- - - Lebanese German University (LGU)

AbstractIn the context of characterizing nitrogen-poor carbonitrides for different applications, identification of an unusual onset of spin polarization of N(p) states has been shown. A full saturation up to ۳ μB is demonstrated in extended two-dimensional carbon networks of NC۶ and NC۱۲ hexagonal structures refined based on density functional theory calculations. From establishing the energy–volume equations of states in both compounds assuming spin-degenerate (non-spin-polarized) and spin-polarized configurations, the ground state is identified as ferromagnetic. The variation of magnetization with volume points to strongly ferromagnetic behavior.

Magnetism, DFT, ELF, ۲D carbon structure