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BIOCHEMISTRY OF FASTING – A REVIEW ON METABOLIC SWITCH AND AUTOPHAGY.
Volume - 13 | Issue-1
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ONE-POT ENVIRONMENT FRIENDLY SYNTHESIS OF IMINE DERIVATIVE OF FURFURAL AND ASSESSMENT OF ITS ANTIOXIDANT AND ANTIBACTERIAL POTENTIAL
Volume - 13 | Issue-1
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MODELING AND ANALYSIS OF MEDIA INFLUENCE OF INFORMATION DIFFUSION ON THE SPREAD OF CORONA VIRUS PANDEMIC DISEASE (COVID-19)
Volume - 13 | Issue-1
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INCIDENCE OF HISTOPATHOLOGICAL FINDINGS IN APPENDECTOMY SPECIMENS IN A TERTIARY CARE HOSPITAL IN TWO-YEAR TIME
Volume - 13 | Issue-1
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SEVERITY OF URINARY TRACT INFECTION SYMPTOMS AND THE ANTIBIOTIC RESISTANCE IN A TERTIARY CARE CENTRE IN PAKISTAN
Volume - 13 | Issue-1
Proposal for a novel perovskite solar cell based on BaZrS3 with optimized electron and hole transport layer using SCAPS -1D
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Abstract
Perovskite solar cells have made impressive strides in recent years, with efficiency rising quickly from reports of around 3% in 2009 to over 25% now. Chalcogenides are one of the main compounds applied as absorbers of highly efficient photovoltaic devices based on thin-film technology. This paper analyses the energy conversion in a Chalcogenide Perovskite Solar Cell with BaZrS3 as the absorber layer. The effects of different Electron and Hole transport layers are thoroughly discussed. According to our analysis, ZnO and CuSbS2 are the best ETL and HTL layers respectively. The thickness and defect density of the absorber, ETL and HTL has been optimized to get the highest PCE. The density of defects in the interface layers has also been optimized. The final proposed structure- FTO/ZnO/BaZrS3/CuSbS2/back-contact has a PCE of 26.54%.
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