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Polymer semiconductor development mobilities

M. Funahasi, Development of liquid-crystalline semiconductors with high carrier mobilities and their application to thin-film transistors. Polym. J. 41, 4594 69 (2009)... [Pg.247]

In addition, charge carrier mobilities larger than 1 cm A/ s for processable semiconductors are needed. These values have to be achieved in the final device using high volume processes. Charge carrier mobility in the order of 5-10 cmWs would be a major advance since it enables more complex devices. As a result, the existing materials have to be optimised or new material classes have to be developed. In addition to polymers, this includes small molecule and inorganic semiconductor materials as well as nanomaterials and new hybrid systems that can be processed from solution. [Pg.9]

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See also in sourсe #XX -- [ Pg.401 ]



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