Doping isolated one-dimensional antiferromagnetic semiconductor vanadium tetrasulfide (VS4) nanowires with carriers induces half-metallicity
Tài liệu tham khảo
citation_author=J. A. Del Alamo;
citation_journal_title=Nature;
citation_volume=479;
citation_pages=317;citation_publication_date=2011;
citation_author=K. Tomioka;
citation_author=M. Yoshimura;
citation_author=T. Fukui;
citation_journal_title=Nature;
citation_volume=488;
citation_pages=189;citation_publication_date=2012;
citation_author=I. Ferain;
citation_author=C. A. Colinge;
citation_author=J.-P. Colinge;
citation_journal_title=Nature;
citation_volume=479;
citation_pages=310;citation_publication_date=2011;
citation_author=C. A. Mack;
citation_journal_title=IEEE Trans. Semicond. Manuf.;
citation_volume=24;
citation_pages=202-207;citation_publication_date=2011;
citation_author=D. Akinwande;
citation_author=N. Petrone;
citation_author=J. Hone;
citation_journal_title=Nat. Commun.;
citation_volume=5;
citation_pages=5678;citation_publication_date=2014;
citation_title=
et al.
;
citation_author=C. Berger;
citation_author=Z. Song;
citation_author=T. Li;
citation_author=X. Li;
citation_author=A. Y. Ogbazghi;
citation_author=R. Feng;
citation_author=Z. Dai;
citation_author=A. N. Marchenkov;
citation_author=E. H. Conrad;
citation_author=P. N. First;
citation_journal_title=J. Phys. Chem. B;
citation_volume=108;
citation_pages=19912-19916;citation_publication_date=2004;
citation_author=S. Wolf;
citation_author=D. Awschalom;
citation_author=R. Buhrman;
citation_author=J. Daughton;
citation_author=S. Von Molnar;
citation_author=M. Roukes;
citation_author=A. Y. Chtchelkanova;
citation_author=D. Treger;
citation_journal_title=Science;
citation_volume=294;
citation_pages=1488-1495;citation_publication_date=2001;
citation_author=C. Felser;
citation_author=G. H. Fecher;
citation_author=B. Balke;
citation_journal_title=Angew. Chem., Int. Ed.;
citation_volume=46;
citation_pages=668-699;citation_publication_date=2007;
citation_author=X. Li;
citation_author=J. Yang;
citation_journal_title=Natl. Sci. Rev.;
citation_volume=3;
citation_pages=365-381;citation_publication_date=2016;
citation_author=J. R. Schaibley;
citation_author=H. Yu;
citation_author=G. Clark;
citation_author=P. Rivera;
citation_author=J. S. Ross;
citation_author=K. L. Seyler;
citation_author=W. Yao;
citation_author=X. Xu;
citation_journal_title=Nat. Rev. Mater.;
citation_volume=1;
citation_pages=16055;citation_publication_date=2016;
citation_author=D. Zhong;
citation_journal_title=Sci. Adv.;
citation_volume=3;
citation_pages=e1603113;citation_publication_date=2017;
citation_author=T. Jungwirth;
citation_author=J. Sinova;
citation_author=A. Manchon;
citation_author=X. Marti;
citation_author=J. Wunderlich;
citation_author=C. Felser;
citation_journal_title=Nat. Phys.;
citation_volume=14;
citation_pages=200-203;citation_publication_date=2018;
citation_author=I. Žutić;
citation_author=J. Fabian;
citation_author=S. D. Sarma;
citation_journal_title=Rev. Mod. Phys.;
citation_volume=76;
citation_pages=323;citation_publication_date=2004;
citation_author=A. V. Chumak;
citation_author=V. I. Vasyuchka;
citation_author=A. A. Serga;
citation_author=B. Hillebrands;
citation_journal_title=Nat. Phys.;
citation_volume=11;
citation_pages=453-461;citation_publication_date=2015;
citation_author=K. Y. Camsari;
citation_author=S. Ganguly;
citation_author=S. Datta;
citation_journal_title=Sci. Rep.;
citation_volume=5;
citation_pages=10571;citation_publication_date=2015;
citation_author=N. F. Mott;
citation_journal_title=Proc. R. Soc. London, Ser. A;
citation_volume=156;
citation_pages=368-382;citation_publication_date=1936;
