Structural Chemistry (2nd Edition)

Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Pages Number: 378 Publisher: Higher Education Press Pub. Date :1997-7-1. This book maintains the contents of the first edition of the original system. the book is five chapters: the basis of quantum mechanics and atomic structure; of valence bond theory and molecular structure; ligand field theory and complex structure; molecular electrical. magnetic and molecular spectroscopy; crystal structure and crystal chemistry. Modify the learning requirements of each chapter. adding a certain amount of examples. questions and exercises to enrich the thinking. while maintaining appropriate on the basis of simple enriched some of the content. Book for Teachers College and the corresponding three-year colleges and universities to use. Contents: Introduction Chapter foundation of quantum mechanics and atomic structure of 1-1 micro-particle wave-particle duality 1 wave-particle duality of light 2 physical particle wave-particle duality 3 wave function of the physical meaning - - statistical interpretation of de Broglie wave 4 1-2 uncertainty relation equation of motion of microscopic particles - stationary state Schrodinger equation 1 steady-state Schrodinger equation (2) steady-state Schr?dinger equation operator expression 3 wave function normalization conditions and standard conditions 1-3 steady-state Schrodinger equation application examples - one-dimensional potential box moving particles 1-4 hydrogen atoms and hydrogen-like ions of the wave function 1 hydrogen atom and hydrogen-like ions Schr?dinger equation (2) hydrogen atom and hydrogen-like ions of the general solution of the Schrodinger equation 3 hydrogen atoms and hydrogen-like ions Schrodinger equation discussed 1-5 electron wave functions and icons law 1.w and w2 and r and r in Figure 2. radial distribution in Figure 3. angular distribution in Figure 4. Spatial distribution center force field model of 1-6 1-7 and atomic orbital energy levels of atomic orbitals with the order of 1 atomic orbital 2 level sequence 1-8 electron spin 1 spin of the problem (2) spin wave function and spin-orbit 3 Pauli principle and many-electron wave function 1-9 atomic arrangement of extranuclear 1 with the periodic law. atomic arrangement of extranuclear and periodic law of elements 2 of the electron shell structure of 1-10 ion multi-electron quantum numbers of atoms and atomic spectral term 1 quantum many-electron atomic number 2 the concept of atomic spectral term 3 by electron configuration determine the spectral term 4. Hund's rule problem with thinking exercises Chapter covalent bond theory of molecular structure of 2-1 and 2-2 valence bond theory introduction points 1 point valence bond theory. (2) valence bond theory of a some simple explanation of the molecular structure of the hydrogen molecular ion and 2-3 covalent bonding nature of 1 hydrogen molecular ion of the Schr?dinger equation (2) the hydrogen molecular ion approximation of quantum mechanics - the linear variation method 3 points sab. haa and hab meaning 4 the energy of the hydrogen molecular ion curve 5 the wave function of the hydrogen molecular ion and covalent nature of 2-4 1 molecular orbital theory Molecular orbital theory points 2.1cao-m0 three conditions for 3 types of molecular orbitals . and energy levels of the order of 2-5 symbols common structure of a diatomic molecule. homonuclear diatomic molecular structure 2. heteronuclear diatomic molecular structure . . Chapter ligand field theory and complex molecular structure of the electric Chapter resistance. magnetic and crystal structure of molecular spectroscopy Chapter crystal chemistry and the periodic table in AppendixFour Satisfaction guaranteed,or money back.…