然而常规微波加热技术，依赖于树脂和元件之间的高质量比。
Conventional microwave heating technique, however, as we know it, relies on large mass ratio between the epoxy and the components to be bonded.
该文介绍微波加热技术原理、特点及其在粮油食品工业中应用。
The principle and characteristic of microwave technology, and the application of microwave technology in cereal and oil food industry were introduced in this paper.
本文报道了用微波加热技术代替传统灼烧方法进行重量分析的新方法。
We report a novel application of microwave heating technique as an alternative to the conventional ignition method in gravimetry.
简要阐述了微波加热的基本原理，论述了微波加热的特点以及微波加热技术在陶瓷工业中的应用及前景。
This paper describes the basic principle of microwave heating, and summaries its application and prospects of microwave heating technology in ceramic industry.
微波加热技术是利用电磁波、电磁场等物理微弱能量对食品、农产品加工、贮藏进行处理的高效节能技术。
The microwave is an efficient processing technique that use of the weak energy such as electromagnetic wave, electromagnetism field etc in processing and storage of food and agricultural products.
随着微波技术和微波设备的进步，微波等离子技术和微波加热技术将在冶金领域中有更为广阔的应用前景。
With the development of macrowave technologies and macrowave equipment, it has a bright future to apply microwave heating and microwave plasm to iron and steel industry.
结果表明：利用微波加热技术制备的超细氧化物所需反应溶液的浓度低、所用的反应时间短、比表面积大。
The result shows:The reaction time for using of the oxide was shorter and the ratio surface of the super-thin oxide was smaller.
微波加热技术作用速度快，设备简单，灵活性高，不对储层造成任何污染，适合于开采各类型天然气水合物资源。
Microwave heating technique takes effect quickly, USES simple equipment, is highly flexible and pollution-free to reservoir, and is suitable for recovering various natural gas hydrate resources.
较详细地讨论了微波加热技术应用于陶瓷行业需要解决的几个问题，指出了微波加热技术在陶瓷行业的应用前景。
The paper discusses in detail the problems to be solved for the application of micro - wave heating technology to ceramic industry, and forecasts the prospect for this application.
GAMA微波技术公司执行总监安德鲁斯先生说，使用者可“调节”无线电频率，使加热任何一种小食品都达到最佳效果。
Mr.Andrews, the managing director of GAMA Microwave Technology, said it is possible to "tune" the radio-frequencies to provide the best results with any small product.
微波加热是一种比一般传统加热效率更高的新型加热技术。
Microwave heating is a novel heating technology with higher effectiveness than the traditional heating method.
目前，微波技术，包括微波加热和微波测量，正广泛地应用于工农业生产。
At present, microwave technology, which includes microwave heating and microwave survey, is being widely applied to industrial and agricultural production.
另外还介绍了植入微波天线加热治疗脑瘤的新技术。
Also the technique for heating brain tumors with implanted microwave antennas was introduced.
对一些解冻新技术如过热水蒸气解冻、通电加热解冻、高频波解冻、微波加热解冻和高压静电场解冻等做了较详细的介绍。
The new technology of thawing were detail introduced, for example, the super heated steam thawing, ohmic heating thawing, high frequency and microwave thawing.
主要阐述了实现振荡式微波动态寿命试验的方法，以及不同于常规的对受试功率器件进行内部式加热控温的技术研究。
It details the dynamic testing method under microwave oscillation, and the inside heating up technique for tested devices which is different from ordinarily methods.
食物不是加热的而是用微波技术。
本研究还将微波辅助加热技术引入到单壁碳纳米管的纯化与修饰过程中，并探索了最佳实验参数。
In addition, the "microwave-assisted heating technique" was developed to purify and modify SWNTs, and the optimized experimental parameters were explored.
本文总结了近年来微波高温加热技术在理论与模拟、结构材料和功能材料方面的研究进展。
The latest research of the microwave high-temperature heating technology applied on theory and modeling, construction materials and functional materials are reviewed.
微波辐射提取技术与传统加热提取技术相比，具有提取时间短、温度低、耗能低、品质高等优良特性。
The special feature of microwave extraction technique over traditional heat extraction is short time, low temperature, low energy consumption and high product quality.
主要介绍了微波加热的原理、特点及微波技术在食品加工方面的应用及发展前景。
The principles of Microwave heating, characteristics and microwave technology in food processing and the application and development prospects were introduced.
如何改善微波加热时的均匀性，是实现微波加工陶瓷的关键技术之一。
It is one of the key points how to improve the heating uniformity for microwave processing of ceramics.
微波技术作为一种传播介质和加热能源已被广泛应用于各个科学领域。
Microwave irradiation as a spread medium and calefaction energy sources is widely applied in all fields of science.
分析了微波加热机理，介绍了一种用微波加热固化技术粘接修理蜂窝夹芯结构的新工艺。
The mechanism of microwave heating was analyzed, and a new technics of repairing composite sandwich structure with microwave heating was introduced.
微波萃取技术与传统加热提取技术相比，具有提取时间短、温度低、耗能低、品质高等优良特性。
Compared with the traditional technique of heating extraction, the microwave extraction technique is characteristic of short time, low temperature, low consumption and high quality.
对一些解冻新技术如过热水蒸气解冻、通电加热解冻、高频波解冻、微波加热解冻和高压静电场解冻等做了较详细的介绍。
The new technology of thawing were detail introduced, for example, the super heated steam thawing, ohmic heating thawing, high frequency and …
目前，微波技术，包括微波加热和微波测量，正广泛地应用于工农业生产。
At present, microwave technology, which includes microwave heating and microwave survey, is being widely agricultural production.
微波高温加热技术被认为是本世纪最有可能取代传统外部加热技术而应用于材料制备的先进技术之一。
The microwave high-temperature heating technology has been considered to be one of the most advanced technologies that may replace the conventional heating processing materials in this century.
由于微波具有特殊的体加热方式和不需媒介就能对物质进行选择性快速加热的特点，被认为是一种高效、节能的绿色再生技术。
Microwave regeneration technology is recognized as a high-efficiency and energy-saving regeneration technology, due to its special heating and capability of heating materials in molecular level.
由于微波具有特殊的体加热方式和不需媒介就能对物质进行选择性快速加热的特点，被认为是一种高效、节能的绿色再生技术。
Microwave regeneration technology is recognized as a high-efficiency and energy-saving regeneration technology, due to its special heating and capability of heating materials in molecular level.
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