“…Not only can heterostructures maintain the advantages of single 2D structures, but they also make up for their disadvantages in electronic and optical properties. [17][18][19][20][21] Thus, heterostructures have attracted the attention of scientists and scholars in recent years. For example, Shahid et al 22 designed a boron phosphide-blue phosphorene vdW heterostructure by boron phosphide and blue phosphorene monolayers, and further studies show that this heterostructure is a potential candidate for water splitting at low pH values.…”
(a) Planar average electrostatic potential of blue-P/WSeS along the c-axial direction. (b) Schematic plot of the band alignment between the two layers in blue-P/WSeS and the migration of photogenerated electrons and holes at the interface.
“…Not only can heterostructures maintain the advantages of single 2D structures, but they also make up for their disadvantages in electronic and optical properties. [17][18][19][20][21] Thus, heterostructures have attracted the attention of scientists and scholars in recent years. For example, Shahid et al 22 designed a boron phosphide-blue phosphorene vdW heterostructure by boron phosphide and blue phosphorene monolayers, and further studies show that this heterostructure is a potential candidate for water splitting at low pH values.…”
(a) Planar average electrostatic potential of blue-P/WSeS along the c-axial direction. (b) Schematic plot of the band alignment between the two layers in blue-P/WSeS and the migration of photogenerated electrons and holes at the interface.
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