论文代写骗子：钙钛矿及其光子元件的稳定性
最后，研究方案将试图确定一套技术，在此基础上可以评估钙钛矿及其光子元件的稳定性。这有助于确定可选因素，并可作为标准方法的一种形式使用。例如，考虑一下现有的研究如何表明在钙钛矿细胞结构中更可靠的材料使用将会有帮助。目前用于钙钛矿结构的材料是MAPbl3。这并没有提供太多的稳定性，因此研究人员分析了第二个元素，即FAPbl3 (Green et al.， 2014)。为了评估这两种化合物，有必要检查两种化合物在PV中的使用效率。因此，我们计算了FAPbI3和MAPbI3的电流电压曲线，并利用一系列照明技术对其稳定性进行了评估。
论文代写骗子：钙钛矿及其光子元件的稳定性
人们发现，至少在照片稳定性方面，其中一个比另一个效果更好。FAPbI3产品具有更好的光稳定性。另一方面，人们认为MAPbI3的稳定性稍差。虽然这种形式的光稳定性分析不能被认为是一种具体的试验，但它至少表明了稳定性分析可以如何标准化(Green et al.， 2014;公园,2015)。将现有的钙钛矿电池与现有的商用太阳能电池进行对比是可能的，并且可以找到一种方法来确定某些元素的替代品。由于钙钛矿的稳定性问题，商业化是一个挑战，因此解决方案将解决如何改变这些稳定性问题。
论文代写骗子：钙钛矿及其光子元件的稳定性
Finally, the research solution will attempt to identify a set of techniques based on which the stability of the perovskite and its photonic elements could be assessed. This could help in identification of alternative elements and this could be used as a form of standard approach. For instance, consider how existing research works show how more robust material use on Perovskite cell construction would be helpful. The current material that is used in the case of Perovskite construction is MAPbl3. This does not offer for much stability, so researchers analyze a second element which is FAPbl3 (Green et al., 2014). To asses both, it is necessary to check for the efficiency of use in PV in the case of both compounds. Therefore, the current voltage curve for both FAPbI3 and MAPbI3 were both calculated and researchers assessed for the stability using an array of illumination techniques.
论文代写骗子：钙钛矿及其光子元件的稳定性
It was identified that at least in terms of photo stability, and one of them was offering better results than the other. The FAPbI3 product had much better photo stability. On the other hand, the MAPbI3 was seen to offer for a little less stability. While this form of a photo stability analysis cannot be taken to be a concrete test, it at least indicates how stability analysis could be standardized (Green et al., 2014; Park, 2015). It would be possible to introspect some of the existing perovskite cells against the existing commercial solar cells, and a way to identify alternatives in some elements could be arrived at. Commercializations of perovskites are challenges because of the stability issues, and the solution would hence address how to change these stability concerns.
