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Research Progress of Molecular Structure and Properties of Organic Semiconductor Materials

Yufei Lu

School of Physical Science and Technology, Xinjiang University, Urumqi, Xinjiang, China.

*Corresponding author: Yufei Lu

Published: 5 August 2022 How to cite this paper

Abstract

This article starts from organic semiconductor materials and the effective explo-ration of their molecular properties and structure. It can be known that organic molecules are an important part of organic semiconductor materials, which are different from traditional semiconductor materials, and carbon-carbon double bonds are organic Necessary factors for the molecular structure in semiconductor materials, and the carbon-carbon double bond structure in the molecular structure of organic semiconductor materials will continue to expand to many adjacent atoms, so it is divided into two types of small molecules and polymers. The conductivity is between the metal and the insulator. The doping method can be used to change its conductivity type and conductivity. Its performance and usefulness are obvious. Based on this, this paper focuses on the research progress of the molecular structure and properties of organic semiconductor materials.

KEYWORDS: Semiconductor, Material molecule, Structure, Performance, Research progress

References

[1] Yu Gui. (2015). New organic semiconductor materials and their carrier transport properties [A]. Proceedings of the 9th National Conference on Organic Chemistry of the Chinese Chemical Society [C]. 2015. 

[2] Shi Jianwu, Yi Wenjing, Sun Huiliang, Wan Shisheng, Wang Hua, Kan Yuhe. (2014). Organic semiconductor materials based on trithiophene isomers [A]. Abstracts from the 29th Annual Academic Meeting of the Chinese Chemical Society— Session 17: Optoelectronic Functional Devices [C]. 2014. 

[3] Meng Qing, Li Hongxiang, Hu Wenping. (2014). Synthesis and Field Effect Properties of Organic Semiconductor Materials Containing C≡C [A]. Abstract Collection of the Eighth National Symposium on Organic Solid Electronic Processes and Chinese Organic Photoelectric Functional Materials [A]. 2014.

[4] Zheng Minyan, Hou Yahui, Zhang Guowei, Jia Yao, Guo Ni. (2018). Research Progress on Molecular Structure and Properties of Organic Semiconductor Materials [J]. Xianyang Normal University Journal, 2018-06.

How to cite this paper

Yufei Lu. Research Progress of Molecular Structure and Properties of Organic Semiconductor Materials. OA Journal of Chemistry and Materials, 2022, 1(1), 13-15.


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