薄膜二极管

用原子力显微镜和透射电子显微镜分析了Ta2O5膜的微结构，测试了MIM薄膜二极管的IU特性曲线。

The microstructure of tantalum oxide film was analyzed by Atomic Force Microscope and Transmitting Electron Microscope . The I U characteristics of the MIM thin film diode were also measured .

热处理对MIM薄膜二极管中Ta2O5膜表面形貌的影响

Effect of Heat-treatment on Surface Appearance of Ta_2O_5 Film in MIM Thin Film Diode

多层介质膜MIM薄膜二极管的I-V特性研究

I-V Character of MIM Thin Film Diode with Multilayer Insulator Film

MIM薄膜二极管Ta2O5绝缘膜的AFM分析及其I-V特性研究

AFM Analysis of Ta_2O_5 Insulator Film and the I V Characteristics Investigation of the MIM Thin Film Diode

热处理对MIM薄膜二极管Ta2O5绝缘膜微结构及其IU特性的影响

Influence of Heat-treatment on the Microstructure of Ta_2O_5 Insulator Film and the I-U Characteristics of the MIM Thin Film Diode

在层状铁电薄膜二极管中的界面电位降

Voltage Drop at the Interface in Multilayer Ferroelectric Films Diode

大电流高开关比非晶硅薄膜二极管研究

An a-si Thin Film Diode with Big Current and High on / off Ratio

用于有源矩阵液晶显示的Ta-Ta2O5-TaMIM薄膜二极管

A MIM Thin Film Diode with Ta Ta 2O 5 Ta Used for Active Matrix LCD

通过载流子注入和复合输运模型，分析比较了温度和电场对pin注入型非晶硅碳薄膜发光二极管（a-SiC：HTFLED）发光亮度的影响。

The paper analyzes the effect of temperature and electric field on luminosity of an amorphous silicon carbon thin film light-emitting diode ( a-SiC : H TFLED ), in terms of the transport model of carrier injection and recombination .

本文详细测试了用RF-PECVD法制备的非晶硅碳薄膜发光二极管的光强电流特性和温度对器件发光强度的影响。

Luminescence-current characteristics and temperature influence on luminescence of a-SiC thin . film light-emitting diodes fabricated by RF-PECVD methed have been measured clearly .

以单层聚对苯乙炔（PPV）薄膜发光二极管为例，研究其薄膜中的电场分布，探讨其电场分布对载流子注入、输运和复合的影响。

Taking single layer poly ( p phenylene vinylene )( PPV ) thin film light emitting diodes ( LEDs ) as example , the electric field distribution in PPV thin film and its effect on injection , transportation and combination of carriers are investigated .

有机/无机异质结薄膜发光二极管

Thin Film Light-emitting Diodes with Organic / Inorganic Heterostructure

有机薄膜发光二极管失效过程的动态观察和分析

Dynamic Observation and Analysis of the Degradation Process in Organic Light emitting Diodes

硅衬底上聚丙烯酰胺/氧化锌纳米线薄膜蓝色发光二极管

Blue light-emitting diode based on ZnO nanowire / polyacrylamide film on silicon substrate

采用以金刚石薄膜为阴极的二极管结构测试了场发射特性，在6Vμm的电场下，场发射电流为5μA。

The field emission characteristics were measured by a diode structure using diamond film as cathode . The emission current was 5 μ A under 6 V / μ m ( emission area is 4 mm 2 ) .

非晶硅薄膜晶体管聚合物发光二极管&用于未来的平板电视

A-Si TFT-PLEDs & for Future Flat Televisions

随着科技的发展，透明导电氧化物薄膜由于在发光二极管、激光器、平面显示和薄膜太阳能电池等领域的广泛应用而受到越来越多的关注。

With the development of science and technology , transparent conductive oxide films have attracted more and more attentions for their widely used in light-emitting diodes , laser , flat panel displays and thin film solar cells .