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Recent Advances and Perspectives on Powder-Based Halide Perovskite Film Processing

机译:粉末卤化物钙钛矿薄膜加工的最新进展和观点

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Halide perovskites have undergone an impressive development and could be used in a wide range of optoelectronic devices, where some of them are already at the edge of commercialization, e.g., perovskite solar cells. Recently, interest in perovskites in powder form has increased, as for example, they are found to exhibit high stability and allow for easy production of large quantities. Accordingly, also the topic of processing thin and thick films on the basis of perovskite powders is currently gaining momentum. Here, perovskite powder can form the basis for both, typical wet and solvent-based processing approaches, as well as for dry processes. In this Progress Report, the recent developments of halide perovskites in powder form and of film processing approaches are summarized that are based on them. The advantages and opportunities of the different processing methods are highlighted, but their individual drawbacks and limitations are also discussed. Prospects are also pointed out and possible steps necessary to unlock the full potential of powder-based processing methods for producing high quality thick and thin perovskite layers in the future are discussed.
机译:卤化物佩罗夫斯基特经历了令人印象深刻的开发,可用于各种光电器件,其中一些在商业化的边缘,例如钙钛矿太阳能电池。最近,在粉末形式中对钙钛矿的兴趣增加,例如,它们被发现表现出高稳定性并允许容易地生产大量。因此,还基于Perovskite粉末处理薄和厚膜的主题目前正在增加动力。在这里,钙钛矿粉末可以为典型的湿和溶剂的加工方法以及干法形成基础。在此进度报告中,总结了基于它们的粉末形式和薄膜处理方法的卤化氯钙酯的发展。突出显示不同加工方法的优点和机会,但还讨论了它们的个人缺点和局限性。还讨论了展望,并讨论了未来粉末基础加工方法的全部潜力所需的步骤,以便在未来生产高质量的厚度和薄钙钛矿层。

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