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Atomic orbitals. --- Conjugated molecules. --- Hybridization. --- Hydrogen bond. --- Ligand field. --- Metals. --- Molecular orbital. --- Valence (Theoretical chemistry). --- Valence bond.

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Atomic orbitals. --- Conjugated molecules. --- Hybridization. --- Hydrogen bond. --- Ligand field. --- Metals. --- Molecular orbital. --- Valence (Theoretical chemistry). --- Valence bond.

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Crystallographic symmetry. --- Determinants. --- Group theory. --- Hybrid orbitals. --- Ligand field theory. --- Molecular orbital theory. --- Molecular symmetry. --- Molecular theory. --- Molecular vibrations. --- Quantum mechanics. --- Resonance integral.

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Retains the easy-to-read format and informal flavor of the previous editions, and includes new material on the symmetric properties of extended arrays (crystals), projection operators, LCAO molecular orbitals, and electron counting rules. Also contains many new exercises and illustrations.

Crystallographic symmetry. --- Determinants. --- Group theory. --- Hybrid orbitals. --- Ligand field theory. --- Molecular orbital theory. --- Molecular symmetry. --- Molecular theory. --- Molecular vibrations. --- Quantum mechanics. --- Resonance integral.

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fysicochemie --- Chemical bonds. Valence --- 541.5 --- 539.19 --- Valencies. Bonds. Affinity --- Physics of single molecules --- Valence (Theoretical chemistry) --- Atomic orbitals --- Conjugated molecules --- Hybridization --- Hydrogen bond --- Ligand field --- Metals --- Molecular orbital --- Valence bond --- Valence (Theoretical chemistry). --- Atomic orbitals. --- Conjugated molecules. --- Hybridization. --- Hydrogen bond. --- Ligand field. --- Metals. --- Molecular orbital. --- Valence bond. --- 539.19 Physics of single molecules --- 541.5 Valencies. Bonds. Affinity --- Valency (Theoretical chemistry) --- Chemical affinity --- Chemical elements --- Chemical structure --- Chemistry, Physical and theoretical