The influence of fabrication process of NiO electrode on the performance of P-type dye sensitized solar cells.

[[abstract]]染料敏化太陽能電池到目前為止的發展，在N型染料敏化太陽能電池已經有不錯的效率，但是為了將兩種形式的太陽能電池結合成PN型的染料敏化太陽能電池，並使其效率更接近理論效率值，改進P型染料敏化太陽能電池的效率為目前的焦點目標。 本研究中，我們主要改善了以sol-gel製備NiO吸附層，使用sol-gel所製備的吸附層主要有容易脫落和厚度較薄的問題，而本篇將膠體先鍛燒為粉末，再配製成漿料能有效的解決脫落與增加吸附層的厚度，而使用粉末製成的薄膜再組裝為太陽能電池，其效率最高為0.0427%、Jsc：1.018(mA/cm2)、Voc：0.7984(V)。[[abstract]]Dye-sensitized solar cell development so far, in the N-type dye sensitized solar cells have good efficiency, but in order to combine the two type of solar cells to PN-type dye sensitized solar cell, and to make the efficiency more close to the theoretical value, improve P-type dye-sensitized solar cell efficiency is the major target as this moment. In this study, to improve the preparation of NiO absorption layer by sol-gel method, using sol-gel method to prepare the absorption layer are easily to peer off and it is more thin for the thickness, and we first calcined the colloidal to powder, than prepare the slurry, it can be easily solve the peer off problem and we can increasing the thickness of the adsorption layer, the film made by the powder than use it to assemble a solar cell, the highest efficiency is 0.0427%、Jsc: 1.018(mA/cm2)、Voc：0.7984(V).[[note]]碩