## The theory of metals and the many body problem, Volume 2 |

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absorption curve adatom density adsorbate approximation atom band become infinite Brillouin zone calculation chemisorption closed surface coefficients condition consider const corresponding critical indices crystal defined dependence dispersion curve domain effective masses electron affinity energy distribution equation excitons expansion experimental expression Fermi energy field emission finite force constants formula Gibbs potential Green function group of quasiparticles group velocity Hamiltonian Hartree-Fock Hubbard model hydrogen impurity centres integral interaction irreducible isocline isoterms KARPACZ Lifshiz linear model localized vibration magnetic field matrix elements maximum metal nearest neighbours neutrons scattered obtain the following one-electron operator parameters perfect lattice perturbed region phonon phononless line Phys.Rev PHYSICS IN KARPACZ plane problem quasiparticles result satisfied Schrieffer singularities solution spin waves state-density substrate surface molecule symmetry vibration take into account temperature term THEORETICAL PHYSICS theory tion transition values wave function WINTER SCHOOL zero