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Putting the Electrons In- The MH 2 System 33ġ.3 Orbital Mixing-Building Larger Moleculesġ.3.1 Using Group Orbitals to Make Ethane 36 Putting the Electrons In - The MH3 System 33 Model of Bonding in Organic Structures 26ġ.2 A More Modern Theory of Organic Bonding 26 The Organic Structures of Biology 1057ġ.1.1 Quantum Numbers and Atomic Orbitals 4ġ.1.2 Electron Configurations and Electronic Diagramsġ.1.7 A Hybrid Valence Bond / MolecularOrbitalġ.1.13 Summary of Concepts Used for the Simplest Representative Examples Using Simple Molecules 1051Ĥ. Group Orbitals of Common Functional Groups: Electrostatic Potential Surfaces for Representative Organic Moleculesģ. Conversion Factors and Other Useful DataĢ. Organic Polymer and Materials Chemistry 753Įlectronic Structure: Theory and ApplicationsĪdvanced Concepts in Electronic Structure Theoryġ. Organotransition Metal Reaction Mechanisms and Catalysisġ3. Substitutions at Aliphatic Centers and Thermalġ2. Reactions Involving Additions and / or Eliminations 537 Molecular Recognition and Supramolecular Chemistry 207Įxperiments Related to Thermodynamics and Kinetics 421
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Solutions and Non-Covalent Binding Forces 145 Introduction to Structure and Models of Bonding 3 In cludes bibliographi cal references and index.ġ. Library o f Congress Cataloging-in-Publica tion DataĪn slyn, Eric V., 1960Modern physical organic chemistry I Eric V. Shou ld be addressed to the Permissions Department, University Science Books. Requests for permission or furth er informatio n Section 107 or 108 of the 1976 Un ited Sta tes Copyright Act w ithout the permission Reprodu ction or transla tion of any part o f this work beyond tha t permitted by
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This book is p rinted on acid-free paper.Ĭop yright © 2006 by University Science Books Printe r & Binder: Edwards Brothers, Inc. Electronic Structure: Theory and ApplicationsContents Introduction to structure and models of bonding Strain and stability Solutions and non-covalent binding forces Molecular recognition and supramolecular chemistry Acid-base chemistry Stereochemistry Energy surfaces and kinetic analyses Experiments related to thermodynamics and kinetics Catalysis Organic reaction mechanisms, Part 1: reactions involving additions and/or eliminations Organic reaction mechanisms, Part 2: substitutions at aliphatic centers and thermal isomerizations/rearrangements Organotransition metal reaction mechanisms and catalysis Organic polymer and materials chemistry Advanced concepts in electronic structure theory Thermal pericyclic reactions Photochemistry Electronic organic materials Conversion factors and other useful data Electrostatic potential surfaces for representative organic molecules Group orbitals of common functional groups : representative examples using simple molecules The organic structures of biology Pushing electrons Reaction mechanism nomenclatureĬompositor: Wilsted & Taylor Publishing Services Reactivity, Kinetics, and Mechanisms III. Molecular Structure and Thermodynamics II.