citation_author=S. Picozzi;
citation_journal_title=Front. Phys.;
citation_volume=2;
citation_pages=10;citation_publication_date=2014;
citation_author=N. F. Mott;
citation_journal_title=Proc. R. Soc. London, Ser. A;
citation_volume=153;
citation_pages=699-717;citation_publication_date=1936;
citation_author=X. Li;
citation_author=J. Yang;
citation_journal_title=Wiley Interdiscip. Rev.: Comput. Mol. Sci.;
citation_volume=7;
citation_pages=e1314;citation_publication_date=2017;
citation_author=T. Jungwirth;
citation_author=X. Marti;
citation_author=P. Wadley;
citation_author=J. Wunderlich;
citation_journal_title=Nat. Nanotechnol.;
citation_volume=11;
citation_pages=231;citation_publication_date=2016;
citation_author=V. Baltz;
citation_author=A. Manchon;
citation_author=M. Tsoi;
citation_author=T. Moriyama;
citation_author=T. Ono;
citation_author=Y. Tserkovnyak;
citation_journal_title=Rev. Mod. Phys.;
citation_volume=90;
citation_pages=015005;citation_publication_date=2018;
citation_author=A. H. MacDonald;
citation_author=M. Tsoi;
citation_journal_title=Philos. Trans. R. Soc., A;
citation_volume=369;
citation_pages=3098-3114;citation_publication_date=2011;
citation_author=X. Hu;
citation_journal_title=Adv. Mater.;
citation_volume=24;
citation_pages=294-298;citation_publication_date=2012;
citation_author=J. He;
citation_author=P. Zhou;
citation_author=N. Jiao;
citation_author=X. Chen;
citation_author=W. Lu;
citation_author=L. Sun;
citation_journal_title=RSC Adv.;
citation_volume=5;
citation_pages=46640-46647;citation_publication_date=2015;
citation_author=Y.-M. Nie;
citation_author=X. Hu;
citation_journal_title=Phys. Rev. Lett.;
citation_volume=100;
citation_pages=117203;citation_publication_date=2008;
citation_author=H. Van Leuken;
citation_author=R. De Groot;
citation_journal_title=Phys. Rev. Lett.;
citation_volume=74;
citation_pages=1171;citation_publication_date=1995;
citation_title=
et al.
;
citation_author=A. K. Nayak;
citation_author=M. Nicklas;
citation_author=S. Chadov;
citation_author=P. Khuntia;
citation_author=C. Shekhar;
citation_author=A. Kalache;
citation_author=M. Baenitz;
citation_author=Y. Skourski;
citation_author=V. K. Guduru;
citation_author=A. Puri;
citation_journal_title=Nat. Mater.;
citation_volume=14;
citation_pages=679;citation_publication_date=2015;
citation_author=H. Kurt;
citation_author=K. Rode;
citation_author=P. Stamenov;
citation_author=M. Venkatesan;
citation_author=Y.-C. Lau;
citation_author=E. Fonda;
citation_author=J. Coey;
citation_journal_title=Phys. Rev. Lett.;
citation_volume=112;
citation_pages=027201;citation_publication_date=2014;
citation_author=S.-J. Gong;
citation_author=C. Gong;
citation_author=Y.-Y. Sun;
citation_author=W.-Y. Tong;
citation_author=C.-G. Duan;
citation_author=J.-H. Chu;
citation_author=X. Zhang;
citation_journal_title=Proc. Natl. Acad. Sci. U. S. A.;
citation_volume=115;
citation_pages=8511-8516;citation_publication_date=2018;
citation_author=H. Ai;
citation_author=X. Liu;
citation_author=B. Yang;
citation_author=X. Zhang;
citation_author=M. Zhao;
citation_journal_title=J. Phys. Chem. C;
citation_volume=122;
citation_pages=1846-1851;citation_publication_date=2018;
citation_title=
et al.
;
citation_author=P. Chuang;
citation_author=S.-C. Ho;
citation_author=L. W. Smith;
citation_author=F. Sfigakis;
citation_author=M. Pepper;
citation_author=C.-H. Chen;
citation_author=J.-C. Fan;
citation_author=J. Griffiths;
citation_author=I. Farrer;
citation_author=H. E. Beere;
citation_journal_title=Nat. Nanotechnol.;
citation_volume=10;
citation_pages=35-39;citation_publication_date=2015;
citation_title=
et al.
