1) solar-blind
日光盲
1.
The growth,fabrication,and characterization of a solar-blind AlGaN-based p-i-n back-illuminated photodetector with a high temperature AlN template are reported for the first time.
第一次报道了以高温AlN为模板层的AlGaN基p-i-n背照式日光盲探测器的制作和器件特性。
2.
Photodetectors operating in the wavelength range of 240～280nm, referred to as the solar-blind region, can be uesed for applications such as missile plume detection, flame detection, and secure-from-earth inter-satellite communication.
其中探测波段在240-280nm区间(日光盲区)的探测器可以广泛应用于导弹尾焰探测、火灾监测、卫星间通信等领域,在国际上引起了广泛的研究兴趣。
2) Solar Blind Ultraviolet Ray
日盲紫外光
1.
Research on Solar Blind Ultraviolet Ray Speech Communication System;
日盲紫外光语音通信系统的研究
3) sun blind region ultraviolet spectrum
紫外日盲区光谱
1.
In this paper, the application of sun blind region ultraviolet spectrum in short range cryptical communication is discussed, and an experimental system of ultraviolet communication is constructed.
本文对紫外日盲区光谱在近距离、保密通信中的应用进行了探讨 ,并建立了紫外光学通信原理实验系统。
4) solar blind photomultiplier
日盲光电倍增管
5) solar-blind ultraviolet communication
日盲紫外光通信
6) solar-blind
日盲
1.
High Al content AlGaN was grown on double polished(0001) sapphire substrate by MOCVD,and AlGaN based solar-blind PIN UV photodetector was developed.
采用MOCVD方法在双面抛光的(0001)蓝宝石衬底上生长了高铝组分AlGaN材料,研制出日盲型AlGaN PIN紫外探测器。
2.
To research a novel solar-blind material,Mg_xNi_ 1-xO thin film with absorption edges in the solar-blind region (240～280nm) is successfully prepared on quartz substrates by sol-gel method followed by post annealing at different temperatures.
利用溶胶凝胶提拉法在石英玻璃衬底上制备出吸收边波长位于地球表面太阳光谱日盲区(240～280nm)内的MgxNi1-xO薄膜。
3.
To achieve solar-blind UV detection(the cutoff wavelength shorter than 280 nm),the Al component of the AlGaN active layer must be higher than 40%,and the window layers need to reach 60%.
要达到日盲型紫外探测(截止波长小于280nm),必须使用Al组分高于40%的AlGaN材料作为有源层,作为窗口层的AlGaN材料更需要达到60%左右。
补充资料：盲盲
1.谓茫茫无所见。
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