Field Emission Properties of Nitrogen-doped Amorphous Carbon Films

来源 :半导体光子学与技术:英文版 | 被引量 : 0次 | 上传用户:jumglezhang
下载到本地 , 更方便阅读
声明 : 本文档内容版权归属内容提供方 , 如果您对本文有版权争议 , 可与客服联系进行内容授权或下架
论文部分内容阅读
Nitrogen-doped amorphous carbon thin films are deposited on the ceramic substrates coated with Ti film by using direct current magnetron sputtering technique at N2 and Ar gas mixture atmosphere during deposition. The field emission properties of the depos
其他文献
An analysis is given to explain the instability of the high conductivity property of nc-Si:H fabricated.Detailed discussion is carried out concentrating on the
Erbium fiber grating ring laser(EFRL)witn an integrated travelling wave and low polarization mode noise is reported.Through modulated experiment of a successful
By use of the Keldysh nn-equilibrium Green's-function methods,the third harmonic susceptibilities of two polyaniline families,PANI-HCl巨PANI-H3PO4,arc calcula
A color image formation method is presented with thermosensitive liquid crystal polymers .The liquid crystal polymers are capable of reversibly assuming optical
A new vision coordinate measuring system——single camera 3-D coordinate measuring system based on optical probe imaging is presented. A new idea in vision coor
A GaAs/GaAlAs transmission photocathode surface topography is examined with a scanning electron microscope(SEM)in the secondary emission mode.The contribution
Charged centers exist in the phosphor layer of the common thin film electroluminescent devices.In this article,electron scattering process due to these centers
The key methods of detection and classification of the electroencephalogram(EEG) used in recent years are introduced . Taking EEG for example, the design plan o
The major features of the display technologies for 3G cellular phone are reviewed. The comparison between their potential candidates for 3G cellular phone is gi
A broadband amplifer with transadmittance and transimpedance stages is designed and two types of improved AGC amplifiers are developed on the base of theory st