Contents

pp.：  9 – 19

Preface

pp.：  19 – 25

1 Plasma as an Object of Spectroscopy

pp.：  25 – 51

2 Basic Concepts and Parameters Associated with the Emission, Absorption and Scattering of Light by Plasma

pp.：  51 – 91

3 Emission, Absorption and Scattering Techniques for Determining the Densities of Particles in Discrete Energy States

pp.：  91 – 171

4 Intensities in Spectra and Plasma Energy Distribution in the Internal and Translational Degrees of Freedom of Atoms and Molecules

pp.：  171 – 259

5 Measuring Concentrations of Atoms and Molecules

pp.：  259 – 331

6 Spectral Methods of Determining Electronic and Magnetic Fields in Plasma

pp.：  331 – 375

7 Determination of the Parameters of the Electronic Component of Plasma

pp.：  375 – 421

8 Some Information on Spectroscopy Techniques

pp.：  421 – 511

Appendix A Statistical Weights and Statistical Sums

pp.：  511 – 521

Appendix B Conversion of Quantities Used to Describe Optical Transition Probabilities in Line Spectra

pp.：  521 – 523

Appendix C Two-Photon Absorption Cross Sections for Some Atoms and Molecules in the Ground State

pp.：  523 – 529

Appendix D Information on Some Diatomic Molecules for the Identification and Processing of Low-Temperature Plasma Spectra

pp.：  529 – 593

Appendix E Rotational Line Intensity Factors in the Electronic–Vibrational Transition Spectra of Diatomic Molecules

pp.：  593 – 607

Appendix F Measurement of the Absolute Populations of Excited Atoms by Classical Spectroscopy Techniques

pp.：  607 – 621

Appendix G General Information for Plasma Spectroscopy Problems

pp.：  621 – 627

Index

pp.：  627 – 633