Abstract Organic–inorganic metal halide perovskite solar cells are emerging as potential solar energy harvesting tools and can be a tough competitor to already matured solar cell technologies. The success of perovskite solar cells is attributed to superior optoelectronic properties of perovskites, feasible synthesis process, and low fabrication cost. Though perovskite solar cells confront perovskite film quality related issues, such as rough surface, pinholes (which result in poor device performance) at the initial stages, many techniques have been developed to improve the perovskite film quality. Among these developed techniques, the antisolvent treatment method is certainly one of the most successful techniques till date. Antisolvent treatment increases the nucleus density during film formation to produce uniform and pinhole‐free perovskite film, which facilitates improved solar cell efficiency, low hysteresis, and stability. Interestingly, many of the best efficiency perovskite solar cells till date have been produced by the antisolvent treatment. This review discusses the fundamentals of antisolvent treatment, various aspects of antisolvent application on perovskite film, different issues with antisolvent usage, and alternatives techniques for perovskite film quality improvement.

Subrata Ghosh

Snehangshu Mishra

Trilok Singh

Advanced Materials Interfaces

ADVANCED MATERIALS INTERFACES 发表关于界面技术和效果的顶级研究。考虑到固体、液体和气体之间形成的任何界面，该杂志确保了物理、化学、材料科学和生命科学的跨学科融合。 ADVANCED MATERIALS INTERFACES 于 2014 年推出，2018 年的影响因子为 4.834。ADVANCED MATERIALS INTERFACES 的范围专门针对在几乎所有材料和设备中发挥重要作用的界面和表面。物理、化学、材料科学和生命科学融合在一起，鼓励新的、交叉授粉的想法，这将推动我们对界面过程的理解。ADVANCED MATERIALS INTERFACES 涵盖了界面相关研究的所有主题：油/水分离、应用纳米结构材料、二维材料和异质结构、有机电子器件中的表面和界面、催化和膜、自组装和纳米图案表面、复合材料和涂层材料、技术和医疗应用的生物界面。先进材料界面为表面上的主题提供了一个论坛并与多种格式的科学接口：评论、全文和通讯，以及进度报告和研究新闻。

Advanced Materials Interfaces publishes top-tier research on interface technologies and effects. The journal focuses on various interfaces formed between solids, liquids, and gases, ensuring an interdisciplinary integration of physics, chemistry, materials science, and life sciences. Launched in 2014, Advanced Materials Interfaces had an impact factor of 4.834 in 2018. The journal specifically addresses the critical roles of interfaces and surfaces in nearly all materials and devices, encouraging new cross-pollinated ideas that advance our understanding of interfacial processes. It covers all topics related to interface research, including oil/water separation, application of nanostructured materials, two-dimensional materials and heterostructures, surfaces and interfaces in organic electronic devices, catalysis and membranes, self-assembly and nanopatterned surfaces, composite and coating materials, and biointerfaces in technological and medical applications. Advanced Materials Interfaces provides a forum for surface-related topics and accepts various formats of scientific contributions, including reviews, full articles, communications, progress reports, and research news.

《Advanced Materials Interfaces》发表关于界面技术和效果的顶级研究。该杂志关注固体、液体和气体之间形成的各种界面，确保物理、化学、材料科学和生命科学的跨学科融合。《Advanced Materials Interfaces》于2014年创刊，2018年的影响因子为4.834。该期刊专注于界面和表面在几乎所有材料和设备中的重要作用，鼓励新的交叉学科思想，推动我们对界面过程的理解。期刊涵盖了所有与界面相关的研究主题，包括油/水分离、应用纳米结构材料、二维材料和异质结构、有机电子器件中的表面和界面、催化和膜、自组装和纳米图案表面、复合材料和涂层材料，以及技术和医疗应用中的生物界面。《Advanced Materials Interfaces》为表面相关主题提供了一个论坛，接受多种格式的科学文章，包括评论、全文、通讯、进度报告和研究新闻。

Category	Quartile
材料科学	3
材料科学, 化学综合	3
材料科学, 材料科学综合	3

Antisolvents in Perovskite Solar Cells: Importance, Issues, and Alternatives

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