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Photoswitchable OFETs controlled by optical bistability in the dielectric layer

机译:由介电层中的光学双稳性控制的可光转换的OFET

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Interest in electronic properties of organic materials has been stimulated by emerging prospects of their application in electronics and photonics [1–4]. Among potential applications, one may envisage use of organic materials as active elements of molecular switches. According to a general definition, a switch is a mechanical, electrical, electronic, or optical device for opening or closing a circuit, or for diverting energy or charge from one part of a circuit to another. In this context, photochromic materials have been extensively studied.
机译:有机材料在电子学和光子学中的新兴应用激发了人们对有机材料电子学特性的兴趣[1-4]。在潜在的应用中,可以设想使用有机材料作为分子开关的活性元素。根据一般定义,开关是用于断开或闭合电路或用于将能量或电荷从电路的一个部分转移到另一部分的机械,电气,电子或光学设备。在这种情况下,已经对光致变色材料进行了广泛的研究。

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