“…53 The effective thickness is the thickness of the atomic layer plus the van der Waals radius of the outermost surface atoms. 54 For CdBr, Cd 2 BrI and CdI monolayers, the effective thicknesses are 9.633 Å(= 5.833 Å + 1.90 Å Â 2), 9.911 Å(= 5.911 Å + 2.00 Å Â 2) and 10.231 Å(= 6.031 Å + 2.10 Å Â 2), respectively. Fig.…”
The investigation and development of high thermoelectric value materials has become a research hotspot in recent years. In this work, based on the density functional theory in the Perdew-Burke-Ernzerhof (GGA-PBE)...
“…53 The effective thickness is the thickness of the atomic layer plus the van der Waals radius of the outermost surface atoms. 54 For CdBr, Cd 2 BrI and CdI monolayers, the effective thicknesses are 9.633 Å(= 5.833 Å + 1.90 Å Â 2), 9.911 Å(= 5.911 Å + 2.00 Å Â 2) and 10.231 Å(= 6.031 Å + 2.10 Å Â 2), respectively. Fig.…”
The investigation and development of high thermoelectric value materials has become a research hotspot in recent years. In this work, based on the density functional theory in the Perdew-Burke-Ernzerhof (GGA-PBE)...
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