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中文摘要：
TiO2 粘贴被混合广告准备 TiO2 (P25 ) ，乙醇，提取的水和 Ti (IV ) tetraisopropoxide (TTIP ) 的小数量，由一个热水的处理后面。在热水的处理前，一为 48 h 激动人心能阻止裂开的 TiO2 电影。TTIP 显著地把在 TiO2 粒子和它的坚持之间的化学连接提升到底层， 6 mol% 的 TTIP 数量是合适的。紫外照耀能移开一些杂质并且与 2 h 的一最佳的时间从 TiO2 电影流水。传播电子显微镜学， X 光检查衍射，扫描电子显微镜学和光电的测试被描绘并且测量。电线走火当前的密度，开电路的电压，充满因素和光电的变换效率因为制作灵活敏化染料的太阳能电池是 7.20 妈 cm2， 0.769 V， 0.686 和 3.84% ，分别地在有 100 mW cm2 的一盏模仿的太阳的灯的照耀下面。
英文摘要：
A TiO2 paste was prepared by mixing commercial TiO2 （P25）, ethanol, distilled water and a small amount of Ti （IV） tetraisopropoxide （TTIP）, following by a hydrothermal treatment. Before hydrothermal treatment, a stirring for 48 h can prevent cracking TiO2 films. TTIP significantly promote the chemical connection between TiO2 particles and its adherence to the substrate, the TTIP amount of 6 mol% is suitable. UV irradiation can remove some impurities and water from the TiO2 film with an optimal time of 2 h. Transmission electron microscopy, X-ray diffraction, scanning electron microscopy and photovoltaic tests are characterized and measured. Short-circuit current density, open-circuit voltage, fill factor and photoelectric conversion efficiencies for the fabricated flexible dye-sensitized solar cell are 7.20 mA cm-2, 0.769 V, 0.686 and 3.84%, respectively, under irradiation with a simulated solar light of 100 mW cm-2.
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