器件的应用的英文

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英文翻译
造句

applications of gal devices

器件 device; parts of an apparatu ...
的 4次方是 The fourth power of 2 i ...
应用 apply; use; application; app ...
组合逻辑器件的应用 applications of combinational logic devices
标准文件的应用 application of normative document
微软数据库软件的应用程序生成器 fag foxpro application generator
器件的进步 crt
差点的应用 application of handicap
方剂的应用 administrations of prescription
丰富的应用 cobol
技术的应用 fbx
雷达的应用 radar application approach
目的应用 destination applications
泡沫的应用 foam application
数学的应用 application of mathematics
异常的应用 exception applications
优化的应用 application of optimization
知识的应用 application of knowledge
中的应用 application of high performance ca/zn heat stabilizer on the rigid pvc
中药的应用 the application of traditional chinese drugs
器件应用部 parts application section
柴油中的应用 rapid simulated distillation applied to the analysis on coker gasoline and diesel
电子学的应用 application of this esin developing equipment
工程上的应用 technical application
管的应用技术 applied technology of rigid upvc pipes

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例句与用法

Application of in - system programmable circuit
可编程器件的应用
Power supply miniaturization and application of semiconductor devices
电源的小型化与半导体器件的应用
The dissertation makes an audacious attempt at application of new technology and instruments
论文对新技术、新器件的应用作了大胆的探索。
With the sustaining development of modern optics , especially the emergence of laser , polarizers are becoming more and more widely used . noteworthily , laser - polarizing prisms suitable for laser use emerge
随着现代光学的不断发展，尤其是激光出现以后，偏光器件的应用越来越广泛，特别值得注意的是适应激光应用特点的激光偏光棱镜应运而生。
Non - rubbing technique , photoalignment technique attracts more people ' s attention . photoalignment is promising for overcoming the drawbacks caused by the rubbing process and providing multi - domain structure for widening the viewing angle and a new way for liquid crystal optic devices
因此光控取向技术近年来引起人们的极大关注，它不仅能克服摩擦取向法的缺点，而且可以进行微区取向控制，扩展液晶光学器件的应用范围。
High power diode laser array coupling with optical fiber not only make the use of diode laser easier , but also improve the dissymmetry of its output light beam and in the meantime , the output light coupling between the ld sources becomes easier and the power becomes higher
大功率半导体激光器采用光纤耦合输出方式不仅简化了器件的应用,改善了输出光束的非对称性,同时还可以简便地实现多个半导体激光器的光源之间的输出光耦合或组合,得到更高的功率输出。
Flexibility , processability , low cost , interesting optical - electric properties and so on make organic materials be a good substitute for inorganic ones . modification of inorganics by organics can change surface properties of inorganics , for example , frictional , optical , electrical , chemical and biocompatible properties . on the other hand , many interests have been shown to integration of functional organics in si - base devices because of their great promise in optoelectronic , micro - electronic and sensor applications
通过对无机半导体材料进行有机改性，可以改变无机材料的表面化学性质，生物相容性质，光电性质等等，因此，有机无机复合材料在光电器件、生物传感、微电子器件的应用领域有着很好的应用前景，尤其是在微电子工业中广泛使用的硅材料与有机光电材料的复合更是备受关注。
Generally , the main content is as follows : in the introduction , we summarized the fields of application , materials used and the primary forms of design of crystal polarizing prisms . the present research correlative to this field , the source of this research subject , and the necessity of the research are also introduced
概括起来主要有以下几方面的内容：在绪论中综述了晶体偏光器件的应用范围、制作材料，主要的设计形式，对国内外相关研究的现状做了简介，介绍了课题的来源，并指出了课题研究的必要性。
Research for the stability of laser polarizers specialty : atomic and molecular physics postgraduate : zhao yuanan advisor : yang xiangdong with the development of optical film techniques , optical film widgets have been used widely , so researches for the stability of optical film widget is become more and more important
随着光学薄膜技术的不断发展，光学薄膜器件的应用日益广泛，光学薄膜的稳定性研究也被提到了极其重要的地位。为了解决大功率激光器中激光偏振膜的稳定性问题，本课题从镀膜材料特性、膜系设计、沉积工艺等方面对这一问题展开了深入的研究。
With the rapid development of modern optics and its corresponding science and techniques , the application of optical facilities become more and more abroad , especially the aspheric optical facilities , so it is exigent to develop a new ultra - precision process method which is suitable for hard - brittle material in aspheric process
随着当今光学以及相关科学技术的迅速发展,光学器件的应用越来越广泛,尤其是非球面光学元件,因此迫切需要研究可以适用于脆硬材料非球面加工的超精密加工方法。