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Home > Mathematics and Science Textbooks > Chemistry > Physical chemistry > Quantum and theoretical chemistry > Strongly Correlated Electron Systems in Chemistry: Experiment and Theory
Strongly Correlated Electron Systems in Chemistry: Experiment and Theory

Strongly Correlated Electron Systems in Chemistry: Experiment and Theory

          
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About the Book

This is a collection of articles on the theoretical and experimental studies of strongly correlated electron systems. Those covered are small molecules, polymers, quantum confined systems, molecular magnets, high Tc superconductors, fullerenes and transition metal oxides. The techniques encompass configuration interaction approaches, coupled cluster and valence bond approaches. Each contributor is a well known practitioner in the field. The book should provide researchers in chemistry and physics with state-of-the-art techniques and their applications to many systems of current interest.

Table of Contents:
Electronic Correlation in Molecules - Some Fundamental Problems; Improving the Panoply of Quantum Chemical Methods for the Study of Correlated Extended Systems; Lie-Algebraic Structure and the Coupled Cluster Method; Configuration Interaction Studies Using Biorthogonal Approach to VB Basis; Optimised Virtual Orbitals for the Calculation of Molecular Properties of Excited Electronic States; A Novel MO-VB Scheme for Excitation Gaps in Correlated Mode Hamiltonians; Correlated Approach to Molecular Properties; Infinite Volume Extrapolations of Finite Clusters Calculations - How Correct are These?; Calculation of the Hyperpolarisabilities of Organic Molecules and their Role in the Interpretation of Nonlinear Optical Phenomena in Organic Crystals; Energy Thresholds in Polysilanes - Elementary Excitations of Alternating Conjugated Chains; Inter- and Intramolecular Spin Coupling in Organics; Electron Correlation Effects in Semiconductorquantum Dot Nanostructures; Numerical Simulations of Strongly-Correlated Systems-Interlayer Tunnelling Mechanism, Spin-Charge Separation and Odd-Gap Pairing; Metal Insulator Transition in 3rd Transition Metal Oxides; Superconductivity in Doped Fullerenes.


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Product Details
  • ISBN-13: 9788173190629
  • Publisher: Narosa Publishing House
  • Publisher Imprint: Narosa Publishing House
  • Height: 230 mm
  • Weight: 529 gr
  • ISBN-10: 8173190623
  • Publisher Date: 26 Feb 2001
  • Binding: Hardback
  • Sub Title: Experiment and Theory


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