光电探测器
光电子学
材料科学
灵敏度(控制系统)
量子点
胶体
航程(航空)
半导体材料
红外线的
紧迫的
光谱灵敏度
量子效率
半导体
光学
大气温度范围
量子阱
量子
光刻胶
作者
V. S. Popov,T. Milenkovich,K. T. Khakimov,Т. В. Королева,A. D. Deomidov,R. V. Davletshin,K. A. Hamidullin,O. A. Saptsova,Vladislav V. Yakovlev,Ivan A. Shuklov,A. A. Koronnov,А. В. Егоров,В. П. Пономаренко
标识
DOI:10.1134/s1064226925700366
摘要
The study of methods for creating mid-wave IR photosensors based on colloidal quantum dots (CQDs) for the creation of low-cost photodetector arrays is one of the most pressing problems for modern photosensos. The synthesis of HgTe CQDs was carried out, photoresistors were manufactured, and photosensor characteristics were studied. It has been experimentally shown that photoresistors manufactured with synthesized HgTe CQDs have sensitivity in the short-wave and mid-wave IR range at room temperature.
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