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首页> 外文期刊>Materials Letters >Enhancement in photodetection properties of Ag/CdS/Ag devices through novel rare-earth metal Tb doping
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Enhancement in photodetection properties of Ag/CdS/Ag devices through novel rare-earth metal Tb doping

机译:通过新型稀土金属TB掺杂增强AG / CDS / AG器件的光电检测性能

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摘要

Herein, the effect of Terbium (Tb) doping on the photodetection properties of Ag/CdS/Ag devices have been elucidated. An enhancement in the photodetector performance was noted for Ag/Tb@CdS/Ag device in terms of amplified sensitivity of 592, improved responsivity of 3.64 A/W, and excellent detectivity of 6.39 x 10(12) Jones in compared to pure Ag/CdS/Ag device with respective values of 192, 0.24 A/W and 7.98 x 10(11) Jones. Moreover, the Tb-doped device exhibits a faster response time of 30 ms as compared to 421 ms for device with pure CdS. The enhancement in photodetector performance was explained through the change in conduction mechanism from Schottky in Ag/CdS/Ag to ohmic in Ag/Tb@CdS/Ag device. (c) 2020 Elsevier B.V. All rights reserved.
机译:这里,已经阐明了铽(Tb)掺杂对Ag / Cds / Ag器件的光电检测性能的影响。对于AG / TB @ CDS / AG器件,在放大的灵敏度为592的灵敏度方面,对3.64 A / W的响应性提高,以及6.39×10(12)琼斯的优异探测器,与纯股份的优异检测率为6.39 x 10(12)琼松的光电探测器性能的增强。 CDS / AG器件具有192,0.24 A / W和7.98 x 10(11)琼斯的各个值。此外,与具有纯CD的器件相比,TB掺杂器件表现出30ms的更快响应时间为30ms。通过在AG / TB @ CDS / AG器件中的肖特基在Ag / CDS / AG到欧姆的肖特基的传导机制的变化来解释光探测器性能的增强。 (c)2020 Elsevier B.v.保留所有权利。

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