光电分子

The major content of this course includes: calculation, measurement and control of solid surface composition, the structure of solid surface, electronic potential, energy band structure and surface energy state of solid, the action between gas and solid surface, chemistry behaviors of molecular on solid surface (chemisorption and catalysis of solid surface), activation and passivation of solid surface, fundamental principle and application of photo and electricity surface reaction, design of solid surface functional materials, and etc.

基本内容包括：固体表面组成计算、测定与调控，固体表面结构表示方法、测定与控制，固体表面电子势和表面态、固体表面能带结构以及固体能带的测定，固体表面的功能、气体-固体表面间的作用以及气体-固体表面作用的研究方法，分子在固体表面上的化学行为(化学吸附和固体表面催化作用)，固体表面的活化与钝化，光电表面化学反应基本原理及应用，固体表面功能材料的设计等领域。

And the law of conservation of energy, metabolism, photoelectric transformation, electromagnetic transformation, photosynthesis, general and specific theories of relativity, monomolecular, monatomic theory, life science, cell theory, gene theory, anthropic principle, uncertainty principle, and the theory of "cosmic explosion" are all concrete evidences of natural sciences for the Great Balance Theory.

而以往能量守恒定理、新陈代谢、光电转换、电磁转换、光合作用，广义、狭义相对论、单分子、单原子理论、生命科学、细胞学说、基因学说、人择原理、测不准原理及"宇宙大爆炸"等理论，都为大平衡提供了自然科学的实证依据。

Through the invention, an infrared light is up-converted into a visible light which can be easily absorbed by a dye-sensitized nano material, and can help dye molecules to absorb sunlight of wider spectrum, thereby further improving the photoelectric conversion efficiency of the cell.

本发明它可将红外光上转换为染料敏化纳米材料易于吸收的可见光，可以有利于增强染料分子吸收更宽谱域的太阳光，这样将进一步提高电池的光电转换效率。

Time-dependent-wave-packet method is an important way of studying the photoelectron spectra of molecules.

含时波包方法是研究分子光电能谱的一个重要手段。

Physics properties and photoelectric properties of starburst complex can be optimized independence and we can control the interaction in the molecule.

它的物理性质和光电性质可被独立优化，使之适合控制分子内的相互作用。

MBE growth;Quantum well;Stibium;Photodetector;Photo transistor

中文关键字分子束磊晶生长；量子井；锑；光侦测器；光电晶体

Firstly, it summarizes the general evolution history of organic electronics, introduces several key devices of organic electronic devices, such as OLED, organic unimolecular electronic, organic sensor,et al., their development and actuality.

首先综述了有机电子学的发展概况，介绍了有机电子器件中几种关键的器件如有机发光器件，有机光电探测器，有机单分子器件，有机传感器等，以及发展概况、目前现状等。

A conjugation small molecule containing both 3T moiety and diacetylene moiety is synthesized. It will be interesting to investigate the potential application in FET of the cubic organic semiconductor formed by topology polymerization.

合成了含有三聚噻吩(3T)和可引发拓扑聚合的双炔官能团的小分子光电材料，成膜后引发拓扑聚合形成&体型&聚合物半导体材料，探讨它在场效应管中的应用将是很有意义的工作。

The low rate of the electron transfering through the multicrystalline network of a nano-crystalline thin film, and the low efficicency of the dye absorbing the low energy photons are two limiting factors that influence the photoelectric conversion efficiency of the cells.

电子通过纳米晶薄膜多晶网络的低速率和染料分子对低能量光子的低吸收率是影响染料敏化太阳电池提高光电转换效率的两个主要原因。

In this article, the works on fullerene supramolecular architectures assembled by hydrogen bonding are reviewed and prospected.

具有独特的结构和良好的性能的[60]富勒烯超分子体系在有机光电器件、超分子器件和催化等方面有着广阔的应用前景。

Plunder melds and run with this jewel!

掠夺melds和运行与此宝石！

My dream is to be a crazy growing tree and extend at the edge between the city and the forest.

此刻，也许正是在通往天国的路上，我体验着这白色的晕旋。