PHOTOCONDUCTORS

作品数：3被引量：1H指数：1
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相关期刊：《Optoelectronics Letters》《American Journal of Analytical Chemistry》《International Journal of Minerals,Metallurgy and Materials》更多>>
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Uncooled InAs_(0.09)Sb_(0.91) photoconductors with cutoff wavelength extended to 11.5 μm
《Optoelectronics Letters》2015年第5期352-355,共4页高玉竹 龚秀英 周冉 李继军 冯彦斌 Takamitsu Makino Hirofumi Kan 
supported by the Fundamental Research Funds for the Central Universities in China
Uncooled In As Sb photoconductors were fabricated. The photoconductors were based on In As0.05Sb0.95 and In As0.09Sb0.91 thick epilayers grown on In As substrates by melt epitaxy(ME). Ge immersion lenses were set on t...
关键词：cutoff Sb Uncooled InAs thick magnitude immersion arsenic longer epitaxy spectrometer 
Spectroscopic Analysis and Study of Charge Transport Properties for Pinacyanol Chloride-Organic Acceptor Complex as Potential Optoelectronics Material
《American Journal of Analytical Chemistry》2015年第8期694-707,共14页Sagarkumar M. Agravat Vishal R. Jain Ajay T. Oza 
Organic photoconductor, pinacyanol chloride, has been studied with infrared spectroscopy because of its thermal activation energy (Ea) and band gap (Eg = 2Ea) lying in the infrared range. Particularly, pinacyanol chlo...
关键词：ORGANIC PHOTOCONDUCTORS Charge Transfer COMPLEX Pinacyanol CHLORIDE Spectroscopy Optoelectronic Devices Diodes LEDs Solar Cells 
InAsSb thick epilayers applied to long wavelength photoconductors被引量：1
《International Journal of Minerals,Metallurgy and Materials》2013年第4期393-396,共4页Yu-zhu Gao Xiu-ying Gong Guang-hui Wu Yan-bin Feng Takamitsu Makino Hirofumi Kan Tadanobu Koyama Yasuhiro Hayakawa 
financially supported by the National Natural Science Foundation of China (No. 60777022);the Fundamental Research Funds for the Central Universities
InAs0.052Sb0.948 epilayers with cutoff wavelengths longer than 8 μm were successfully grown on InAs substrates using melt epitaxy （ME）. Scanning electron microscopy observations show that the interface between the ...
关键词：semiconducting indium compounds thick epilayers long wavelength PHOTOCONDUCTORS DETECTIVITY 
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