Study on the Conductivity of a Series of Functionalized Molecular Wires

1、

The electronic transmission through the molecular wire, metal/ C_2H_2/ metal, is studied using a tight-binding model and the transfer-matrix technique.

在紧束缚近似下，利用转移矩阵法对金属/C2H2/金属结构的分子导线的电子输运性质进行了研究。

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2、

Theoretical Studies on Diphenylacetylene Molecular Wire under External Electric Field

电场作用下二苯乙炔分子导线理论研究

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3、

The abnormal thermophysical properties are key parameters that are very difficult to get in the researches of micro-devices or nano-devices.

这些超常的性质是当前微/纳米器件研究的关键参数，但也同时是十分难获得的参数。

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4、

These results may be important as basis and reference for us to design devices with special function.

这些结果可以为设计特殊性能的纳米器件提供理论依据和参考。

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5、

These inclusion complexation systems have great potentials in designing and preparing stimulated functional materials and supramolecular nano-devices.

这些主客体体系在设计、制备刺激响应型功能材料以及超分子纳米器件中具有广阔的发展前景。

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6、

These results and discussions are significant for the practical preparation and development of the nanotubes-based electronic devices.

这些讨论和结论对于介观纳米器件的实际制备和开发具有重要意义。

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7、

The research benefits ours understanding the experimental results observed and provides theoretical guidance on producing nanoscale devices.

这种研究有助于理解实验结果，并且为制造纳米器件提供理论上的指导。

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8、

On the other hand, grapheme in devices is unavoidable under various tensile and compressive strains.

另一方面，石墨烯在纳米器件的应用中不可避免地会受到强的拉应力和压力。

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9、

During recent decades, varieties of rectification devices based on two main mechanisms have been developed.

近年来，人们已经发展出基于两类不同整流机理的纳米器件。

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10、

Electron beam lithography machine is the key instrument for mask making and research of nanometer device.

电子束曝光技术是掩模版制作和纳米器件研究的主要手段。

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11、

Besides potential applications in nano devices, graphene also is a good candidate for catalyst support.

石墨烯除了在纳米器件中具有潜在的用途外，它也是催化剂载体的优秀候选材料。

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12、

Development of nano-scale devices

纳米器件研究进展

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13、

Self-assembled conducting polymer nanometer scale devices

导电聚合物自组装纳米器件

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14、

We find that the topological configurations play an important role in graphene nanoribbon based devices.

我们发现拓扑结构在石墨烯纳米器件中扮演着重要的角色。

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15、

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

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16、

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

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17、

The Electric Measure for Nano-equipments and Materials

纳米器件与材料的电气测量

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18、

Nano devices and single-electron transistors

纳米器件与单电子晶体管

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19、

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。

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20、

The important development direction of device is molecular device.

纳米器件的一个重要发展方向是分子电子学器件。

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