;
citation_author=Y. Deng;
citation_author=Y. Yu;
citation_author=Y. Song;
citation_author=J. Zhang;
citation_author=N. Z. Wang;
citation_author=Z. Sun;
citation_author=Y. Yi;
citation_author=Y. Z. Wu;
citation_author=S. Wu;
citation_author=J. Zhu;
citation_journal_title=Nature;
citation_volume=563;
citation_pages=94-99;citation_publication_date=2018;
citation_author=X. Li;
citation_author=X. Wu;
citation_author=J. Yang;
citation_journal_title=J. Am. Chem. Soc.;
citation_volume=136;
citation_pages=11065-11069;citation_publication_date=2014;
citation_author=H. Yuan;
citation_author=H. Shimotani;
citation_author=A. Tsukazaki;
citation_author=A. Ohtomo;
citation_author=M. Kawasaki;
citation_author=Y. Iwasa;
citation_journal_title=Adv. Funct. Mater.;
citation_volume=19;
citation_pages=1046-1053;citation_publication_date=2009;
citation_author=J. He;
citation_author=G. Ding;
citation_author=C. Zhong;
citation_author=S. Li;
citation_author=D. Li;
citation_author=G. Zhang;
citation_journal_title=Nanoscale;
citation_volume=11;
citation_pages=356-364;citation_publication_date=2019;
citation_author=T. Pham;
citation_author=S. Oh;
citation_author=P. Stetz;
citation_author=S. Onishi;
citation_author=C. Kisielowski;
citation_author=M. L. Cohen;
citation_author=A. Zettl;
citation_journal_title=Science;
citation_volume=361;
citation_pages=263-266;citation_publication_date=2018;
citation_author=X. Li;
citation_author=H. Lv;
citation_author=J. Dai;
citation_author=L. Ma;
citation_author=X. C. Zeng;
citation_author=X. Wu;
citation_author=J. Yang;
citation_journal_title=J. Am. Chem. Soc.;
citation_volume=139;
citation_pages=6290-6293;citation_publication_date=2017;
citation_author=Y. Wan;
citation_author=Y. Sun;
citation_author=X. Wu;
citation_author=J. Yang;
citation_journal_title=J. Phys. Chem. C;
citation_volume=122;
citation_pages=989-994;citation_publication_date=2018;
citation_author=T. Zhang;
citation_author=L. Zhu;
citation_author=G. Chen;
citation_journal_title=J. Mater. Chem. C;
citation_volume=4;
citation_pages=10209-10214;citation_publication_date=2016;
citation_author=S.-s. Li;
citation_author=Y.-p. Wang;
citation_author=S.-j. Hu;
citation_author=D. Chen;
citation_author=C.-w. Zhang;
citation_author=S.-s. Yan;
citation_journal_title=Nanoscale;
citation_volume=10;
citation_pages=15545-15552;citation_publication_date=2018;
citation_title=
et al.
;
citation_author=H. Ye;
citation_author=L. Wang;
citation_author=S. Deng;
citation_author=X. Zeng;
citation_author=K. Nie;
citation_author=P. N. Duchesne;
citation_author=B. Wang;
citation_author=S. Liu;
citation_author=J. Zhou;
citation_author=F. Zhao;
citation_journal_title=Adv. Energy Mater.;
citation_volume=7;
citation_pages=1601602;citation_publication_date=2017;
citation_author=C. Shang;
citation_author=L. Fu;
citation_author=S. Zhou;
citation_author=J. Zhao;
citation_journal_title=JACS Au;
citation_author=W. Hillebrand;
citation_journal_title=J. Am. Chem. Soc.;
citation_volume=29;
citation_pages=1019-1029;citation_publication_date=1907;
citation_author=E. Flores;
citation_author=E. Munoz-Cortes;
citation_author=J. Bodega;
citation_author=O. Caballero-Calero;
citation_author=M. Martín-Gonzalez;
citation_author=C. Sanchez;
citation_author=J. R. Ares;
citation_author=I. J. Ferrer;
citation_journal_title=ACS Appl. Energy Mater.;
citation_volume=1;
citation_pages=2333-2340;citation_publication_date=2018;
citation_author=Y. Zhou;
citation_author=Y. Li;
citation_author=J. Yang;
citation_author=J. Tian;
citation_author=H. Xu;
citation_author=J. Yang;
citation_author=W. Fan;
citation_journal_title=ACS Appl. Mater. Interfaces;
citation_volume=8;
citation_pages=18797-18805;citation_publication_date=2016;
citation_author=G. Lui;
citation_author=G. Jiang;
citation_author=A. Duan;
citation_author=J. Broughton;
citation_author=J. Zhang;
citation_author=M. W. Fowler;
citation_author=A. Yu;
citation_journal_title=Ind. Eng. Chem. Res.;
citation_volume=54;
citation_pages=2682-2689;citation_publication_date=2015;
citation_author=C. S. Rout;
citation_author=B.-H. Kim;
citation_author=X. Xu;
citation_author=J. Yang;
citation_author=H. Y. Jeong;
citation_author=D. Odkhuu;
citation_author=N. Park;
citation_author=J. Cho;
citation_author=H. S. Shin;
citation_journal_title=J. Am. Chem. Soc.;
citation_volume=135;
citation_pages=8720-8725;citation_publication_date=2013;
citation_author=R. Sun;
citation_author=Q. Wei;
citation_author=Q. Li;
citation_author=W. Luo;
citation_author=Q. An;
citation_author=J. Sheng;
citation_author=D. Wang;
citation_author=W. Chen;
citation_author=L. Mai;
citation_journal_title=ACS Appl. Mater. Interfaces;
citation_volume=7;
citation_pages=20902-20908;citation_publication_date=2015;
citation_title=
et al.
