This theory is also suitable for the analysis of other multi-port microwave devices.
这一理论也适用于其它多端微波元件的分析。
Novel microwave devices with plasma technologies have a great advance in performance.
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。
This paper introduces the study on dynamic lifetime testing technology of power microwave devices.
介绍了对微波功率器件开展的动态加速寿命试验方法和技术的研究。
The grating is a classic example of a SWS, which has been used in a large number of microwave devices.
栅是一种经典的慢波结构，被广泛应用在大量的微波电子器件中。
The principle to measure s parameters of microwave devices with ultrashort optical pulses has been described.
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。
Field emission devices can now be applied to flat panel display, microwave devices, field emission sensors, and other fields.
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。
Recently, much attention has been made on the study of plasma-filled high-power microwave devices for the enhancement of efficiency and output power.
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；
Progress in the application of high temperature superconducting (HTS) microwave devices and subsystems have been achieved worldwide as well as in China.
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。
The application of photonic crystals in microwave devices, especially in high directive antennas and photonic bandgap microstrip structures, is reviewed.
文章以高方向性天线及光子晶体微带传输线为例，综述了光子晶体在微波技术中的研究进展。
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.
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。
Application: mainly used in integrated circuit, relays, connectors, lithium batteries, microwave devices, sensors, tantalum capacitors, compressor terminals and other products.
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。
It is already possible to power small electronic devices, such as wireless sensors installed in buildings and industrial machinery, using a dedicated microwave transmitter nearby.
用周边专用的微波发射器给一些安装在建筑物或工业机器上的无线传感器等小型电子设备供电已经成为可能。
While devices like the NIST-F1 use atomic signals of microwave frequency with billions of cycles per second, newer clocks, including Oates’, rely on light waves beating a million times faster.
诸如NIST-F1的仪器运用的原子信号是频率为数十亿赫兹的微波，新式时钟包括奥茨的都是运用频率快上百万倍的光。
But it also says there is no evidence to support disinfecting toothbrushes in the microwave or with ultraviolet devices on the market.
但它也说，没有证据支持在微波炉或市面上销售的紫外线设备中对牙刷消毒。
Rapid development of microwave techniques leads to emergence of a series of new circuits and devices.
微波技术的迅猛发展导致了一系列新电路、新器件的产生。
Telecom: Antennas, microwave amplifier devices, etc.
电讯：天线，微波放大装置等；
Microwave vacuum electron devices are the key components in Radar, communication, broadcasting, accelerators and the other electron systems.
微波电真空器件是雷达、通信、广播、加速器等一些电子系统的心脏部件。
The metal photonic band gap structure has potentialities in the areas of high-energy accelerators, microwave vacuum electron devices, and terahertz radiation sources etc.
金属光子带隙结构在高能加速器、微波真空电子器件和太赫兹波源等方面具有重要的应用前景。
This method can effectively evaluate the quality of MESFET before the microwave characteristics of devices are measured.
该法可在MESFET进行微波噪声性能测试之前，有效地鉴别器件质量的优劣。
As one of the most important MEMS devices, RF MEMS switches have been applied in front-end circuits of some microwave systems, antenna and phase shift architectures.
射频MEMS开关是重要的射频MEMS器件，一些RF MEMS开关已经应用于部分微波系统的前端电路、数字电容器组和移相网络。
The FDTD method was originally proposed for electromagnetic waves with long wavelength such as RF and microwave. It can also be used for the analysis of optical devices.
FDTD方法最初是用来解决像射频与微波这样相对较长的波长的电磁问题的，它也可以用于光器件的分析。
This system consists of microwave transmitting devices, microwave receiving devices, detecting and intelligent devices.
它是由微波发射、微波接收、检测及智能设备所组成的系统。
The vector network analyzer is the special instrument that tests microwave and radio frequency devices, its application is very extensive in the wireless measurement field.
矢量网络分析仪是测试微波射频器件的专用仪器，在无线电测试领域应用非常广泛。
The recent research achievements in optically controlled microwave solid-state devices are described. The developing trends of this field are presented.
本文概述了近年来光控微波固体器件方面的研究成果，并论述了其发展趋势。
The ceramic material is suitable for fabricating multilayer microwave chip devices.
该材料可用于制造片式多层微波器件。
Microwave measurement is an important part in microwave technique. It directly influences the design quality of microwave systems and devices.
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。
Merging of lightwave with microwave gives an impetus to the re-search on new principles and new devices.
光波与微波的结合，推进了新原理、新器件的研究。
For a long time, a common and popular method to solve current convergence problem of microwave power transistor is using emitter ballasting resistor, such as PTC, CTR thermistor, passive devices etc.
长期以来，解决微波功率晶体管的电流集中问题的通用做法是使用发射极镇流电阻，以及PTC,CTR热敏电阻等无源器件。
For a long time, a common and popular method to solve current convergence problem of microwave power transistor is using emitter ballasting resistor, such as PTC, CTR thermistor, passive devices etc.
长期以来，解决微波功率晶体管的电流集中问题的通用做法是使用发射极镇流电阻，以及PTC,CTR热敏电阻等无源器件。
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