Quantum Mechanics for ChemistsRoyal Society of Chemistry, 2002 - 184 páginas This book is designed to provide chemistry undergraduates with a basic understanding of the principles of quantum mechanics. |
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2p orbitals antibonding orbital antisymmetric approximation atomic orbitals axis beam bond angle bond length bond order bonding and antibonding bonding orbital Broglie butadiene c₁ c₂ Calculate carbon atoms Chapter coulombic diagram diatomic molecules diffraction dissociation energy distance E₁ elec electron configuration electron energy ener energy levels equal to zero function give given ħ² Hamiltonian operator helium atom Hückel molecular orbitals hybrid orbitals hydrogen atom hydrogen molecule internuclear ionization energy kinetic energy kJ mol known m₁ mass metal molecular orbitals molecule-ion motion nickel nitrogen non-bonding normalization constant nuclear charge nucleus obtained occupied one-dimensional one-electron overlap integral oxygen particle moving photoelectrons photon plane potential energy probability of finding Problem quantum mechanics quantum number radial repulsion rotational Schrödinger equation shown in Figure solutions spin surface theory tion trial wavefunction tron tunnelling uncertainty unpaired electrons V₁ valence bond vibration wave equation wavelength