Rotational Spectra and Molecular Structure

Content: 
Physical Chemistry
Page ii

Front Matter
Page iii

Copyright page
Page iv

Dedication
Page v

Preface
Page vii
J. WOLLRAB

Acknowledgments
Page viii
J.E.W.

Chapter 1 - Rotational Spectra
Pages 1-6

Chapter 2 - Rigid Rotor
Pages 7-50

Chapter 3 - Centrifugal Distortion, Coriolis Coupling, and Fermi Resonance
Pages 51-87

Chapter 4 - Molecular Structure
Pages 88-113

Chapter 5 - Nuclear Quadrupole Coupling
Pages 114-144

Chapter 6 - Internal Rotation
Pages 145-202

Chapter 7 - Inversion
Pages 203-243

Chapter 8 - Stark Effect
Pages 244-281

Chapter 9 - Instrumentation
Pages 282-317

Appendix 1 - References
Pages 318-391

Appendix 2 - Short Table of Physical Constants, Conversion Factors, and Waveguide Nomenclature
Page 392

Appendix 3 - Evaluation of E(κ)
Pages 393-398

Appendix 4 - Derivation of the Hamiltonian for Treating the Vibration-Rotation Interaction Problem
Pages 399-405

Appendix 5 - Derivation of the Inertial Defect
Pages 406-408

Appendix 6 - Coupling of Angular Momentum Vectors
Pages 409-410

Appendix 7 - The Van Vleck Transformation
Pages 411-413

Appendix 8 - Internal Rotation Splittings for the IAM
Pages 414-415

Appendix 9 - Barriers to Internal Rotation Determined by Microwave Spectroscopy
Pages 416-421

Appendix 10 - Vanishing of Odd-Order Nondegenerate Stark Corrections
Page 422

Appendix 11 - Mathieu's Equation
Pages 423-427

Appendix 12 - Perturbation Coefficients for the Internal Rotation Problem
Pages 427-439

Appendix 13 - Molecular Zeeman Effect
Pages 440-446

Appendix 14 - Stark Corrections for a Linear Molecule
Page 447

Author Index
Pages 449-463

Subject Index
Pages 464-468