回旋管

W波段二次谐波突变复合腔回旋管数值模拟

Simulation of W-band second-harmonic complex cavity gyrotron with abrupt transiton

8mm波段三次谐波复合腔回旋管的非线性分析

A nonlinear analysis on 8mm band third-harmonic complex cavity gyrotron with gradual transition

回旋管电子枪CAD

Electron gun CAD of Gyrotron

本文给出了用4mm波段回旋管在HL-1装置进行的预电离实验结果。

Experimental results of preionization in the HL-1 tokamak are presented .

3mm波段二次谐波渐变复合腔回旋管的非线性模拟

Nonlinear simulation on 3 mm band second-harmonic complex cavity gyrotron with gradual transition

理论分析表明，Ka波段二次谐波连续磁调谐复合互作用回旋管的工作效率高达40%，磁调谐带宽为10%。

Theoretical analysis of a Ka-band second harmonic tunable gyro-BWO-KBB-TWT indicates that the device efficiency of 40 % and magnetic tuning bandwidth of 10 % are achieved .

研制了一个用于4mm回旋管的超导磁体，它的主磁场达到3T。

A superconducting magnet for gyrotron with 4mm wave length is developed , its main magnetic field reaches 3T .

磁体将与回旋管配合在HL&1装置上进行ECRH物理实验。

The magnet will coordinate with the gyrotron tube to do ECRH physical experiment on the HL-1 Tokamak .

该磁体与回旋管配合将用于HL&1装置开展ECRH实验研究。

The magnet will coordinate with the gyrotron tube to be used for ECRH physical experiments on the HL-1 Tokamak .

根据8mm三次谐波回旋管对电子枪的要求，采用综合法和分析法设计了该双阳极磁控注入电子枪。

The triode electron gun is designed and calculated according to the requirements for 8mm third harmonic gyrotrons by this method , which combines synthesis with analysis .

94GHz回旋管过模波导模式转换与传输

Overmoded waveguide mode conversion and transmission for 94 GHz gyrotron

94GHz二次谐波渐变复合腔回旋管研究

Study on 94 GHz Second-harmonic Wave Tapered Complex Cavity Gyrotron

在简单磁镜MM-2中，采用15GHZ大功率回旋管进行了电子回旋共振加热（ECRH）实验。

The ECRH experiment has been carried out on a simple mirror-MM-2 device by use of a 15 GHz high power gyrotron .

在回旋管输出30kW功率的条件下，适于建立热电子环的气体压力窗为（0.4&1.2）×10~（-5）Torr。

The gas " pressure window " for building a hot electron ring is ( 0.4-1.2 )× 10 ( - 5 ) Torr , as the gyrotron output is about 30 kW .

基于准光学腔回旋管（Gyrotron）的电子注结构及微波电路和潘尼管（Peniotron）的工作机理，本文提出一种新型的短波长毫米波器件&准光学腔回旋潘尼管。

On the basis of electron-beam configuration and microwave circuitry of Quasi-Optical Gyrotron together with the operational mechanism of Peniotron , this paper proposes a new kind of device operating at short millimeter wavelengths & Quasi-Optical Gyro-Peniotron at high cyclotron harmonic .

当频率提高到毫米波段（如大气窗口的8mm波段），基于相对论电子效应的回旋管中，工作在高次模式的谐振腔，受到谐振频谱密集及模式竞争现象的严重影响，性能发挥受限。

In range of millimeter wavelength ( such as 8mm ), resonant cavity operates in high order mode in gyrotron based on relativistic effect , where mode competition is a very important problem affecting its electrical feature and stability . Open cavity has some action for improving mode competition .

分别使用频率为34.34GHz和20.1GHz的回旋管系统从外侧和顶端注入微波，对CT-6B托卡马克等离子体加热，均观察到明显的加热效果。

Obvious heating effects have been observed in RF heating experiments on CT-6B tokamak , in which microwave beams of frequencies 34.34 GHz and 20.1 GHz generated by two gyrotron systems were launched from top and outside of the device , respectively .

在回旋管器件中工作模式通常为低损耗的高阶腔体模式，为了实现应用，必须将其转换成适合自由空间传播的线性极化的基模高斯束（TEM00模）。

The gyrotron devices operate in low-losses high-order cavity modes , which needs to be converted into a linearly polarized fundamental Gaussian wave beam ( TEM00mode ) in order to free space transmission for application .

内开槽结构高次谐波回旋管自洽非线性研究

Self-consistent Non-linear Theory of High Harmonic Gyrotron with Inner Slotted Structure

回旋管单阳极电子枪计算机辅助设计

Computer assistant design of a single anode electronic gun for gyrotron

回旋管器件在毫米波段的应用方面有着显著的优势。

Gyrotron devices are irreplaceable for the application in millimeters band .

指出了目前回旋管发射机存在的问题。

Finally , the problem in gyrotron transmitter is pointed out .

回旋管输出窗频率特性的研究

Study of the frequency response of output window in gyrotron

大半径同轴谐振腔太赫兹回旋管研究

Theoretical Study on a Large Radius Coaxial Cavity Terahertz Gyrotron

回旋管模式选择复合腔的设计分析

Design Analysis of a Mode Selective Cavity for Gyrotron Applications

回旋管动量离散的演化及其饱和机理

Evolution of Momentum Spreads in Gyrotron and Its Saturation Mechanism

一种回旋管新型复合开放式谐振腔的性能分析

Performance Analysis of a New Complex Cavity for Gyrotron

回旋管振荡器注波互作用的数值模拟

Numerical Simulation of Beam-Wave Interaction in the Gyrotron Oscillators

220GHz回旋管模式竞争分析和数值模拟

Mode Competition Analysis and Simulation of 220 GHz Gyrotron

突变复合腔回旋管自洽场理论与模拟

A self-consistent field theory and Simulation for complex cavity gyrotron with abrupt transition