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Results 1 to 25 of 4129

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Electronic structure of quasicrystals : Amorphous materialsHAFNER, J.Current opinion in solid state & materials science. 1999, Vol 4, Num 3, pp 289-294, issn 1359-0286Article

Practical application of zone-folding concepts in tight-binding calculationsBOYKIN, Timothy B; KLIMECK, Gerhard.Physical review B. Condensed matter and materials physics. 2005, Vol 71, Num 11, pp 115215.1-115215.6, issn 1098-0121Article

The angular dependence of interlayer exchange energy in the one-band tight-binding modelLIE-MING LI; FU-CHO PU.Physics letters. A. 1994, Vol 193, Num 3, pp 330-334, issn 0375-9601Article

Densities of electronic states for tight-binding two-dimensional square-lattice ternary alloys AxB1-xCFROELICH, D. V; DOW, J. D.The Journal of physics and chemistry of solids. 1984, Vol 45, Num 7, pp 731-732, issn 0022-3697Article

Electronic structure of group-V semimetals: tight-binding parameter estimation from chemical trendsENDERS, P.Physica status solidi. B. Basic research. 1984, Vol 125, Num 2, pp K133-K135, issn 0370-1972Article

A short note on the susceptibility in the paramagnetic state for disordered itinerant-electron metamagnetic materialsGRADO-CAFFARO, M. A; GRADO-CAFFARO, M.Active and passive electronic components. 1997, Vol 19, Num 4, pp 261-263, issn 0882-7516Article

Fermions without fermion fieldsBALL, R. C.Physical review letters. 2005, Vol 95, Num 17, pp 176407.1-176407.4, issn 0031-9007Article

Electronic structure of an unreconstructed (1010)α-quartz surfaceNYLEN, M.Physica status solidi. B. Basic research. 1984, Vol 122, Num 1, pp 301-308, issn 0370-1972Article

Explicit, first-principles tight-binding theoryANDERSEN, O. K; JEPSEN, O.Physical review letters. 1984, Vol 53, Num 27, pp 2571-2574, issn 0031-9007Article

Diamagnetic current and positive Hall coefficients of disordered metalsITOH, M; TANAKA, H.Journal of physics. Condensed matter (Print). 1998, Vol 10, Num 33, pp 7383-7390, issn 0953-8984Article

Influence of interface structure on transversal electron transportBRAGINSKY, L; SHKLOVER, V.Solid state communications. 1998, Vol 105, Num 11, pp 701-704, issn 0038-1098Article

Conceptual and computational advances in multiple-scattering electronic-structure calculationsZELLER, R.Computational materials science. 1998, Vol 10, Num 1-4, pp 373-380, issn 0927-0256Conference Paper

Overlap effects on surface statesDAVISON, S. G; SULSTON, K. W.Progress in surface science. 2003, Vol 74, Num 1-8, pp 201-208, issn 0079-6816, 8 p.Article

Electron-hole exchange interaction in nanostructuresIVCHENKO, E. L.SPIE proceedings series. 2003, pp 562-563, isbn 0-8194-4824-9, 2 p.Conference Paper

Tight-binding molecular dynamics simulations in materials scienceCOLOMBO, Luciano.Computational materials science. 1998, Vol 12, Num 3, issn 0927-0256, 135 p.Serial Issue

Charge self-consistent tight-binding parameters: application to III-V compound semiconductorsSTREHLOW, R; HANKE, M; KÜHN, W et al.Physica status solidi. B. Basic research. 1985, Vol 131, Num 2, pp 631-642, issn 0370-1972Article

Tight-binding central interaction model for the band structure of siliconBETTERIDGE, G. P.Australian journal of physics. 1984, Vol 37, Num 4, pp 407-428, issn 0004-9506Article

Excitation spectra in ferromagnetic nickelIGARASHI, J; UNGER, P; HIRAI, K et al.Journal of magnetism and magnetic materials. 1995, Vol 140-44, Num 1, pp 95-96, issn 0304-8853Conference Paper

Diffusion and localization of a particle in a periodic potential coupled to a dissipative environmentGUINEA, F; HAKIM, V; MURAMATSU, A et al.Physical review letters. 1985, Vol 54, Num 4, pp 263-266, issn 0031-9007Article

ISOTROPIC COMPTON PROFILE OF LIH IN THE TIGHT-BINDING APPROXIMATION.GROSSO G; PASTORI PARRAVICINI G; RESTA R et al.1976; PHYS. STATUS SOLIDI, B; ALLEM.; DA. 1976; VOL. 73; NO 1; PP. 371-378; ABS. FR.; BIBL. 27 REF.Article

SUPERCONDUCTIVITY IN TIGHT-BINDING APPROXIMATION.POON SJ.1976; SOLID STATE COMMUNIC.; G.B.; DA. 1976; VOL. 18; NO 11-12; PP. 1489-1491; BIBL. 15 REF.Article

TRAVAUX DE SORTIE DES METAUX DE TRANSITION.ALLAN G; LANNOO M.1975; VIDE; FR.; DA. 1975; VOL. 30; NO 176; PP. 48-49; ABS. ANGL.; BIBL. 4 REF.Article

Structural dependence of exciton in carbon nanotubesJIA, Y; YU, G; DONG, J et al.The European physical journal. B, Condensed matter physics. 2008, Vol 61, Num 4, pp 433-439, issn 1434-6028, 7 p.Article

EXCITONS IN A SEMI-INFINITE INSULATOR IN THE TIGHT-BINDING APPROXIMATIONGUMBS G; MAVROYANNIS C.1981; J. PHYS. C=SOLID STATE PHYS.; ISSN 0022-3719; GBR; DA. 1981; VOL. 14; NO 16; PP. 2199-2215; BIBL. 10 REF.Article

COMPTON PROFILES OF LIF.BERGGREN KF; MARTINO F; EISENBERGER P et al.1976; PHYS. REV., B; U.S.A.; DA. 1976; VOL. 13; NO 6; PP. 2292-2304; BIBL. 30 REF.Article

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