01849nam a2200193Ia 450000500170000000800410001702000130005808200160007110000230008724500240011025000080013426000510014230000180019350512940021170000220150594200080152799900170153595201030155220241211205630.0241211s1976    xx            000 0 und d  afcnm1299  a530.41I/A82  aAshcroft, Neil W.  0aSolid State Physics  a1ra  aNew York :bHolt. Rinehart and Winston.,c1976  a826 páginas  a1.The drude theory of metals. 2.The sommerfeld theory of metals. 3.Failures of the free electron model. 4.Crystal lattices. 5.The reciprocal lattice. 6.Determination of crystal structure by X-RAY diffraction. 7.Classification of bravais lattices and crystal structures. 8.Electron levels in a periodic potential: general properties. 9.Electron in a weak periodic potential. 10.The semiclassical model of electron dynamics. 11.Other methods for calculating band structure. 12.The semiclassical model of electron dynamics. 13.The semiclassical theory of conduction in metals. 14.Measuring the fermi surface. 15.Band structure of selected metals. 16.Beyond the relaxation-time approximation. 17.Beyond the independent electron approximation. 18.Surface effects. 19.Classification of solids. 20.Cohesive energy. 21.Failures of the static lattice model. 22.Classical theory of the harmonic crystal. 23.Quantum theory of the harmonic crystal. 24.Measuring phonon dispersion relations. 25.Anharmonic effect in crystals. 26.Phonons in metals. 27.Dielectric properties of insulators. 28.Homogeneous semiconductors. 29.Inhomogeneous semiconductors. 30.Defects in crystals. 31.Diamagnetism and paramagnetic. 32.Electron interactions and magnetic structure. 33.Magnetic ordering. 34.Superconductivity.  a Mermin, David N.  yLIB  c50522d50522  00104070aBE-FCNMbBE-FCNMcTPd2018-02-08eDonacionfBuenoo530.41I/A82pFCNM2187yLIBzInterno