Initial growth mechanism of blue phosphorene on Au (111) surface
Blue phosphorene (blue P), a new two-dimensional allotrope of phosphorus, has attracted
great attentions due to its high carrier mobility, suitable band gap and appreciable stability
comparable to black phosphorene (black P). Motivated by recent experimental success in
synthesizing monolayer blue P on Au (111) surface, here we investigate the nucleation
mechanism and growth behavior of PN clusters on Au (111) substrate by ab initio
calculations. During the initial growth stage, PN clusters transform from dispersed atoms to …
great attentions due to its high carrier mobility, suitable band gap and appreciable stability
comparable to black phosphorene (black P). Motivated by recent experimental success in
synthesizing monolayer blue P on Au (111) surface, here we investigate the nucleation
mechanism and growth behavior of PN clusters on Au (111) substrate by ab initio
calculations. During the initial growth stage, PN clusters transform from dispersed atoms to …
[引用][C] Initial Growth Mechanism of Blue Phosphorene on Au (111) Surface
H Nannan, G Nan, Z Jijun - 2017
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