分子器件

分子器件及通用分子器件模型（UDM）的理论研究

Theoretical Study of Molecular Device and Universal Device Model

结果表明，分子器件的电子输运性质与其相对于AGNRs电极的位置有极大的关系，这主要是由于AGNRs具有特殊的布洛赫态分布。

We find that the electronic transport properties of the molecular device are greatly influenced by its position relative to the AGNRs electrodes , which are attributed to the especial Bloch states of AGNRs .

因此，如果DNA具有导电性，将是纳米导线及分子器件的理想材料。

Therefore , if DNA is a conductor , it will be the ideal material for nano-line and molecular electronics .

超分子光化学分子器件（PMD）的研究进展

The development of supramolecular photochemical molecular devices

在过去的几十年中人们的注意力主要集中于这一方式上，并且取得了很大进展。（ii）另一种方式是通过引入第三个电极对分子器件的电荷输运性质进行调控。

Over the past few decades , people paid more attention on this approach , and have made great advances ,( ii ) The other approach is introducing a third electrode .

本文以分子器件和生物传感器为应用背景，介绍了各种仿生功能膜的类型，如LB膜、脂质体、泡囊等。

Variety of biomembrane-mimetic systems such as LB film , liposome , vesiCle etc . have been introduced as the functional parts of molecular devices and biosensor .

更有意思的是，通过改变具有扶手椅型边界的SGNR的宽度，可以使分子器件实现从金属性到半导体性的转变。

More interestingly , the transitions from metal to semiconductor can be realized by changing the width of the SGNRs with armchair edges .

利用量子化学软件分析分子器件上的电子输运性质

Electronic transport properties of molecular device analysis using quantum chemistry software

分子器件的电子输运性质主要由两个因素来决定。

The function of molecule device is decided by two factors .

基于非贵金属催化剂的光致产氢分子器件研究

Molecular Devices for Photoinduced Hydrogen Production Based on Non-noble Metal Catalysts

轮烷研究&从超分子组装到分子器件

Rotaxane : From Supramolecular Self - Organization to Molecular Devices

溶剂环境对分子器件电学性质的影响

The Effects of Solvent Environment on the Electronic Properties of Molecular Devices

第二部分讨论了有机分子器件的电荷输运问题。

The second part discusses the charge transport of organic molecular devices .

它们可以在设计制作分子器件时考虑使用。

They may be considered to use in designing and making molecular devices .

新型分子器件&分子马达

A new type of molecular device & molecular motors

安替比林类有机光电转换分子器件的结构设计与验证

Structural Design and Demonstration on Antipyrine Derivatives for Organic Photovoltaic Conversion Molecular Devices

分子器件制作方法研究进展

Progress in the Technique of Framing Molecular Devices

卟啉超分子化合物在分子器件中的应用

Applications of Porphyrin Supramolecular Compounds in Molecular Devices

分子器件的研究进展试论《麦克白》中的主要戏剧手法及其效果

Molecular devices A Study of the Major Dramatic Devices and Their Effects in Macbeth

结果显示这三个分子器件都表现出类金属的输运性质。

The results show that all the three molecular junctions display metallic transport behavior .

金属离子识别型光调控分子器件的研究

Studies on Molecular Devices Based on Metal-ionic Recognition

基于聚亚苯基分子器件的二进制减法器

Binary Subtractor Based on Polyphenylene Molecular Device

电极距离对分子器件电输运特性的影响

Effect of the distance between electrodes on the electronic transport properties of single molecular devices

电极维度对单分子器件伏安特性的影响

Effect of the electronic dimensionality of electrodes on the current-voltage characteristics of single molecular devices

第二个课题是关于分子器件量子输运的理论研究。

The other subject is the theoretical study of the quantum transport in conjugated molecules .

几种笼状含能材料及均三嗪类分子器件的理论研究

Theoretical Investigation on Several Kinds of Caged Energetic Materials and the Molecular Devices of s-Triazine Series

以分子器件为背景的仿生功能膜

Biomembrane-Mimetic Film for Molecular Device Applications

摘要分子器件作为下一代电子器件近年来得到了迅速的发展。

As the next generation of electronic devices molecular devices have developed rapidly in recent years .

研究发现氟原子基团的引入调整了分子器件的结构和电子特性。

It is found that the structure and electronic properties of the molecular device have been modified .

计算研究结果表明，分子器件的电子输运性质将随着分子间相互作用类型的不同而发生改变。

The results show that the electronic transport properties vary with the types of the intermolecular interaction .