典型文献
Epitaxial indium antimonide for multiband photodetection from IR to millimeter/terahertz wave
文献摘要：
Conventional photodetection converts light into electrical signals only in a single electromagnetic waveband.Multiband detection technology is highly desirable because it can handle multispectral information discrimina-tion,identification,and processing.Current epitaxial solid-state multiband detection technologies are mainly within the IR wave range.Here,we report epitaxial indium antimonide on gallium arsenide for IR and millimeter/terahertz wave multiband photodetection.The photoresponse originates from interband transition in optoelectrical semiconductors for IR wave,and surface plasmon polaritons induced nonequilibrium electrons for a millimeter/terahertz wave.The detector shows a strong response for an IR wave with a cutoff wavelength of 6.85 μm and a blackbody detectivity of 1.8×109 Jones at room temperature.For a millimeter/terahertz wave,the detector demonstrates broadband detection from 0.032 THz(9.4 mm)to 0.330 THz(0.9 mm);that is,from Ka to the W and G bands,with a noise equivalent power of 1.0×10-13 W Hz-1/2 at 0.270 THz(1.1 mm)at room temperature.The detection performance is an order of magnitude better while decreasing the temperature to 170 K,the thermoelectric cooling level.Such detectors,capable of large scale and low cost,are promising for advanced uncooled multiband detection and imaging systems.
文献关键词：
中图分类号：
作者姓名：
JINCHAO TONG;HENG LUO;FEI SUO;TIANNING ZHANG;DAWEI ZHANG;DAO HUA ZHANG
作者机构：
School of Electrical and Electronic Engineering,Nanyang Technological University,Singapore 639798,Singapore;School of Physics and Electronics,Central South University,Changsha 410083,China;Ministry of Education and Shanghai Key Laboratory of Modern Optical System,University of Shanghai for Science and Technology,Shanghai 200093,China
文献出处：
引用格式：
[1]JINCHAO TONG;HENG LUO;FEI SUO;TIANNING ZHANG;DAWEI ZHANG;DAO HUA ZHANG-.Epitaxial indium antimonide for multiband photodetection from IR to millimeter/terahertz wave)[J].光子学研究（英文）,2022(05):1194-1201
A类：
discrimina,uncooled
B类：
Epitaxial,indium,antimonide,multiband,photodetection,from,millimeter,terahertz,Conventional,converts,light,into,signals,only,single,electromagnetic,waveband,Multiband,technology,highly,desirable,because,can,handle,multispectral,information,identification,processing,Current,epitaxial,solid,state,technologies,are,mainly,within,range,Here,report,gallium,arsenide,photoresponse,originates,interband,transition,optoelectrical,semiconductors,surface,plasmon,polaritons,induced,nonequilibrium,electrons,shows,strong,cutoff,wavelength,blackbody,detectivity,Jones,room,temperature,For,demonstrates,broadband,THz,that,Ka,bands,noise,equivalent,power,performance,order,magnitude,better,while,decreasing,thermoelectric,cooling,level,Such,detectors,capable,large,scale,low,cost,promising,advanced,imaging,systems
AB值：
0.573201
相似文献
机标中图分类号，由域田数据科技根据网络公开资料自动分析生成，仅供学习研究参考。
