… enhancing the FM order, and particularly, T C could be increased up to above 300 K for a
half-… FM half-metal and thus it would be an interesting 2D material for spintronic applications. …

… The half-metallicity can be well preserved regardless of the … of Li atoms can further enhance
the ferromagnetism of CrI 3 … robust half-metallicity together with improved ferromagnetism …

… Two-dimensional (2D) ferromagnetic half-metals hold … induces half-metallicity but it also
enhances magnetism in the CGT monolayer. Furthermore, it greatly increases the ferromagnetic …

… Mn 3 C 12 N 12 H 12 sheet exhibits strong ferromagnetism with a high Curie temperature
(see figure). The enhanced ferromagnetism is due to the reduced lattice constant and nitrogen …

… from a half-metal → semiconductor → metal with … enhanced to 35 K at E z = 7.5 V/nm (⁠ η
= 5 % ⁠), which corresponds to ∼ 67 % of increment. Enhancement of T c and ferromagnetic …

… enhances the half-metallic gaps [43] of the other five by 19–56%. The improved half-metallic
ferromagnetism … the spin exchange splitting is enhanced by using the mBJLDA potential. …

… shows that CoH 2 and ScH 2 monolayers are ferromagnetic metals, while the others are …
As a special kind of ferromagnet, a half-metal is any substance that acts like a metal in one …

… half-metallicity, restricting its further application in spintronics devices. In the present work,
in order to enhance the half-metallicity of … For half-metallic ferromagnet, one of its spin bands …

… The enhanced T C and induced half-metallicity also were observed in 2D … increased AFM
coupling. Therefore, hole doping effectively increases T C and modulates half-metallicity in the …

… achieving of high temperature ferromagnetism in metal-free ultrathin … intrinsic ferromagnetism,
as well as, possible half metallic, … for other metal free half-metallic ferromagnetic systems. …