Titlebook: Design, Synthesis, and Structure-Property Relationship Study of Polymer Field-Effect Transistors; Ting Lei Book 2015 Springer-Verlag Berli

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https://doi.org/10.1007/978-1-4615-5601-5More and more studies have demonstrated the substantial impact of flexible side chains on the device performance of organic semiconductors. In this chapter, we present our research on isoindigo-based polymer FETs through careful analysis of the influences of side chains. Besides, donor symmetry and backbone curvature effects are also investigated.

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Side Chain Effects and Design of Isoindigo-Based Polymers,More and more studies have demonstrated the substantial impact of flexible side chains on the device performance of organic semiconductors. In this chapter, we present our research on isoindigo-based polymer FETs through careful analysis of the influences of side chains. Besides, donor symmetry and backbone curvature effects are also investigated.

钻孔

Enrique Castillo,Angel Cobo,Rosa Eva Prunedae advantage such as low cost, solution processable, mechanically flexible, and compatible with heat-sensitive substrates. Polymer-based electronic materials are becoming one of the most active research areas in chemistry, material science, and electronic engineering. In the past few years, significa

钻孔

Functional Neuroanatomy of the Pain System,l application in organic light-emitting transistors. However, isoindigo-based polymers are usually p-type polymers with very low electron mobilities. In this chapter, electron-withdrawing groups are introduced on isoindigo to lower its LUMO level. High performance ambipolar FETs are demonstrated for

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Painstaking

Theoretical Background of MR Imagingon of isoindigo polymers, but also enable better fundamental understanding of the structure property relationships in conjugated polymers. However, to advance the practical application of polymer field-effect transistors, challenges persist.

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