nano devices的例句大全

Nanometer ZnO have extensive application prospects in the field of optoelectronic and microelectronic devices. However, the uniform particle distribution, high-density and crystalline of the present ZnO nano arrays cannot reach the requirements of ZnO nano arrays devices.

纳米ZnO在光电子器件和微电子器件等领域具有广泛的应用前景，而目前纳米ZnO阵列粒度分布均匀性、高密度、结晶性能还达不到纳米ZnO阵列器件的要求。

The research deals with functional nano powder, fabrication of heterozygous material, 1-D nano material and devices.

本方向主要开展功能性纳米粉体、纳米杂化材料制备技术及一维纳米材料与器件的研究。

The fabrication technology of nano film is a key in the research of nano electron/ photoelectron devices based on the Top-Down machining.

在利用Top-Down方式加工纳米电子器件和纳米光电子器件的研究中，纳米薄膜的制作和加工技术是一个关键环节。

It has wide range of applications in nano-optoelectronic devices, superconductors, electrical and mechanical brakes, electrochemical capacitors, nanowires and nano-composite materials.

在纳米光电器件，超导体，机电制动器，电化学电容器，纳米线，纳米复合材料等方面应用很广泛。

graphene& material has broad application prospects in nano-microelectronic devices, optoelectronic devices, spin quantum devices, as well as new composite materials.

Graphene材料在纳米微电子器件、光电子器件、自旋量子器件以及新型复合材料方面有着广泛的应用前景。

Nano-particle size is only one eightieth of the hair, also known as Advanced Micro Devices particles.

纳米 粒子大小只有头发丝的八十分之一, 也被称为超微颗粒.

The research deals with functional nano powder, fabrication heterozygous material, 1-D nano material and devices.

本方向主要开展功能性纳米粉体 、 纳米杂化材料制备技术及一维纳米材料与器件的研究.

Silicon is regarded as the most important semiconductive material, as well as the basic material of micro-or nano-scale opto-electronic integrated devices in the future, due to its excellent properties including rich resources, relatively low price, narrow band gap, biological non-toxicity.

硅材料具有资源丰富、价格相对低廉、禁带宽度较窄、生物无毒性等诸多优点，是最重要的半导体材料，同是也将是未来微纳米光电集成的基础材料。

The continuous scaling of CMOS devices to deep nano technology and inexorable reduction in supply voltage greatly challenge technology.

随着CMOS技术发展至深纳米工艺级别，器件尺寸等比例缩小和电源电压持续降低引发了巨大的技术挑战。

Is Moore law out of date since Nano electronic devices have been appeared?

纳电子器件出现后会使摩尔定律过时 吗 ?

The Shot Noise and Its Control in the Double Potential Barrier Structure of Nano-electronic Devices

纳米器件中双势垒结构的散粒噪声分析及抑制

AFM Oxidation of Ti Oxide Lines for Nano Photoelectric Devices

用于纳米光电器件的Ti纳米氧化线的AFM加工

One of the important research directions is the fabrication of nano electrical devices including transistor and sensor by bottom-up method using carbon nanotubes as building block.

一个主要的研究方向是以碳纳米管为模块，采用自下而上的构筑方式制备纳电子器件（包括晶体管、传感器等）。

Rapid development of Nano Science Technology provides potential and new technology for gas detection. How to use the peculiar physical and chemical properties of nano materials for fabricating new gas detection devices has become one of the hottest spots of the present Nano Science Technology research.

纳米科技的高速发展为气体检测提供了新的发展方向和方法，如何利用纳米材料独特的物理、化学性质检测气体已经成为当代纳米科学技术的研究热点之一。

Nano-architecture on the Surface of Solid State and Function Devices

固态表面的分子纳米构筑与功能器件

Gecko-inspired adhesive micro& nano structures have been demonstrated to own high adhesion strength, reusable and self-cleaning features and have a broad application prospects in the fields of MEMS devices, biomedical devices and bio-mimetic robots.

仿壁虎脚趾制成的微纳仿生粘附结构具有高粘附强度、可重复利用、自清洁等特点，在微纳米器件、仿生医疗器件、仿生机器人等领域有着广泛应用前景。

SERS technology is not only an effective means on studying the structure of DNA molecular, but also on the mechanisms for nano-technology devices made of DNA molecules.

SERS技术不仅是研究DNA分子结构的有效手段，也可望成为研究利用DNA分子制成的纳米器件机制的重要技术。

The problems and tendency of developing nano-scale devices are analyzed.

分析了纳米器件研究发展中存在的问题和发展趋势。

Development of Surface Patterning in Nano-electronic Devices

图形化技术在纳米器件制造中的应用研究进展

Development of nano-scale devices

纳米器件研究进展