高频性能是微波器件的重要特征。
The ability to operate at high frequency is important characteristic of microwave device.
该材料可用于制造片式多层微波器件。
The ceramic material is suitable for fabricating multilayer microwave chip devices.
波导是广泛使用的微波器件。
Waveguides are being applied extensively in microwave circuits.
结合等离子体技术的新型微波器件，其性能可以获得巨大改善。
Novel microwave devices with plasma technologies have a great advance in performance.
概述了滤波器、天线、谐振器等片式多层微波器件的研究进展。
The recent progress on chip multilayer microwave components such as filters, antenna and reso.
描述了用超短光脉冲测量微波器件s参数的基本原理和建立的测量系统。
The principle to measure s parameters of microwave devices with ultrashort optical pulses has been described.
场发射阵列可以广泛应用于平板显示、微波器件、场发射传感器等领域。
Field emission devices can now be applied to flat panel display, microwave devices, field emission sensors, and other fields.
高功率负载是雷达系统的重要微波器件，介绍了一种新型高功率水负载。
A new kind of high power water load is introduced in this paper.
该信号源功能先进、频带宽，是进行微波器件及微波整机研制的理想设备。
This instrument has characteristics of high performance and wide band. It is an ideal instrument used in design of microwave component.
目前，该方法在天线、微波器件、散射、电子封装等方面有着卓有成效的应用。
Now the method can be applied to antenna design, microwave circuit simulation electromagnetic scattering, and so on.
圆极化器是应用广泛的微波器件之一，其主要功能是将线极化波转换成圆极化波。
Circular polarization is one of microwave equipment with broad application. its the mostly function is switch linearly - polarized wave into circular polarized wave.
详细介绍了用于微波器件外壳设计时电容、电感、特性阻抗、延迟等参数的计算公式；
The fundamental process and design essentialities are given, the formulasusing in calculating the parameters are introduced in detail.
微波测量是微波领域的重要方面，它直接关系到设计的微波系统和微波器件性能的好坏。
Microwave measurement is an important part in microwave technique. It directly influences the design quality of microwave systems and devices.
因此适当的磁场位形可以降低微波器件对导引磁场的要求，有利于实现永磁包装微波器件。
A proper profile can reduce the requirement of the guiding magnetic field, it is advantageous to realize the high power microwave devices packed by permanent magnet.
本文介绍了数控技术在微波器件生产中的应用情况，分析了应用中存在的问题并提出了改进措施。
This article introduces the applications of the CNC technology in microwave component production, analyses the problem in application and presents the improved method.
用途：适用要求较高的微波器件，传感器，滤波器及航天，导弹上应用的元件气密性带压力保护的封焊。
Usage: suitable for air tight seal welding with pressure protection of microwave device, sensor, filter and components that used on spaceflight and guided missile that have high requirement.
近年来实验研究发现，等离子体加载高功率微波器件后，器件的输出功率和互作用效率得到显著的提高。
In recent years, experiments show that in the plasma loaded high power microwave device may obtain much higher interaction efficiency and output power than the ones absence of plasma.
近年来，国际上高温超导微波器件的应用取得了重大突破，国内的高温超导微波应用也取得了重要进展。
Progress in the application of high temperature superconducting (HTS) microwave devices and subsystems have been achieved worldwide as well as in China.
等离子体加载微波器件能显著地改善带宽、效率和功率等综合性能，并且可以降低或省去外部聚焦磁场。
In the case of the plasma-filling, the frequency bandwidth, the overall efficiency and the gain can be improved significantly, and meanwhile the guiding magnetic fields can be reduced or eliminated.
利用微波器件、电路、微波等有关知识，对固态源各组成部分进行了分析、比较和选取，确定了固态源的实现方案。
Choose the main component elements of SSMS using related microwave, circuit, heat transfer knowledge, and decide the SSMS's forming project.
应用范围：主要应用于集成电路、继电器、接插件、锂电池、微波器件、传感器、钽电容器、压缩机接线柱等类产品中。
Application: mainly used in integrated circuit, relays, connectors, lithium batteries, microwave devices, sensors, tantalum capacitors, compressor terminals and other products.
通信技术的飞速发展极大促进了微波材料及其器件的研究，而微波器件的片式集成化已经成为目前射频、微波器件的发展趋势。
The rapid development of communication technology advance the study of microwave materials and its device, and micromation device also become its trend.
最近的一系列的实验研究表明，在大功率微波器件中填充等离子体可以大大增强其电子束与波的互作用效率，提高功率输出的水平；
Recently, much attention has been made on the study of plasma-filled high-power microwave devices for the enhancement of efficiency and output power.
近年来研究发现，当在微波器件中填充了等离子体后，器件的输出功率和互作用效率得到显著提高，同时等离子体还可改善电子注的传输质量。
It is researched and discovered that filling plasma into microwave instrument may increase it's output power and interaction efficiency and improve transmission quantity of electronic beam.
行波管（TWT）广泛应用于雷达、通讯、广播、电子战、高功率微波武器研究、高能物理、电子对抗等各种电子设备中，是一种非常重要的微波器件。
The traveling wave tube (TWT) is an important high-power microwave resource, which has been applied in many fields such as radar, broadcasting, high-power microwave weapon and so on.
2008年，研究员构建了可工作于一定波长范围的微波隐身器件。
In 2008, researchers built a microwave cloak that works over a range of wavelengths.
2008年，研究员构建了可工作于一定波长范围的微波隐身器件。
In 2008, researchers built a microwave cloak that works over a range of wavelengths.
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