Yun-han Jheng, S. Hsu, Shou-Hung Wu, J. Sheu, Y. Lo, H. Kuo, Hsuan-An Chen, Shih-Yen Lin, C. Lin
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引用次数: 0
Abstract
A multiple-layered type-II quantum ring nanostructure was embedded in the regular GaAs single junction solar cell to extend its infrared response. Three different designs were implemented and the location of quantum ring layers was investigated. Under one Sun condition, the n-type quantum ring device showed higher Jsc than the GaAs reference while the reduction of Voc is minimum among all these quantum ring samples. Further tests through the filtered infrared light demonstrate the enhanced photo-currents from quantum ring devices. An increase as high as 292% in reverse-biased photocurrent can be observed.
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