纳米技术

In the Optics Express paper, Kylie Catchpole and Albert Polman show what happens when a thin coating of nanoscopic metal particles are placed onto a solar cell.

防静电衣-纳米技术在我国的应用与发展人造纤维是化纤和纺织行业发展的趋势，中国纺织要在进入wto后能占据有利地位，现在就必须全方位应用纳米技术、纳米材料。

At the Center for Responsible Nanotechnology, we've tried to narrow the definition a bit by describing nanotechnology as "the engineering of functional systems at the molecular scale."

在有责任的纳米技术中心，我们通过把纳米技术描述成为"在纳米尺度的功能系统的工程"，试图缩小一点的定义宽度。

Nanometer pearl powder creates the fourth times of pearl cosmetic----nanometer times. We select carefully limnetic pearl with high quality, adopt advanced super-sonic airstream physical manufacturing technic. Through super-sophisticated machine, we produce nanometer pearl powder with average diameterof 40-100 nanometer ( 1 millimeter = 1000000000 nanometer), equivalent to one hundredth of human body's pore, that is to say, by nanometer technic, we can powder one bead of pearl with 8 millimeter diameter into 64 trillion pieces, which means, everyone on the earth can have more than 10 thousand pieces.

纳米珍珠粉开创珍珠美容第四时代—纳米时代，我们精选优质淡水珍珠，采用先进的超音速气流物理粉碎技术，通过超精密设备生产出的平均粒径在40-100纳米（ 1 毫米＝ 1000000000纳米）左右的纳米级珍珠粉，细度只有人体毛孔的1/100，也就是是说将一颗直径8毫米的珍珠通过纳米技术粉碎等分，可粉碎为64万亿粒，相当于每个地球人都可以拿到1万多粒。

At present, more and more attentions are given to the micrometer/nanometer technologies .

微／纳米技术是当前科研领域的一大热点，作为微／纳米技术的一个重要分支——微／纳米级测量技术自然也受到了广泛的重视。

At last pointed out that millimicron technique will cause another industrial revolution , a necessary scope for nation's prosperity.

通过展望科学家在纳米技术方面的最新研究成果，论述了纳米技术将在人们的日常生活和经济发展中起到意想不到的作用，最后指出纳米科技将会引发新一轮的产业革命，该领域将成为我国实现强国富国之梦的必争之地。

In this paper,we introduced the basic mechanism of Nano- gold and Quantum-dot ,and interaction with biology.

本文阐述了纳米金和量子点两种纳米探测技术的工作原理，及其与生物相互作用的机制，介绍了近期它们在生物学检测方面的研究进展，并对纳米技术在生物学领域的发展进行了展望。

This new material and its science and technology have involved with nearly all the existing scientific and technical fields,which has been paid attention to by the scientific circle all over the world.

自1984年德国科学家Gleiter提出了纳米晶材料的概念并首次获得人工制备的纳米晶体后，1987年美国的Siegel博士又研制成功纳米TiO2材料以来，世界各国材料科学家竞相开展对这种新材料的研究工作。1992年11月在墨西哥的坎昆召开了第一届国际纳米结构材料会议，同年出版了有关纳米材料的新杂志，这标志着有关纳米材料和纳米技术的研究进入了一个崭新的阶段。

According to some research on medicines, such as innovations of medicines with nano-technology, medical applications of nano-materials and develop-pments of nano-scale diagnostical and analytical agents, several applications of nanotechnology in pharmic research are reviewed.

从纳米技术对现有药物的改造、纳米材料的药用研究和纳米诊断及分析试剂等药物研究领域出发，综述了纳米技术在药学研究中的若干应用。

This paper simply introduces the definition of NT, nanometre materials, and the research and development ...

文章综述了纳米技术的概念、纳米材料及纳米技术的研究情况

First,analysing the history and actuality from the idea origin from nanotechnology, talk about the skimble-scamble basic conception of nanotechnology,definite the basic intension and extension of nanotechnology in this article.

首先从纳米技术的思想来源出发，对纳米技术发展的历史及现状进行分析，就目前纳米技术基本概念不统一的问题进行分析，明确本文中纳米技术的基本内涵与外延。

Breath, muscle contraction of the buttocks; arch body, as far as possible to hold his head, right leg straight towards the ceiling (peg-leg knee in order to avoid muscle tension).

呼气，收缩臀部肌肉；拱起身体，尽量抬起头来，右腿伸直朝向天花板（膝微屈，以避免肌肉紧张）。

The cost of moving grain food products was unchanged from May, but year over year are up 8%.

粮食产品的运输费用与5月份相比没有变化，但却比去年同期高8％。