A novel thin-film MEMS microwave power sensor is presented.
提出了一种新型的MEMS微波功率传感器。
The temperature can be controlled by input microwave power.
通过输入功率可以控制相变温度。
Rectifying antenna(rectenna) can convert microwave power to DC power.
整流天线能把空间的微波能量转化为直流能量。
Microwave power measurements have taken an important role in electromagnetics.
微波功率测量已成为电磁测量的重要部分。
Some methods to control microwave power shift were discussed in the end oft he paper.
最后探讨了控制微波功率频移的方法。
Present a design of the Emissive Microwave Power Control used for the UHF RFID Reader.
介绍一种用于适用于超高频段以上的射频读写器功率控制方案。
The problem of large zero drift always exists in microwave power meters with thermistor.
热敏电阻式微波功率计，一直存在零点漂移大的问题。
This paper mostly researches a pulse modulator which can be used in the microwave power module.
主要研究一种可用于微波功率模块的脉冲调制器。
In the experiment a strong influence of microwave power on accuracy has been observed and measured.
实验中发现微波双频功率的不平衡对频标准确度影响很大。
Through repeated improvements, design of microwave power divider meet basic performance requirements.
通过反复改进，设计出的微波功率分配器基本符合性能指标要求。
So it has been paid more and more attention in the research and design of microwave power amplifier .
因而，对微波功率放大器的研究和设计也越来越受关注。
Microwave power density (microwave field strength) is an important parameter in field strength metrology.
微波功率密度(微波场强)是场强计量中的一个重要参数。
But this effect is not significant by using the synthesis of random frequency microwave power generators.
而随机频率功率源进行合成时，加热效果没有明显的变化。
A novel microstrip circuit was presented, and design method for X band microwave power module was introduced.
介绍了一种新颖X频段功放模块的设计方法和研制过程。
The objective of this design is to a broadband microwave power transistor used in broadband solid state amplifier.
本设计的目的是建立一个用于宽带固态放大器的宽带微波功率晶体管。
Base emitter metal self aligning, air bridge, and wafer thinning are used to improve microwave power performance.
在晶体管制作过程中采用了发射极-基极金属自对准、空气桥以及减薄等工艺改善其功率特性。
The effects of microwave power, irradiation time and the purifying way of product on the alkylation were discussed.
探讨了辐射功率、时间、产物提取方式和卤代烷等对产率的影响。
The effect of microwave power, time, moisture content on wheat germ lipase activity and storage capacity was studied.
研究了微波功率、处理时间、小麦胚原料水分对小麦胚的脂肪酶活力及其储藏稳定性的影响。
The temperature of heated tissues and the microwave power are recorded automatically in order to give Clinical references.
受照组织的温升和微波功率均自动记录以作临床数据。
This paper introduce the application of micro assembly circuit micro module in microwave power amplifiers and its thermal management.
提出了微组装电路组件在微波功放控制电路中的应用，介绍了微组装电路组件的散热措施。
The influences of amount of catalysts, microwave power, microwave irradiation time and the mole ratio of alcohol to acid were studied.
考察了催化剂的用量、微波功率、微波辐射时间、醇酸比对酯产率的影响。
In the research of microwave technology, microwave power is an important parameter which tokens the characteristic of microwave signal.
在微波技术研究中，微波功率是表征微波信号特性的一个重要参数。
With this theory, we studied in detail the effect of an magnetic field and microwave power on the height of the microwave-induced step.
在此基础上，详细研究了外磁场和微波功率对微波感应台阶高度的影响。
The source has been used to study the effect of pressure on argon plasma parameters and microwave power for plasma ignition and extinction.
环形波导内侧开有多个狭缝用来激励产生等离子体。 利用该源研究了气压对等离子体参数、击穿功率和熄灭功率的影响。
The three-dimensional heat conduction equation for steady state operating conditions of bipolar microwave power transistors has been solved.
本文对双极性微波功率晶体管(以下简称微波功率晶体管)求解了稳态工作条件下的三维热传导方程。
This paper has introduced the thermal design and Electromagnetic Capability (EMC) related to the Reliability of Microwave Power Module (MPM).
本文阐述了与微波功率模块（MPM）可靠性有关的热设计及电磁兼容（EMC）设计。
A new device structure of silicon bipolar microwave power transistors with so called tree overlay geometry polysilicon emitter has been designed.
设计了一种称之为多晶硅覆盖树技状结构的双极型微波功率晶体管。
The sensor can be easily to implement in microwave and millimeter wave monolithic integrated circuits to realize online microwave power detection.
微波功率传感器通过嵌入到微波和毫米波单片集成电路中，实现微波功率的在线监测。
The cavity pull effect, microwave power shift, light shift and temperature coefficient which mostly influence the performance of RAFS are studied.
研究了腔牵引效应、微波功率频移、光频移和缓冲气体温度系数对铷频标输出频率的影响。
Results show that the drying process is influenced by the intrinsic heat of microwave power, and the environment and the resistance of mass transfer.
证明了微波干燥既受内热源的影响，同时又受外界环境和湿份传递路径的影响。
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