microwave generator

Analytic theory of relativistic high power microwave generator with coaxial slow wave structure

同轴慢波结构相对论高功率微波产生器理论分析

Investigation of Microwave Generator with a Conical Slow-Wave Structure Operating Without Guiding Magnetic Field

无外加磁场锥形慢波发生器的研究

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。

Invert Transformer Design for Microwave Generator

用于微波磁控管逆变电源的设计

In this paper , a relativistic high power microwave generator with coaxial slow wave structure was experimentally researched .

对一种同轴慢波结构相对论高功率微波产生器进行了初步的实验研究。

A small microwave generator at the base of the bulb bombards the inert gas , heating it .

安装在灯泡底座的一个小微波发生器轰击惰性气体，使其发热。

A Ku-band overmoded high power microwave generator with slow wave structure operated at low magnetic field is put forward in this thesis .

论文提出了一种Ku波段低磁场过模慢波结构高功率微波发生器。

Model DW-1 Microwave Generator

DW-1型微波发生器

Tunnel shaped drying unit includes the choosing of microwave generator and its position , the size of cavity and the design of ventilation / wet vent equipment .

箱型干燥单元包括微波发生器的选择及其放置位置的确定，谐振腔尺寸确定及通风排湿装置设计。

Pulsed power technology has an extensive usage in the fields of national defense and industrial application , such as high power microwave generator , X-ray generation and gas lasers generation , and so on .

脉冲功率技术在民用和国防领域有着广泛的运用，包括产生高功率粒子束、激励X射线、激励气体激光等。

Study of ROF Technology Based on Microwave Photonics Generator

基于微波光子发生器的ROF技术研究

Automatic microwave signal generator

自动微波信号发生器

Microwave signal generator technology experienced from analog to digital analog mixed development process . Currently , the Microwave source which has high performance and complex function is more and more depend on digital control technology .

微波信号发生技术经历了从模拟到数字模拟混合的发展过程，目前高性能、功能复杂的微波频率源越来越依赖数字控制技术。

Design High-performance Microwave Signal Source Generator

高质量微波信号源发生器的研制

Analysis of THE Programmable Microwave Sweeping Signal generator

程控微波扫频信号源的分析

Microwave sweep signal generator

微波扫频信号发生器

As the key devices in ROF system , microwave photonic filter and generator have potential applications in the future wideband mobile communication system .

微波光子滤波器及发生器是构成ROF系统的关键器件，在未来宽带移动通信系统中具有广阔的应用前景。

The conversion efficiency of microwave energy , high power microwave generator and designing efficient reactor are key problems to be overcome for improving industrial applications .

目前，提高微波能的转换效率、研制大功率微波发生器和设计高效的反应器，仍是微波工业化应用的关键。

A demodulator demodulates the received reflected signal , which has superimposed on it the microwave signal which originates from the microwave generator .

解调器解调接收的反射信号，该信号叠加在微波发生器产生的微波信号上。

The efficiency of microwave heating with random phase and random frequency microwave power generators is studied . The absorbed quantity of heat by water and the temperature rising using the synthesis generators are compared with the results of normal microwave generator .

在理论上研究随机相位和随机频率非相干微波功率的合成，模拟被加热物体的温度分布和吸收热量的情况对于高功率微波在微波化学中的应用具有十分重要的意义。