行波管是雷达发射机中的核心部件之一。
Travel Wave Tube is the one of core part of transmitter in radar.
行波管是一种将微波进行能量放大的装置。
TWT is an apparatus that can amplify the energy of microwave.
本文讨论了行波管夹持杆微波性能的测试技术。
A test technique of the microwave properties of the dielectric rod of the travelling wave tube is discussed.
样机已投入使用，在行波管测试系统中工作稳定。
The power system has operated on the instrument stably and reliably.
碳纳米管阵列用于行波管冷阴极具有显著的优越性。
Carbon nanotube (CNT) arrays have prominent advantages for travelling wave tube (TWT) as cold cathode application.
对环板行波管的导波特性进行了详细的数值模拟分析。
A detailed numerical calculation for the propagating wave's dispersion characteristics has been made.
绝对不稳定性是制约回旋行波管性能的主要因素之一。
Absolute instability is a major physics limitation in the realization of the ultimate capability of gyro-traveling-wave tube.
分析了毫米波行波管电子光学系统的基本特征和设计方法。
The basic feature and design method of MMW TWTs electronic optics system are analyzed in this paper.
与国外相比，国产行波管在寿命和可靠性方面存在明显差距。
The gap of TWT between home and abroad mainly embodies in life and reliability.
行波管多级降压收集极是将废电子注按照速度分类收集的装置。
Multistage depressed collector of Traveling wave tube is the device used for collecting spent beam according to their speed.
采用多级降压收集极（MDC）是提高行波管效率的重要方法。
The multistage depressed collector (MDC) is an important method of improving the TWT efficiency.
本文给出了采用球形收敛枪的功率行波管噪声系数的计算方法。
This paper presents a method of calculation of the noise figure of power travelling wave tubes which employ a conical Pierce gun to produce the electron beam.
本文讨论了耦合腔行波管大信号互作用的物理模型和计算方法。
The physical model and numerical method for CCTWT's large-signal interaction are given.
回旋行波管放大器是高功率毫米波雷达发射系统最重要的候选者。
Gyrotron traveling wave amplifier is a very important high power millimeter wave source for radar applications.
文中讨论了应用于相对论行波管的同轴膜片加载圆波导慢波系统。
In the dissertation, the coaxial disk-loaded cylindrical waveguide used in SWS of Relativistic Traveling wave Tube (RTWT) is discussed.
双渐变螺旋线慢波结构是空间行波管中使用最广的慢波结构之一。
The double taper helix slow wave structure is one of the most widely used slow wave structures in space TWT.
电子枪作为行波管的“心脏”，直接影响着整个行波管的输出性能。
As the heart of TWT, the electron gun directly affects the output performance of TWT.
还论述了残存气体和材料气化微粒对行波管放大器的危害，消除方法。
The effects of remained gas and minute particles of vaporized material on TWTA, and the way to avoid them are discussed.
作为卫星通讯的核心部件，空间行波管要有很高的效率和良好的线性。
As a core of satellite communications, Space Traveling-Wave Tubes (STWTs) must be high efficiency and well linear.
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。
The nonlinear beam-wave interaction processes in a relativistic disk-loaded waveguide TWT are also been simulated using the theory.
自从行波管发明以来，其工作稳定性一直是许多应用场合所强调的重点。
Since their invention, TWTs 'working stability has become the emphasis factor in many applications.
通过对一种栅控行波管的测量，证明本系统可用来监测整管中阴极的活性。
It is proved that this system can also be used to monitor the property of the cathode in the assembled tube by measuring a grid controlled travelling-wave tube.
分析和计算表明，该电路很适合用作短厘米波和毫米波大功率行波管的慢波结构。
The analysis and computation show that folded waveguide circuit is available as slow wave structure for broadband high power TWT in short centimeter and millimeter wave range.
自从行波管(TWT)诞生以来，其一直在微波真空器件领域中占有重要的地位。
Since the birth of the traveling wave tube (TWT), it has been occupying an important position in the field of microwave vacuum devices.
介绍了一种能满足该要求的栅控行波管发射机通用浮动板调制器，阐述了其设计方法。
This paper introduces a kind of current floating-board modulator for grid control traveling-wave tube transmitter, which can satisfy the requirement, discusses the design method.
本文提出了一种用于行波管螺旋慢波组件的挤压新方法并自制了相应的冷挤压设备样机。
The equipment has been used to assemble helix-type slow-wave structure packages, and can meet the requirements of the manufacture of TWTs.
行波管在电子对抗、雷达和卫星通信等现代通信军事电子领域中得到了日趋广泛的使用。
Traveling Wave Tubes (TWTs) are widely used in modern military areas, such as satellite communications, radars, electron warfare and so on.
该文给出了一种三段式互作用结构谐波倍增回旋行波管放大器互作用电路的理论设计过程。
In this paper, the design procedure of a harmonic multiplying Gyro-TWT with three stage interaction circuits is presented.
作为卫星通讯系统所用的高增益、高功率微波放大器件，行波管的效率和线性是非常重要的。
High efficiency and high linearity space traveling wave tube (TWT) is required for satellite communication system as a high power, high gain microwave amplifier.
作为卫星通讯系统所用的高增益、高功率微波放大器件，行波管的效率和线性是非常重要的。
High efficiency and high linearity space traveling wave tube (TWT) is required for satellite communication system as a high power, high gain microwave amplifier.
应用推荐