Atomically thin borophene has recently been synthesized experimentally,significantly enriching the boron chemistry and broadening the family of two-dimensional(2D)materials.Recently,oxides of 2D materials have been wi...Atomically thin borophene has recently been synthesized experimentally,significantly enriching the boron chemistry and broadening the family of two-dimensional(2D)materials.Recently,oxides of 2D materials have been widely investigated for nextgeneration electronic devices.Based on the first-principles calculations,we predict the existence of the superconductivity in honeycomb borophene oxide(B_(2)O),which possesses a high stability and could be potentially prepared by intrinsically incorporating oxygen into the recently synthesized borophene.展开更多
基金P.-F.L.and B.T.W.acknowledge the PhD Start-up Fund of Natural Science Foundation of Guangdong Province of China(Grant No.2018A0303100013).
文摘Atomically thin borophene has recently been synthesized experimentally,significantly enriching the boron chemistry and broadening the family of two-dimensional(2D)materials.Recently,oxides of 2D materials have been widely investigated for nextgeneration electronic devices.Based on the first-principles calculations,we predict the existence of the superconductivity in honeycomb borophene oxide(B_(2)O),which possesses a high stability and could be potentially prepared by intrinsically incorporating oxygen into the recently synthesized borophene.
