Effect of non-resonant polarized laser irradiation on the formation of nanostructured organic thin films

Organic semiconductor power devices have been attracting increasing attention due to their advantages such as flexibility, low fabrication cost, and sustainability. They have found wide applications in fields such as flexible electronic devices and biomedical devices. However, in the field of power applications, the lack of reliable organic semiconductor power devices is mainly attributed to the limited thermal stability and electrical stability of organic materials. This article provides a detailed review of the development status of organic semiconductor power devices from three aspects: device structure, organic materials, and fabrication methods. It clarifies that the future development goal is to enhance the voltage resistance and thermal stability of organic transistors through higher-performance structure design, higher-mobility materials, and higher-quality fabrication methods. The continuous innovation and development of the structures, materials, and fabrication of these devices will generate more novel devices, offering more possibilities for the application of organic semiconductor power devices. This information is of great reference value and guidance significance for engineers in related fields.

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Effect of non-resonant polarized laser irradiation on the formation of nanostructured organic thin films

Cited by 3 publications

References 16 publications

Formation of oriented luminescent organic thin films on modified polymer substrate

Formation of oriented luminescent organic thin films on modified polymer substrate

Alignment of luminescent liquid crystalline molecules on modified PEDOT:PSS substrate

Research and Progress on Organic Semiconductor Power Devices

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