【摘 要】
：
Organic semiconductors have attracted comprehensive interest among researchers all over the world,in particular as active components in organic electronic devices and molecular electronics.Compared wi
【机 构】
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State Key Laboratory of Molecular Reaction Dynamics, Dalian Institute of Chemical Physics, Chinese A
【出 处】
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2012年理论与高性能计算化学国际会议(ICT-HPCC12)
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Organic semiconductors have attracted comprehensive interest among researchers all over the world,in particular as active components in organic electronic devices and molecular electronics.Compared with inorganic semiconductor,organic semiconductor materials possess greater advantages such as low cost,versatility of chemical synthesis,ease of processing,and flexibility.[1] The electrical anisotropy of organic materials has attracted much attention since it was first found by Sundar et al.in rubrene crystals in 2004.[2] Although there are several theoretical studies about anisotropic hole mobilities,a systemic investigation of anisotropic hole mobilites is still lacking.
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