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     An organic thin-film field-effect transistor(OTFT) with top-gate structure was designed and fabricated by the method of fully-evaporation,with organic semiconductor pentacene as the active layer and teflon as the insulator layer,which could operate in low voltage due to the thin organic insulator layer.
     用有机半导体并五苯作为有源层,聚四氟乙烯作为绝缘层,采用全蒸镀方式在真空室一次性制备了正装结构的有机薄膜场效应晶体管(OTFT)。
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     All Changed
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     complete curve of a three-point bending concrete beam is realized.
     曲线.
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     All-organic Thin-film Field-effect Transistors Fabricated by Fully-evaporation
     镀法制备有机并五苯薄膜场效应晶体管
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     Explanation about transmutation and steaming
     变释义
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     The paper presents the real-time entire working condition model of capacity and speed of saturated stream steam turbine.
     介绍了船舶饱和汽轮机功率、转速工况实时仿真模型。
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We have fabricated pentacene organic thin-film field-effect transistors (TFTs) by all-evaporation method. In this method, the active layer and the dielectric layer were fabricated by evaporation using pentacene and the poly(methylmethacrylate) (PMMA), respectively. The devices have a low operating voltage ranges and a higher mobility. The device operating mechanism has been discussed.

利用全蒸镀法,以并五苯作为有源层,聚甲基丙烯酸甲酯(PMMA)作为绝缘层,制备了全有机薄膜场效应晶体管(TFT).测试结果表明,器件具有较低的工作电压和较高的场效应迁移率.对工作机理进行了探讨.

An organic thin-film field-effect transistor(OTFT) with top-gate structure was designed and fabricated by the method of fully-evaporation,with organic semiconductor pentacene as the active layer and teflon as the insulator layer,which could operate in low voltage due to the thin organic insulator layer.The structure and fabrication method make it easy to integrate an organic pixel with an organic light-emitting diode(OLED) driven by an OTFT based on a transparent substrate.The channel resistance and the source-drain...

An organic thin-film field-effect transistor(OTFT) with top-gate structure was designed and fabricated by the method of fully-evaporation,with organic semiconductor pentacene as the active layer and teflon as the insulator layer,which could operate in low voltage due to the thin organic insulator layer.The structure and fabrication method make it easy to integrate an organic pixel with an organic light-emitting diode(OLED) driven by an OTFT based on a transparent substrate.The channel resistance and the source-drain contact resistance of OTFT were investigated,and the results indicated that the latter is the main factor to affect the electric performances of OTFTs.Finally,an organic pixel was integrated with an OLED driven by an OTFT on the transparent glass substrate,and a bright red emitting from an 100 μm×200 μm OLED was obtained for naked eye.

用有机半导体并五苯作为有源层,聚四氟乙烯作为绝缘层,采用全蒸镀方式在真空室一次性制备了正装结构的有机薄膜场效应晶体管(OTFT)。薄的有机绝缘层使得器件工作在低电压下,有机薄膜场效应晶体管易于与显示像素(有机发光二极管(OLED))集成在同一个透明的刚性或者柔性衬底上。研究了有机薄膜场效应晶体管的源漏接触电阻和沟道电阻对器件性能的影响,结果表明接触电阻是影响器件性能的主要因素。在透明的玻璃衬底上实现了有机薄膜场效应晶体管对同一衬底上100μm×200μm红色有机发光二极管的驱动。

According to monitor the changes of groundwater level and soil moisture potential by negative pressure meter in Await good harvest irrigation district,changes law of the Zero Flux Plane and movement process of field water under condition of surface irrigation in arid and inland river irrigation areas was studied.The result is as follews: A stable single radiation ZFP was formed under ground of 100 cm before irrigation season;after winter irrigation,a single polymerization ZFP was formed in the same soil depth.In...

According to monitor the changes of groundwater level and soil moisture potential by negative pressure meter in Await good harvest irrigation district,changes law of the Zero Flux Plane and movement process of field water under condition of surface irrigation in arid and inland river irrigation areas was studied.The result is as follews: A stable single radiation ZFP was formed under ground of 100 cm before irrigation season;after winter irrigation,a single polymerization ZFP was formed in the same soil depth.In irrigation season,there is a single radiation ZFP under ground of 100 cm between first and second irrrgation;during third and fifth irrigation,there are several ZFPs in early period after irrigation,it disappeared in late!period;the movement of soil water and underground water showed that the soil water and the water supplied by underground completely evaporated.

以新疆阿瓦提县丰收灌区为例,通过负压计、地下水埋深监测,研究了在干旱内陆河灌区地面灌溉条件下零通量面形成变化规律和田间水的运动转化过程。分析结果表明:灌溉季节开始前,在地表下100 cm处形成稳定、单一的发散型零通量面(ZFP);冬灌后,在同样土层深度形成单一的聚合型ZFP。灌溉季节,头水和第2水期间,最终在地表下100 cm处形成稳定的单一发散型ZFP。第3水至第5水期间,灌水后早期有多个ZFP,晚期ZFP消失,土壤水和地下水的运动表现为地下水补给土壤水的全蒸发型运动状态。

 
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