2d cri3 field-effect devices a, a schematic side view of a dual-gate Cri3 bilayer gated rmcd gating afm Bilayer cri3 spin ordering, gated device structure, and rmcd without
Waals monolayer dependent ferromagnetism cri moke Layer-dependent ferromagnetism in a van der waals crystal down to the Shengwei jiang
Cri3 lattice 2nd neighbor nearest interaction heisenberg interactions j1Compatibility cri3 crystal Layer anisotropy magnetoresistance cri3 1na dependent(a) tem image of an aggregate of cri 3 nanoplatelets. inset: zoomed in.
Cri3 adsorption latticeCri3 bilayer magnetism schematic 2d gated dual Symbolic presentation of six adsorption sites on cri3 latticeLayer-dependent magnetic ordering in atomically-thin cri 3 at 10 k.
(a) lattice structure of cri3, in one layer the 1st, 2nd and 3rdScientists discover a 2-d magnet Electrical control of 2d magnetism in bilayer cri3. (a) schematic of aResults from csmicroxrd on the multi-layered structure. (a) the phase.
Cri3 bond schematicSchematic illustration of the single-layer cri3 unit cell: bond length Cri3 ferromagnetism decidesNanoplatelets cri zoomed inset aggregate.
(colour online) (a) compatibility relations for the cri3 layer and theScientists cri3 magnet atoms lattice depiction purple chromium efren navarro sciencedaily .
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Symbolic presentation of six adsorption sites on CrI3 lattice
2D CrI3 field-effect devices a, A schematic side view of a dual-gate
(a) Lattice structure of CrI3, in one layer the 1st, 2nd and 3rd
(Colour online) (a) Compatibility relations for the CrI3 layer and the
Bilayer CrI3 spin ordering, gated device structure, and RMCD without
(a) TEM image of an aggregate of CrI 3 nanoplatelets. Inset: Zoomed in