Theoretical Chemistry: An Introduction to Quantum Mechanics, Statistical Mechanics, and Molecular Spectra for Chemists |
Contents
QUANTUM NUMBERS | 1 |
QUANTUM MECHANICS | 14 |
QUANTUM THEORY OF VALENCE | 62 |
Copyright | |
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Common terms and phrases
antisymmetric approximation axis bond calculated Chem classical closed shells configuration coordinates corresponding curve degrees of freedom derived diatomic molecule dipole dissociation eigenfunctions eigenstates electronic configuration entropy equal equilibrium equivalent evaluation expression Fermi-Dirac statistics follows force constants frequency given by equation gives heat capacity hence hydrogen atoms hydrogen molecule identical infra-red integral interaction internuclear distance isotopic linear liquid mole molecular moment of inertia momentum nitrogen normal vibrations nuclear spin nuclei number of eigenstates number of molecules obtained orbital oscillator particles partition function Phys polyatomic molecules possible postulated potential energy principal quantum quantum mechanics quantum number Raman Raman effect represented respectively result rotational levels rotational lines rotational partition function Section seen spectra spectrum statistical mechanics statistics structure symmetric temperature thermodynamic tion total energy total number transition united atom unity volume y-space zero