Abstract Layered black phosphorous (BP), its tunable direct bandgap, higher carrier mobility and unique in-plane anisotropy, enables it to a promising candidate in design and optimization of electronics and optoelectronic devices with excellent performance. Although recent studies and perspectives aim at bringing this material to a level of maturity, the lack of wafer scale production and the surface reactivity of BP hindered a fully industrial processes. Here, we addressed the probable solutions to overcome these challenges black phosphorous was facing.

中文翻译：

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旧材料的新特性：层状黑磷

摘要 层状黑磷 (BP) 具有可调谐的直接带隙、更高的载流子迁移率和独特的面内各向异性，使其成为具有优异性能的电子和光电器件设计和优化的有前途的候选材料。尽管最近的研究和观点旨在使这种材料达到成熟水平，但晶圆规模生产的缺乏和 BP 的表面反应性阻碍了完全的工业过程。在这里，我们提出了克服黑磷面临的这些挑战的可能解决方案。