英国论文代写：钙钛矿细胞的化学稳定性问题
本工作的目的是利用光子学来识别和评估钙钛矿细胞的光子稳定性和化学稳定性问题。上述钙钛矿电池的效率在逻辑上表明，它们将比普通电池更大规模地生产和商业化。使用钙钛矿的根本原因是成本低、无毒、投资少、回报率高、能源效率高等。在超越传统硅离子方面，钙钛矿具有更好的引线和潜力。
英国论文代写：钙钛矿细胞的化学稳定性问题
然而，长期使用中产生的问题主要是由于稳定性问题。这些细胞本身只能使用两年或更短的时间。化学稳定性和光子稳定性都威胁到这些电池作为长期解决方案的使用。解决这一技术问题的方法在于分析化学和光子不稳定性的形式。
英国论文代写：钙钛矿细胞的化学稳定性问题
It is the intention of this work to make use of photonics to identify and assess the photonic stability and chemical stability issues of Perovskite cells. The efficiency of the Perovskite cells as presented above logically indicates that they are to be mass produced and commercially available more than even the normal cells. The fundamental reason for the move toward using perovskites is the low cost, non-toxic, low investment, high returns, better energy efficiency, etc. In terms of surpassing the conventional silicon ions, it is established that Perovskite possesses better leads and potential.
英国论文代写：钙钛矿细胞的化学稳定性问题
However, the issues in long term use is created mainly because of the stability concern. The cells themselves can be used only for a term of two years or less. Chemical stability and photonic stability both threaten the use of these cells as a long-term solution. The solution to this technical problem would lie in the analysis of the forms of chemical and photonic instability.
