Matches in SemOpenAlex for { <https://semopenalex.org/work/W4280619682> ?p ?o ?g. }
- W4280619682 endingPage "413928" @default.
- W4280619682 startingPage "413928" @default.
- W4280619682 abstract "The structural and electronic properties of I4/mmm XSi2 (X = Cr, Mo and W) are systematically studied by first-principles calculation. First, the dynamical stability of XSi2 (X = Cr, Mo and W) is verified by the phonon spectrums, the thermal stability is confirmed by the ab initio molecular dynamics simulations (AIMD) at 300 K and the mechanical stability is affirmed by the calculated elastic constants. Electronic structure computations uncover the clear drum-head-like surface states and the topological nodal lines (TNLs) which are close to the Fermi level EF and Γ centered in the Brillouin zone (BZ). Further investigations indicate the band structures and the TNLs are robust against the spin-orbit coupling (SOC), the biaxial and uniform strains, which is beneficial to experimental observation. Our results suggest tetragonal CrSi2, MoSi2 and WSi2 are ideal transition metal silicides to study the TNLs and drum-head-like surface states for topological physics." @default.
- W4280619682 created "2022-05-22" @default.
- W4280619682 creator A5009583631 @default.
- W4280619682 creator A5039917289 @default.
- W4280619682 creator A5049078993 @default.
- W4280619682 creator A5053875814 @default.
- W4280619682 creator A5078037992 @default.
- W4280619682 date "2022-08-01" @default.
- W4280619682 modified "2023-10-16" @default.
- W4280619682 title "The topological nodal lines and drum-head-like surface states in semimetals CrSi2, MoSi2 and WSi2" @default.
- W4280619682 cites W137064949 @default.
- W4280619682 cites W1552981254 @default.
- W4280619682 cites W1567637531 @default.
- W4280619682 cites W1585512665 @default.
- W4280619682 cites W1862694351 @default.
- W4280619682 cites W1924841494 @default.
- W4280619682 cites W1946992908 @default.
- W4280619682 cites W1964746686 @default.
- W4280619682 cites W1973771344 @default.
- W4280619682 cites W1981368803 @default.
- W4280619682 cites W1986731219 @default.
- W4280619682 cites W2000500972 @default.
- W4280619682 cites W2000564135 @default.
- W4280619682 cites W2001532204 @default.
- W4280619682 cites W2007232419 @default.
- W4280619682 cites W2008415487 @default.
- W4280619682 cites W2009244305 @default.
- W4280619682 cites W2032685393 @default.
- W4280619682 cites W2035724294 @default.
- W4280619682 cites W2041460647 @default.
- W4280619682 cites W2041688717 @default.
- W4280619682 cites W2048553553 @default.
- W4280619682 cites W2054679279 @default.
- W4280619682 cites W2059812564 @default.
- W4280619682 cites W2067196201 @default.
- W4280619682 cites W2067303641 @default.
- W4280619682 cites W2071965345 @default.
- W4280619682 cites W2076894324 @default.
- W4280619682 cites W2083222334 @default.
- W4280619682 cites W2085093563 @default.
- W4280619682 cites W2092862335 @default.
- W4280619682 cites W2096665639 @default.
- W4280619682 cites W2164735136 @default.
- W4280619682 cites W2175025155 @default.
- W4280619682 cites W2227205540 @default.
- W4280619682 cites W2237953221 @default.
- W4280619682 cites W2288102383 @default.
- W4280619682 cites W2329706928 @default.
- W4280619682 cites W2331520253 @default.
- W4280619682 cites W2337139634 @default.
- W4280619682 cites W2338611755 @default.
- W4280619682 cites W2507123627 @default.
- W4280619682 cites W2548641623 @default.
- W4280619682 cites W2585423206 @default.
- W4280619682 cites W2598009386 @default.
- W4280619682 cites W2613271924 @default.
- W4280619682 cites W2613534281 @default.
- W4280619682 cites W2759453088 @default.
- W4280619682 cites W2778882165 @default.
- W4280619682 cites W2780210437 @default.
- W4280619682 cites W2790475992 @default.
- W4280619682 cites W2796861301 @default.
- W4280619682 cites W2797107647 @default.
- W4280619682 cites W2801592710 @default.
- W4280619682 cites W2804159404 @default.
- W4280619682 cites W2821011992 @default.
- W4280619682 cites W2829847198 @default.
- W4280619682 cites W2884910760 @default.
- W4280619682 cites W2886583066 @default.
- W4280619682 cites W2920954355 @default.
- W4280619682 cites W2950519545 @default.
- W4280619682 cites W2951336567 @default.
- W4280619682 cites W2954520292 @default.
- W4280619682 cites W2980876612 @default.
- W4280619682 cites W3003811831 @default.
- W4280619682 cites W3007167540 @default.
- W4280619682 cites W3011230264 @default.
- W4280619682 cites W3032899178 @default.
- W4280619682 cites W3033934592 @default.
- W4280619682 cites W3037961762 @default.
- W4280619682 cites W3044204540 @default.
- W4280619682 cites W3044263489 @default.
- W4280619682 cites W3045089091 @default.
- W4280619682 cites W3085031213 @default.
- W4280619682 cites W3094509204 @default.
- W4280619682 cites W3100873838 @default.
- W4280619682 cites W3103198912 @default.
- W4280619682 cites W3185524247 @default.
- W4280619682 cites W3024032281 @default.
- W4280619682 cites W3089829638 @default.
- W4280619682 doi "https://doi.org/10.1016/j.physb.2022.413928" @default.
- W4280619682 hasPublicationYear "2022" @default.
- W4280619682 type Work @default.
- W4280619682 citedByCount "2" @default.
- W4280619682 countsByYear W42806196822022 @default.
- W4280619682 countsByYear W42806196822023 @default.
- W4280619682 crossrefType "journal-article" @default.
- W4280619682 hasAuthorship W4280619682A5009583631 @default.