纳米技术

DHA衍生物是极具前景的高密度光学存储介质及分子开关材料，在纳米技术、生物医学、电子信息等领域有着广泛的应用前景。

DHA derivative is promising high-density optical storage medium and molecular switch material which is widely used in nanotechnology , bio-medicine , electronic information .

介绍了Ti（C，N）基金属陶瓷刀具材料的特点及适用范围，分析了如何用纳米技术对Ti（C，N）基金属陶瓷刀具材料进行改性，以提高其强韧性。

In this paper , the characteristics of Ti ( C , N ) metal ceramic tool material are described , and especially how to modify its mechanical properties by nanotechnology and to increase its toughness are analyzed .

它是融纳米技术、光技术净化、触酶（催化）、药学技术、生物化学为一体的新技术、新方法

It is combined with nano-technique , light-purge technique , catalyzation , pharmaceutics and biochemistry .

微纳米技术及微光机电系统（Micro-Opto-Electro-mechanicalsystem，MOEMS）代表着未来科技的发展趋势。

Micro / Nano technique and Micro-Opto-Electro-Mechanical System ( MOEMS ) represent the research tendency of future science and technology .

随着芯片设计进入超深亚微米和纳米技术领域，芯片的集成度越来越大，布线层数越来越多，P/G网的规模日益庞大复杂，P/G网上承载的电流也越来越大。

With the chip design into the ultra-deep sub-micron and nano-technology domain , the integrity and metal layers of chip increase , P / G network becomes larger and more complex , and it carries bigger current .

微机电系统（MEMS）和纳机电系统（NEMS）是微米/纳米技术的重要组成部分。

Micro Electro-mechanic Systems ( MEMS ) and Nano Electro-mechanic Systems ( NEMS ) are the important aspects of micron / nanometer technology .

综述了微电子领域中纳米技术、MEMS、Si和GaAs集成电路、微波／毫米波器件及宽禁带半导体技术目前的发展状况。

The current status of nanotechnology , MEMS , Si and GaAs IC , microwave / millimeter wave devices as well as wide bandgap semiconductor technology in microelectronics are reviewed in this paper .

食品工业中的纳米技术工业控制中的LonWorks

Nanotechnology in Food Industry Lonworks (?) In The Industrial Control

A15基于5项纳米技术，使得我们可以将近150亿晶体管容纳其中。

At its foundation , A15 uses five nanometer technology , which enables us to include nearly 15 billion transistors .

社会科学家DonaldMaclurcan认为，如果要让纳米技术促进全球卫生和平等，需要另外的方法。

Alternative approaches are required if nanotechnology is to boost global health and equity , argues social scientist Donald Maclurcan .

这个页面说明了什么是纳米技术，并介绍了关于NCN贡献的特定主题。

This page explains what nanotechnology is and introduces specific themes of NCN 's contribution .

近年来，随着电子陶瓷材料的发展，纳米技术在制备高性能PTCR材料中的应用已引起众多学者的注意。

In recent years , with the development of electronic ceramic materials , nano-technology has been already introduced into the preparation of PTCR materials to obtain high performance posistors .

综述了国内外改性聚丙烯（PP）管材料的研究，包括纳米技术改性、复合技术改性、β晶型促进剂改性、聚乙烯改性、助剂改性；

This paper reviewed the studies worldwide on the modified polypropylene ( PP ) tubing , concerning the technologies or materials used in the modifications such as nano-technique , compounding technology , accelerating agent of β crystal , polyethylene and additives , etc. .

RajenderVarma说，管理纳米技术是具有挑战性的，但是绿色化学可能帮助发展中国家“跃进”到更清洁、更健康的产品。

Regulating nanotech is challenging , says Rajender Varma , but green chemistry could help developing countries'leapfrog'to cleaner , healthier products .

纳米技术研究中的重要工具之一扫描探针显微镜（SPM）以其分辨力高，可在真空、大气和液体环境下工作的优势，在纳米科技领域得到了广泛的应用。

Since for its advantage , such as high resolution and the ability of working in vacuum , air and liquid , one important tool of nanotechnology research - scanning probe microscope ( SPM ) is widely used in the field of nanotechnology .

南非正在使用纳米技术改善现有的结核病药物。

South Africa is using nanotechnology to improve existing tuberculosis drugs .

纳米技术与抗紫外线功能性纺织品

Nanometer Technology & Its Application on UV - proof Functional Textiles

纳米技术的发展及其在模具行业的应用

Development of nanotechnology and its application in die and mould manufacturing

纳米技术及纳米级二氧化钛的开发应用

Nano Scale Science and Technology and Development Application of Nanometer TiO_2

纳米技术在生命科学中的应用与展望

The Application and Prospect of Nanometer Scale Technology in Life Sciences

纳米技术调控电化学发光反应分析特性研究

The Regulation and Analytical Application of Electrogenerated Chemiluminescence Reaction with Nanoparticles

纳米技术在世界范围内食品工业中的应用

Apply of nanotechnology on the food industry all around the world

纳米技术在聚合物改性方面的研究进展

New advance in the research of nanotechnology on the polymer modification

纳米技术在功能性空气过滤材料中的应用

Application of the Nanometer Material and Technique in Functionality Air Filter Media

纳米技术在处理环境中无机污染物的研究现状

The Progress of Nanometer Technology in Treating Environmental Inorganic Contaminants

纳米技术在功能性化纤开发中的应用

Application of Nano-technology in the Development of Functional Chemical Fibers

纳米技术在近20年来得到迅速发展。

Nanotechnology has rapidly been developing in nearly twenty years .

纳米技术为我国制造业发展带来的新机遇

New Opportunities Brought by Nanometer Technology to the Manufacturing Industry of China

纳米技术在英国机床领域的应用

New Progress of Nano technology in U. K. Machine Tools

科学家正试图在各个领域中应用纳米技术。

Now scientists are trying to use the nanotechnology in every field .