结果表明：金属超细颗粒弥散系的微波吸收与粒度、涂层的厚度及配制方式有关。
The results show clearly that the microwave absorption of dispersions of metallic ultra fine grain relates to particle size, coating thickness, and method preparation.
结论：后程加速超分割放疗加腔内微波热疗提高了肿瘤的局部控制率和1年生存率。
Conclusion: the 1 year survival rates and local tumor control rates with esophageal carcinoma can be improved by LCAF add intracavitary microwave thermotherapy.
本文介绍一种将微波低频段分布参数电路与超微细薄膜工艺结合的微型化、低噪声、高选择性的放大模组。
This module of distributed parameters used in the lower microwave band is skillfully combined with an ultra-fine thin-film technology.
基于该定量分析，结合实战要求，提出了舰载微波超视距雷达进行多舰交叉定位时的战术应用原则。
Based on the quantitative analysis and linking to the combat command, it presents the tactical application principles of muti-vessel cross location using the ship-borne microwave OTH radar.
主要论述了天波、地波、微波超视距雷达的工作机理及其发展趋势。
The operational principles and the development tendencies of sky-wave, ground-wave, and microwave OTH radars are also presented.
超都必须或CT引导微波微创热凝固技术，是多年来研发的一种新的肿瘤治疗方法。
The treating technology with micro-wave, micro-cut and heating Solidifying leaded through ultrasonic or CT is a new way to treat the cancer in recent years.
通过实验可看出，微波固相合成超细氧化物是一种简单的合成方法。
Though those experiments we can see that the method of solid-state reaction under microwave irradiation is a easily synthetic method.
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.
研究了微波干燥在气相超稳Y型分子筛制备中的应用。
The application of microwave technology in zeolite preparation was studied and the process conditions for microwave drying of various zeolite samples were investigated.
建立了超冷V型三能级原子注入的微波激射的腔场光子统计的量子理论 ，研究了原子相干性对光子统计性质的影响 。
The effects of the atomic coherence on the photon statistics of the micromaser injected with ultra-cold V-type three-level atoms are studied.
建立了超冷V型三能级原子注入的微波激射的腔场光子统计的量子理论 ，研究了原子相干性对光子统计性质的影响 。
The effects of the atomic coherence on the photon statistics of the micromaser injected with ultra-cold V-type three-level atoms are studied.
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