Abstract Our review provides a comprehensive overview on the latest progress in pulsed-laser deposition (PLD) of 2D layered materials (2DLMs), and its application in photoelectric detection. We begin with a retrospective overview on various 2DLMs and their development in photoelectric detection. Then we present the fundamentals of PLD and its unique advantages compared with the traditional growth methods. Subsequently, the PLD growth of 2DLMs and the influence of various parameters are discussed. After this, we describe the current metal-semiconductor-metal and vertical heterojunction photodetectors that incorporate the PLD-grown 2DLMs. This leads into a summary of the strategies used to improve the photosensitivity and in-depth insights into the working mechanism. We then present the PLD-fabricated transparent and flexible 2DLM photodetectors. Finally, we highlight the unresolved issues and propose the future directions in this emerging research field.

中文翻译：

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通过脉冲激光沉积生产用于高性能光电探测器的大面积二维材料

摘要 我们的综述全面概述了二维层状材料 (2DLM) 的脉冲激光沉积 (PLD) 的最新进展及其在光电检测中的应用。我们首先回顾各种 2DLM 及其在光电检测中的发展。然后我们介绍了 PLD 的基本原理及其与传统增长方法相比的独特优势。随后，讨论了 2DLM 的 PLD 生长和各种参数的影响。在此之后，我们描述了当前包含 PLD 生长的 2DLM 的金属-半导体-金属和垂直异质结光电探测器。这导致了用于提高光敏性的策略的总结和对工作机制的深入见解。然后，我们展示了 PLD 制造的透明且灵活的 2DLM 光电探测器。