;
citation_author=S. Wang;
citation_author=F. Gong;
citation_author=S. Yang;
citation_author=J. Liao;
citation_author=M. Wu;
citation_author=Z. Xu;
citation_author=C. Chen;
citation_author=X. Yang;
citation_author=F. Zhao;
citation_author=B. Wang;
citation_journal_title=Adv. Funct. Mater.;
citation_volume=28;
citation_pages=1801806;citation_publication_date=2018;
citation_title=
et al.
;
citation_author=Y. Wang;
citation_author=Z. Liu;
citation_author=C. Wang;
citation_author=X. Yi;
citation_author=R. Chen;
citation_author=L. Ma;
citation_author=Y. Hu;
citation_author=G. Zhu;
citation_author=T. Chen;
citation_author=Z. Tie;
citation_journal_title=Adv. Mater.;
citation_volume=30;
citation_pages=1802563;citation_publication_date=2018;
citation_author=G. Gao;
citation_author=G. Ding;
citation_author=J. Li;
citation_author=K. Yao;
citation_author=M. Wu;
citation_author=M. Qian;
citation_journal_title=Nanoscale;
citation_volume=8;
citation_pages=8986-8994;citation_publication_date=2016;
citation_author=N. C. Frey;
citation_author=A. Bandyopadhyay;
citation_author=H. Kumar;
citation_author=B. Anasori;
citation_author=Y. Gogotsi;
citation_author=V. B. Shenoy;
citation_journal_title=ACS Nano;
citation_volume=13;
citation_pages=2831-2839;citation_publication_date=2019;
citation_author=Y. Ma;
citation_author=A. Kuc;
citation_author=Y. Jing;
citation_author=P. Philipsen;
citation_author=T. Heine;
citation_journal_title=Angew. Chem., Int. Ed.;
citation_volume=56;
citation_pages=10214-10218;citation_publication_date=2017;
citation_author=G. Kresse;
citation_journal_title=Phys. Rev. B: Condens. Matter Mater. Phys.;
citation_volume=47;
citation_pages=558;citation_publication_date=1993;
citation_author=G. Kresse;
citation_journal_title=Phys. Rev. B: Condens. Matter Mater. Phys.;
citation_volume=59;
citation_pages=1758;citation_publication_date=1999;
citation_author=J. P. Perdew;
citation_author=K. Burke;
citation_author=M. Ernzerhof;
citation_journal_title=Phys. Rev. Lett.;
citation_volume=77;
citation_pages=3865;citation_publication_date=1996;
citation_author=J. Heyd;
citation_author=G. E. Scuseria;
citation_author=M. Ernzerhof;
citation_journal_title=J. Chem. Phys.;
citation_volume=118;
citation_pages=8207-8215;citation_publication_date=2003;
citation_author=S. Grimme;
citation_author=J. Antony;
citation_author=S. Ehrlich;
citation_author=H. Krieg;
citation_journal_title=J. Chem. Phys.;
citation_volume=132;
citation_pages=154104;citation_publication_date=2010;
citation_author=A. Togo;
citation_author=I. Tanaka;
citation_journal_title=Scr. Mater.;
citation_volume=108;
citation_pages=1-5;citation_publication_date=2015;
citation_author=S. Nosé;
citation_journal_title=J. Chem. Phys.;
citation_volume=81;
citation_pages=511-519;citation_publication_date=1984;
citation_author=Y. Watanabe;
citation_journal_title=Acta Crystallogr., Sect. B: Struct. Crystallogr. Cryst. Chem.;
citation_volume=30;
citation_pages=1396-1401;citation_publication_date=1974;
citation_title=
et al.
