@article{oai:repo.qst.go.jp:00076561,
 author = {G. Kvashnin, D. and G. Kvashnin, A. and Kano, E. and Hashimoto, A. and Takegushi, M. and Naramoto, H. and Sakai, Seiji and B Sorokin, Pavel and Hiroshi, Naramoto and Seiji, Sakai and B Sorokin, Pavel},
 issue = {28},
 journal = {The Journal of  Physical Chemistry C},
 month = {Aug},
 note = {New two-dimensional (2D) copper monoxide located at the pore in a bilayer graphene matrix is investigated in both theoretical and experimental ways. Strict analysis of the lattice stability with respect to the magnetic state reveals
that the CuO monolayer displays an antiferromagnetic rectangular structure as a favorable state. It is shown that 2D CuO can be confined in a bilayered graphene pore terminated with Cu atoms forming spin-polarized states on
the graphene/CuO interface. It is found that the co-presence of Cu and O atoms around the bilayered graphene edge plays an essential role in the 2D CuO formation process.},
 pages = {17459--17465},
 title = {Two-Dimensional CuO Inside the Supportive Bilayer Graphene Matrix},
 volume = {123},
 year = {2019}
}