Now showing items 1-5 of 5
Optical and electrical characterization of CdxSe1-Xs and Cu2Sthin films for solar cell application
(Kenyatta University, 2016-12)
There has been a steady increase in demand for clean and renewable energy globally. As a result, more effort has been put into research to harness solar energy from the sun to generate electricity using solar cells. Solar ...
Characterization of SnxSey-ZnO:A1 P-N junction for solar cell applications
Thin film semiconductors of Sn.Se, and aluminum doped ZnO are potential candidates for the development of future generation improved efficiency and low cost solar cell devices. This is due to their high absorption co-efficient ...
Characterization of CuxOy - ZnO:A1 P-N junction for solar cell applications
Semiconductors thin films have found applications in various optoelectronics devices. Of much interest is the application in solar cells. Consequently, this has led to a continuous search for new semiconductor materials ...
Characterization-of SnxSey/Zno:Sn p-n junction for solar cell applications
In this study, tin selenide was prepared at different ratios using tin and selenium pellets in glass tube filled with argon and then heated up to 350°C, also, tin doped zinc oxide was prepared using tin pellets and zinc ...
Characterization of CuᵪOᵧ - ZnO:Sn P-N Junction for solar cell applications
The Cu.O, - ZnO:Sn p-n junction solar cell has been fabricated in steps. Cu.O, and ZnO:Sn thin films were first deposited by reactive de magnetron sputtering and reactive evaporation techniques respectively using Edwards ...