载流子迁移率、吸光度、In recent years, with th

载流子迁移率，吸光度，近年来，随着能源需求的增加和智能技术的发展，太阳能电池和光电探测器在这些领域起着重要的作用，并提高了太阳能电池的光电转换率，改善了光电性能。光电探测器的性能是研究人员的重要任务，这时在众多的光伏材料中，钙钛矿以其超高的载流子迁移率，高的光吸收率，超灵敏的光电响应和宽的载流子扩散长度受到了许多研究者的关注和追捧。 。钙钛矿有多种类型，其性能特征因结构不同而有很大差异。而钙钛矿的制备方法也有多种方法，常见的方法有旋涂法，气相沉积法，<BR>载流子扩散长度、本征缺陷、热注入法

近年来，随着能源需求的增加和智能技术的发展，太阳能电池和光电探测器在这些领域发挥着重要作用，提高太阳能电池的光电转换水平，提高光电探测器的光电性能是科研人员的重要任务，此时在众多光伏材料中，光电探测器在其超高载体的机动性上处于重要地位。，高光学吸收性、超灵敏光电响应和宽载波扩散长度受到众多研究者的关注和追捧。佩罗夫斯基特是多种类型，其性能特征因结构不同而差异很大。而perovskite法的制备方法也是多种方法，常见的方法有旋转涂层法、蒸汽沉积法、热注入法、高温溶剂法，用这些方法获得过叶薄膜不仅稳定，还能存在于室温中，其光电特性经过检测也非常出色。<BR>载流子扩散长度、本征缺陷、热注入法

In recent years, with the increase of energy demand and the development of intelligent technology, solar cells and photoelectric detector plays an important role in these areas, and improve the photoelectric conversion of solar cell and the photoelectric performance of photoelectric detector is an important role task of the researchers, at this time in numerous photovoltaic material, perovskite in its ultra high carrier mobility, high optical absorbance, super sensitive photoelectric response and wide carrier diffusion length under the attention of many researchers and sought after. Perovskites are a variety of types, and their performance characteristics vary greatly due to different structures. And the preparation of perovskite method is also a variety of methods, the common methods are spin coating method, vapor deposition method, heat injection method, high temperature solvent method, using these methods to get the perovskite film is not only stable, can also exist in room temperature, and its photoelectric characteristics after detection is also very excellent.<BR>Carrier diffusion length, intrinsic defects and heat injection method<BR>