Modeling of Bulk HeteroJunction Solar Cell

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Date
2015-06-17
Authors
Mansour, Mayson Abdelmageed
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Volume Title
Publisher
UOFK
Abstract
The efficiency of bulk heterojunction solar cell is studied by optimizing the open circuit voltage, and by taking semi empirical calculations from polythiophene (PT). The (PT) is doped with some alkyls (methyl and hexyl) and two Halogens elements (Iodine and Bromine) The results show that the efficiency of a solar cell of PT with hexyl group substituted for hydrogen atom is decreased by 10.3%. And with methyl group the decrease is about 15.4% from the cell of intrinsic polythiophene. The efficiency of the solar cell is increased by 23.1% with Bromine substituted for hydrogen atom in PT, and is increased by 24.4% with Iodine substitution
Description
75page
Keywords
Modeling , Bulk HeteroJunction,Solar Cell
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