2020
DOI: 10.1007/s10948-020-05606-y
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Destruction of Half-Metallicity in Co2VSn Heusler Alloy Due to X-Y Swapping Disorder

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Cited by 4 publications
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“…So, the contraction of the lattice resulted in placing the E F in the spin-down gap of the alloys making them an HM. In materials where pressure-induced changes in lattice parameters occur, overlapping between d orbitals increases, this in turn modifies the electronic structure and induces gap in the electronic structure [48]. As we increase the pressure, the band gap is retained and up to 65 GPa for SVCP (figure 6(a)) and 79 GPa for SVCAs (figure 6(b)), and the alloys are half-metallic FMs.…”
Section: Magnetic Properties and Slater-pauling (Sp) Rulementioning
confidence: 99%
“…So, the contraction of the lattice resulted in placing the E F in the spin-down gap of the alloys making them an HM. In materials where pressure-induced changes in lattice parameters occur, overlapping between d orbitals increases, this in turn modifies the electronic structure and induces gap in the electronic structure [48]. As we increase the pressure, the band gap is retained and up to 65 GPa for SVCP (figure 6(a)) and 79 GPa for SVCAs (figure 6(b)), and the alloys are half-metallic FMs.…”
Section: Magnetic Properties and Slater-pauling (Sp) Rulementioning
confidence: 99%