【摘 要】
：
Organic semiconductors have become promising candidates for gas sensors,spin valves etc.Nanostructured organic films with intact surfaces and less defects a
【机 构】
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Material Systems for Nanoelectronics,Technische Universit(a)t Chemnitz,09107 Chemnitz,Germany
【出 处】
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2015 Shanghai Thin Film Conference(2015上海薄膜国际会议)
论文部分内容阅读
Organic semiconductors have become promising candidates for gas sensors,spin valves etc.Nanostructured organic films with intact surfaces and less defects are necessary for improving performance of these organic devices.However,it is a persistent challenge for integrating nanoscale organic devices with reliable electrode contacts and semiconductor properties.In this talk,I will present our recent progress on developing a new protocol for fabricating organic nanostructure diodes,in which the molecular nanostructures are sandwiched between metal and strained nanomembrane electrodes [1].The application in gas sensor and organic spintronic devices will be demonstrated and discussed.In the second part,I will introduce a new method for fabricating hybrid supedattice structures based on a "rolled-up,compressed and focused-ion-beam cutting" technique.Hybrid systems with smooth mechanically jointed interfaces can be produced by integrating metals,semiconductors,oxides and organic materials [2].
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