Molecular Applications of Quantum Defect Theory: 1st Edition (Hardback) book cover

Molecular Applications of Quantum Defect Theory

1st Edition

By Jungen Ch

CRC Press

664 pages

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Hardback: 9780750301626
pub: 1996-01-01
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As a consequence of new experimental techniques in optical and collision physics, such as multiphoton excitation and VUV radiation generation, quantum defect theory (QDT) has become more widely used as a theoretical tool for experimentalists.

Drawing together a historical body of work that contains key research and review papers, Molecular Applications of Quantum Defect Theory studies the QDT and its applications. The book presents all of the elements required to perform useful work in the field while highlighting the versatility and vast possibilities of the applications of the quantum defect method. It begins with an introductory essay written by Professor M. Seaton, one of the pioneers of the field, who outlines the historical development of QDT. The book also includes a substantial bibliography section.


"The editor has done a remarkable job in bringing out this 654-page volume, thus serving the various research needs of workers in QDT and its molecular applications."

-Zentrallblattt für Mathematik

Table of Contents

Preface. An introductory essay - the development of QDT. Molecular applications of quantum defect theory. Part A: Atomic theory. 1. Basic theory. 2. Dielectronic recombination. 3. Relativistic theory. 4. Eigenchannel approach. 5. Empirical analysis. 6. Calculation of quantum defect parameters. Part B: Generalizations. 1. Connection with the configuration interaction approach. 2. External perturbations: Stark and Zeeman effects and neutral atoms. 3. Quantum defect theory for arbitrary fields. Part C: Molecular problems. 1. Vibration/rotation - electron coupling. 2. Ionization and dissociation. 3. Electronic channel interactions. 4. Van der Waals complexes. MQDT Bibliography 1982-95.

Subject Categories

BISAC Subject Codes/Headings:
SCIENCE / Quantum Theory
SCIENCE / Molecular Physics