Carbon nanotube ( CNT ) arrays have prominent advantages for travelling wave tube ( TWT ) as cold cathode application .

碳纳米管阵列用于 行波 管冷阴极具有显著的优越性。

Design of Thermal Characteristics Simulation Platform for TWT 's Helical Slow-Wave Structures

螺旋线 行波 管慢波结构热特性计算专用软件开发

Numerical Simulation of Nonlinear Beam-wave Interaction Equations in S-band Coupled-cavity TWT

S波段耦合腔 行波 管非线性注-波互作用方程组的数值解

A High efficiency CW PPM-Focused TWT for ECM Applications

用于电子对抗的高效率、连续波、周期永磁聚焦 行波 管

This paper introduces the application of CPLD in monitoring and controlling system of TWT transmitter .

介绍了CPLD在 行波 管发射机监控系统中的应用。

Measuring set of gain of TWT

行波管增益测量装置

Multi-beam traveling wave tube ( TWT ) is a new type of microwave device with lower operating voltage wider operating band larger output power .

多注 行波管是一种具有工作电压低、瞬时工作带宽宽、容易实现大功率等优点的新型微波器件；

In the paper the method of analyzing the failed mechanisms of short filament and turnoff in high-power wideband TWT is introduced .

对宽频带大功率 行波 管热丝短、断路失效机理进行了分析，并在机理分析的基础上，讨论消除这一失效模式而采取的措施及其效果。

TWT plays an important role as high power and wide band microwave generator and microwave amplifier .

行波 管作为高功率宽频带的微波源和重要的微波信号放大器在 相关 行业中具有不可替代的地位。

The pulse power supply for X-band Traveling-Wave Tube ( TWT ) experiment was developed .

基于X波段 行波 管实验研究的需要，研制了行波管脉冲电源系统。

TWT belongs to microwave tube It is a very important device in the field of microwave communications .

行波 管属于微波管，它是微波通信领域中一种非常重要的器件。

The helix TWT is one of the widely used electron devices .

螺旋线 行波 管是目前 行波 管 家族中使用最为广泛的电子器件之一。

Control and Protection for Grid-control TWT Radar Transmitter Launching Noise Reduction for Underwater Weapon Launch Tube

栅控 行波 管雷达发射机的控制与保护对潜用武器发射装置发射噪声控制研究的思考

The one of the distinguished advantage of the filter type slow wave circuit using in TWT is its property of suppression the BWO .

滤波性慢波线 行波 管的另一优点，是它的抑止返波振荡的性质。

TWT will provide users with the original products manufactured by the Tianjin Tanggu Valve Plant and introduce and develop advanced technique according to needs of domestic and overseas market .

TWT将继续以天津市塘沽阀门厂原有的产品服务于客户，还将根据国内外市场的需求不断引进和开发其它先进产品技术以满足于客户。

The higher requirement for TWT is also being promoted by modern satellite communication space communication phase array radar and etc. from the aspect of smaller size longer age higher reliability and so on .

现代卫星通信、空间通信、相控阵雷达等技术的发展又从小型化、高寿命、高可靠性等方面对 行波 管提出了更高的要求。

Synthetic Analysis Method of the Heat Dissipation Capability of Slow-Wave Structure for Helix TWT

螺旋线 行波 管慢波系统的综合热分析法氢化锆慢化反应堆系统

A Study on Auxiliary Characteristics of Airborne Fire-control Radar TWT Transmitter

机载火控雷达 行波 管发射机副特性研究

A travelling wave tube ( TWT ) filament power supply based on Cuk converter is introduced in this paper .

介绍了一种基于Cuk变换器的 行波 管灯丝电源。

Measuring set of noise figure of TWT

行波管噪声指数测量装置

The nonlinear beam-wave interaction processes in a relativistic disk-loaded waveguide TWT are also been simulated using the theory .

另外，还模拟了一个相对论盘荷波导 行波 管中的非线性注波互作用过程。

By CST Microwave Studio the calculation and analysis for dispersion of slow-wave structure of multi-beam TWT are given .

本文主要利用CSTMICROWAVESTUDIO软件对多注 行波 管慢波结构的色散特性进行设计计算，并将计算结果和实验值进行比较分析。

Application and technology essentials of vacuum evaporation film used in high power helix TWT are summarized . High Performance ZnS Infrared Anti-Reflection Film Deposited by the Ion Assisted Deposition ( IAD ) Technology

就真空蒸发镀膜在大功率螺旋线 行波 管上的应用、工艺要点进行了总结。用离子束辅助蒸发工艺镀制高性能硫化锌红外增透膜

Design of PPM focusing system for X-band coupled cavity TWT

X波段耦合腔 行波 管PPM系统设计

These results may be useful in designing helices-BWT or TWT .

这些结果可用于螺旋线返波管或 行波 管的设计。

An injection-locking amplifier using this device has successfully been substituted for TWT employed in the microwave communication system .

用本器件研制的注入锁定放大器已成功地取代微波通讯机中的 行波 管。

The thermal performance of the high-frequency system of the helix TWT is researched .

开展了螺旋线 行波 管高频系统的散热性能研究。

General purpose screw threads for joints on pipe line & Dimensions Synthetic Analysis Method of the Heat Dissipation Capability of Slow-Wave Structure for Helix TWT

GB/T1414-1978管路旋入端用普通螺纹尺寸系列螺旋线 行波 管慢波系统的综合热分析法

Application of Loss Button in Suppressing Band-Edge Oscillation in CCTWTs Numerical Simulation of Nonlinear Beam-wave Interaction Equations in S-band Coupled-cavity TWT

利用衰减钮扣抑制耦合腔行波管的上边频振荡S波段耦合腔 行波 管非线性注-波互作用方程组的数值解

Theoretical and experimental research have been done for external TWT equalizer by using microstrip circuit .

利用微带电路作成的 行波 管外平衡器的理论研究和实验工作已经完成。