Khafory, S., A. Aadim, K., Ali, G. (2017). Effect of concentrations ratios of NiO on the efficiency of solar cell for (CdO)1-x(NiO)x thin films. , 15(33), 63-70.
Suaad Khafory; Kadhim A. Aadim; Ghasaq Ali. "Effect of concentrations ratios of NiO on the efficiency of solar cell for (CdO)1-x(NiO)x thin films". , 15, 33, 2017, 63-70.
Khafory, S., A. Aadim, K., Ali, G. (2017). 'Effect of concentrations ratios of NiO on the efficiency of solar cell for (CdO)1-x(NiO)x thin films', , 15(33), pp. 63-70.
Khafory, S., A. Aadim, K., Ali, G. Effect of concentrations ratios of NiO on the efficiency of solar cell for (CdO)1-x(NiO)x thin films. , 2017; 15(33): 63-70.

Effect of concentrations ratios of NiO on the efficiency of solar cell for (CdO)1-x(NiO)x thin films

Iraqi Journal of Physics
Article 1, Volume 15, Issue 33, 2017, Pages 63-70
Authors
Suaad Khafory; Kadhim A. Aadim; Ghasaq Ali
Abstract
CdO:NiO/Si solar cell film was fabricated via deposition of CdO:NiO in different concentrations 1%, 3%, and 5% for NiO thin films in R.T and 723K, on n-type silicon substrate with approximately 200 nm thickness using pulse laser deposition. CdO:NiO/n-Si solar cell photovoltaic properties were examined under 60 mW/cm2 intensity illumination. The highest efficiency of the solar cell is 2.4% when the NiO concentration is 0.05 at 723K.
Keywords
Cdo Thin Film; solar cell; fill factor; conversion efficiency
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