;
citation_author=A. F. Albuquerque;
citation_author=F. Alet;
citation_author=P. Corboz;
citation_author=P. Dayal;
citation_author=A. Feiguin;
citation_author=S. Fuchs;
citation_author=L. Gamper;
citation_author=E. Gull;
citation_author=S. Gürtler;
citation_author=A. Honecker;
citation_journal_title=J. Magn. Magn. Mater.;
citation_volume=310;
citation_pages=1187-1193;citation_publication_date=2007;
citation_author=T. Zhou;
citation_author=Z. Zang;
citation_author=J. Wei;
citation_author=J. Zheng;
citation_author=J. Hao;
citation_author=F. Ling;
citation_author=X. Tang;
citation_author=L. Fang;
citation_author=M. Zhou;
citation_journal_title=Nano Energy;
citation_volume=50;
citation_pages=118-125;citation_publication_date=2018;
citation_author=S. Ur Rehman;
citation_author=Z. Li;
citation_author=H. Li;
citation_author=Z. Ding;
citation_journal_title=Phys. B;
citation_volume=524;
citation_pages=163-172;citation_publication_date=2017;
citation_author=P. Lou;
citation_author=J. Y. Lee;
citation_journal_title=J. Chem. Phys.;
citation_volume=150;
citation_pages=184307;citation_publication_date=2019;
citation_author=T. Hotta;
citation_author=S. Yunoki;
citation_author=M. Mayr;
citation_author=E. Dagotto;
citation_journal_title=Phys. Rev. B: Condens. Matter Mater. Phys.;
citation_volume=60;
citation_pages=15009-15012;citation_publication_date=1999;
citation_author=M. Takahashi;
citation_author=P. Turek;
citation_author=Y. Nakazawa;
citation_author=M. Tamura;
citation_author=K. Nozawa;
citation_author=D. Shiomi;
citation_author=M. Ishikawa;
citation_author=M. Kinoshita;
citation_journal_title=Phys. Rev. Lett.;
citation_volume=67;
citation_pages=746;citation_publication_date=1991;
citation_author=X. Tan;
citation_author=L. Liu;
citation_author=H. Xiang;
citation_author=G.-F. Du;
citation_author=A. Lou;
citation_author=H.-H. Fu;
citation_journal_title=Nanoscale;
citation_volume=12;
citation_pages=8942-8948;citation_publication_date=2020;
citation_title=
et al.
;
citation_author=B. Huang;
citation_author=G. Clark;
citation_author=D. R. Klein;
citation_author=D. MacNeill;
citation_author=E. Navarro-Moratalla;
citation_author=K. L. Seyler;
citation_author=N. Wilson;
citation_author=M. A. McGuire;
citation_author=D. H. Cobden;
citation_author=D. Xiao;
citation_journal_title=Nat. Nanotechnol.;
citation_volume=13;
citation_pages=544-548;citation_publication_date=2018;
citation_author=Y. Yang;
citation_author=C. Liu;
citation_author=X. Xu;
citation_author=Z. Meng;
citation_author=W. Tong;
citation_author=Z. Ma;
citation_author=C. Zhou;
citation_author=Y. Sun;
citation_author=Z. Sheng;
citation_journal_title=Polym. Chem.;
citation_volume=9;
citation_pages=5499-5503;citation_publication_date=2018;
citation_author=K. Ueno;
citation_author=S. Nakamura;
citation_author=H. Shimotani;
citation_author=H. Yuan;
citation_author=N. Kimura;
citation_author=T. Nojima;
citation_author=H. Aoki;
citation_author=Y. Iwasa;
citation_author=M. Kawasaki;
citation_journal_title=Nat. Nanotechnol.;
citation_volume=6;
citation_pages=408;citation_publication_date=2011;
citation_author=H.-R. Fuh;
citation_author=C.-R. Chang;
citation_author=Y.-K. Wang;
citation_author=R. F. Evans;
citation_author=R. W. Chantrell;
citation_author=H.-T. Jeng;
citation_journal_title=Sci. Rep.;
citation_volume=6;
citation_pages=1-11;citation_publication_date=2016;