Quantum Theory of Molecules and Solids: Electronic structure of moleculesMcGraw-Hill, 1963 - Matter |
Contents
PREFACE | 1 |
LCAO and Variation Methods and the Virial | 22 |
The HeitlerLondon Method for the Hydrogen | 41 |
Copyright | |
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Common terms and phrases
antibonding antisymmetric approximation arising atomic orbitals axis basis functions benzene Bloch sums calculation carbon charge distribution Chem coefficients computed configuration interaction Conjugated consider coordinates corresponding Coulomb curve denoted determinantal functions diagonal matrix diagonal matrix elements diatomic molecules discussion dv₁ Electronic Structure energy levels equal func function of Eq H₂ Hamiltonian Hartree-Fock Heitler-London method Hence hybridized hydrogen hydrogen atoms hydrogen molecule identical infinite internuclear distance inversion ionic irreducible representations kinetic energy LCAO Lennard-Jones linear combinations London molecular orbitals molecular-orbital method multiplets nondiagonal matrix elements nuclei one-dimensional representations one-electron energies orthogonal overlap charge overlap integral Phys potential energy problem Proc quantum number R₁ repulsion result rotation Rydbergs Schrödinger's equation set of basis singlet Spectra spherical spin spin-orbitals summation symmetry orbitals symmetry type tetrahedral theorem tion triplet valence-bond function values virial theorem Wannier functions wave function zero