Publications with the keyword "energy gap"

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C. Lavado, A. Rébola, R. Machado, and M. Stachiotti
Multiferroic properties of three-layer Aurivillius compound Bi4TiFeNbO12: A first-principles and experimental study
Solid State Communications (cited By 0), 320, 2020
antiferroelectricity antiferromagnetism bismuth compounds calculations energy gap ferroelectricity ground state iron compounds lanthanum compounds magnetic properties multiferroics niobium compounds positive ions solid state reactions titanium compounds antiferromagnetic coupling aurivillius compounds correlation functionals magnetic ground state multiferroic properties relative stabilities solid state reaction method spontaneous polarizations vanadium compounds
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O. Ávalos-Ovando, D. Mastrogiuseppe, and S. Ulloa
Lateral interfaces of transition metal dichalcogenides: A stable tunable one-dimensional physics platform
Physical Review B (cited By 9), 99(3), 2019
energy gap layered semiconductors molybdenum compounds transition metals tungsten compounds experimental parameters indirect interactions one-dimensional physics ruderman-kittel-kasuya-yosida spin-orbit couplings spintronics application tight binding model transition metal dichalcogenides interface states
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O. Ávalos-Ovando, D. Mastrogiuseppe, and S. Ulloa
Long range of indirect exchange interaction on the edges of MoS2 flakes
Journal of Physics Condensed Matter (cited By 3), 30(4), 2018
band structure energy gap exchange interactions fermi level transition metals dzyaloshinskii-moriya interaction magnetic impurity mos2 rkky interactions tight binding transition metal dichalcogenides impurities article doping
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D. Aguilera, D. Blaschke, and H. Grigorian
Energy release due to antineutrino untrapping and diquark condensation in hot quark star evolution
Astronomy and Astrophysics (cited By 16), 416(3), 991-996, 2004
condensation cooling energy gap fermi level gamma rays gravitational effects superconducting materials dense matters stars astrophysics
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R. Zeyher and A. Greco
Instabilities towards superconductivity and incommensurate bond-order waves in the t-J model
Physica C: Superconductivity and its Applications (cited By 0), 282287(3), 1741-1742, 1997
energy gap mathematical models superconducting transition temperature superconductivity bond order waves high temperature superconductors
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