Titlebook: Introduction to Organic Electronic Devices; Guangye Zhang,Chen Xie,Shunpu Li Book 2022 The Editor(s) (if applicable) and The Author(s), un

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Organic Field-Effect Transistors,rties of organic semiconductors. OFETs act as excellent devices for investigation of charge transport in organic semiconductor (OSC) materials. Compared to conventional silicon-based transistors, OFET with conjugated small molecules or polymers can be conveniently fabricated at a low temperature as

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Organic Photovoltaic Devices, be used to make OTFT devices. In addition to charge transport properties, some organic semiconductors can also realize high-light-absorption coefficients, which makes them candidates for photovoltaic applications. Considering the ease and flexibility of their synthesis, organic semiconductors can b

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Organic Semiconductor Laser,based on an organic luminophore, usually a conjugated aromatic hydrocarbon molecule, which have long attracted the attention of researchers because of their advantages of simple fabrication, low-cost, easy integration, flexibility, and biocompatibility. Compared with inorganic laser media, organic l

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Organic Photocatalysts for Water Splitting,as resulted in the emission of large amounts of carbon dioxide (Hoffert MI (2010) in Science 329:1292–1294), which has caused an increase of earth’s surface and air temperature. The conversion of wind, solar, and other renewable energy sources is expected to deliver most of the useful electric energ