field .

对微波灭菌和微波推进领域的研究工作做较全面的叙述。较为详细地分析和介绍了电容加载同轴谐振腔的电磁特性，以及谐振腔体内部电场分布情况。

From the motion equations of the laser field , this paper analyses the photon gain and photon loss of the cavity resonator , and the influences on photon gain and photon loss given by mode volume .

从激光场的运动方程出发，分析谐振腔的光子增益和损耗，以及模体积对增益和损耗的影响。

The results show that NCl ( a1 Δ) se lf-annihilation has an important effect on the location of the cavity resonator , the profile of power density along the flow direction and the total power .

计算结果表明，NCl（a1Δ）自猝灭反应对光腔位置的选取、功率密度沿流动方向的分布和总输出功率都有较大的影响。

Resonant components are cylindrical cavity resonator , the manufacturing procedure of this resonator is very easy , and the resonator has a very high Q values , which could significantly reduce the phase noise of the oscillator .

谐振元件采用圆柱腔体谐振器，这种谐振器加工简单，而且具有非常高的Q值，能显著降低振荡器的相位噪声。

This paper presents a new design-the short radius cavity resonator He-Ne laser . The cavity parameters were chosen between 1.033 to 1.5 . The mode volume of He - Ne tube was decreased . The output power stability was increased .

本文提出一种新型设计&短半径腔He-Ne激光器，将腔结构参数选在1.033至回1.5之间，减小放电管内模体积，提高了输功率稳定性。

Based on the small perturbation theory of cavity resonator , the measuring principles of ferromagnetic resonance ( FMR ) linewidth of films grown by liquid phase epitaxy ( LPE ) and the possible sources of error are discussed .

本文在谐振腔微扰理论的基础上，讨论了液相外延生长的YIG薄膜铁磁共振线宽的测量原理及误差来源，同时也对我们所使用的铁磁共振波谱仪进行了必要的描述。

In this article , we not only discussed how to use the numerical method to calculate the loaded quality factor of a cavity resonator , but also discussed the effect on resonator diagram of the input impedance caused by the loss of resonant resistance .

本文讨论如何采用数值方法计算谐振腔的有载品质因数。讨论了谐振腔损耗电阻对输入阻抗谐振曲线的影响。

After analyzing the electromagnetic field distribution of the coaxial cavity resonator , it is found that there is a coupling between DR and coaxial cavity resonator , and the coupling coefficient can be controlled by changing the size of the window .

在分析了同轴腔谐振器的电磁场分布后，发现它可以和介质谐振腔实现磁耦合，并且耦合系数可以通过改变窗口的大小来控制。

This result also provides the data of scattering loss in cavity for resonator design .

这说明O2（~1△）经过冷阱后进入光腔的质量非常好，这个结果也为今后光腔设计提供了一个腔内散射损耗的数据。

The structure and performance of a complex cavity Micro-Electro-Mechanical-System resonator are analyzed with its electromagnetism equations established .

对圆柱形复合腔结构微机械谐振元件进行了设计研究，提出了一种基于柱形腔结构的微机械复合谐振元件的设计方法，并对其结构及特性进行了研究。

We also discusses the error of misalignment and mismatch caused by the laser cavity and ring resonator .

文中对于激光腔和环形谐振腔的模失配和失调问题也进行了讨论。

This paper presents the measurement of the effective line-width Δ Heff through the resonance frequency and the reflection coefficient of the resonator , using a reflecting cavity as frequency-stabilizing resonator .

本文提出采用反射式样品腔作为稳频腔，通过测试腔的谐振频率和反射系数求出有效线宽△H（eff）。

The mode coupling between laser cavity and ring resonator has been realized by using a spherical reflector . The results of frequency difference measurement for the elliptically polarized light and its experimental installation are presented . The nonlinear measuring errors by PZT have been eliminated through nonlinear coordinates transformation .

采用球面反射镜实现环形腔的本征模式与激光束注入模式的匹配，给出实验装置及偏振光频差测量结果，并通过非线性坐标变换消除了压电陶瓷PZT的非线性对测量结果的影响。