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   Statistical optimisation of process parameters on the efficiency of N-TiO2 dye sensitised solar cell using response surface methodology (RSM)  
   
نویسنده samaila b. ,shafie s. ,rashid s.a. ,jafaar h. ,khalifa a.
منبع pertanika journal of science and technology - 2017 - دوره : 25 - شماره : S.January - صفحه:111 -118
چکیده    In this study,nitrogen doped titanium dioxide-based dye-sensitised solar cell was successfully fabricated using screen printing technique to discover the optimisation of process parameters for the solar cell efficiency using response surface methodology (rsm). parameter optimisation has been a major concern in solar cell fabrication. the selected parameters were: nitrogen concentration (15-25 mg of urea),the film thickness (25-60 μm) and dye loading time (12-24 hours),the optimum condition which yields the highest efficiency of 3.5% was at 15 mg nitrogen concentration,25 μm film thickness and 24-hours dye loading time. film thickness was found to have a significant influence on efficiency while the loading time exceeding 18 hours has the least significant effect. © 2017 universiti putra malaysia press.
کلیدواژه Dye-sensitised; Nitrogen; Optimization; Screen printing; Solar cell
آدرس institute of advanced technology,universiti putra malaysia,upm,serdang,selangor, Malaysia, institute of advanced technology,universiti putra malaysia,upm,serdang,selangor,malaysia,department of electrical and electronics engineering,faculty of engineering,universiti putra malaysia,upm,serdang,selangor, Malaysia, institute of advanced technology,universiti putra malaysia,upm,serdang,selangor,malaysia,department of chemical engineering,faculty of engineering,universiti putra malaysia,upm,serdang,selangor, Malaysia, department of electrical and electronics engineering,faculty of engineering,universiti putra malaysia,upm,serdang,selangor, Malaysia, department of electrical and electronics engineering,faculty of engineering,universiti putra malaysia,upm,serdang,selangor, Malaysia
 
     
   
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