Spectroscopy of Low Temperature PlasmaISBN: 978-3-527-40778-1
Hardcover
630 pages
March 2009
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- Plasma as an Object of Spectroscopy
- Basic Concepts and Parameters Associated with the Emission, Absorption and Scattering of Light by Plasma
- Emission, Absorption and Scattering Techniques for Determining the Densities of Particles in Discrete Energy States
- Intensities in Spectra and Plasma Energy Distribution in the Internal and Translational Degrees of Freedom of Atoms and Molecules
- Measuring Concentrations of Atoms and Molecules
- Spectral Methods of Determining Electronic and Magnetic Fields in Plasma
- Determination of the Parameters of the Electronic Component of Plasma
- Some Information on Spectroscopy Techniques
Appendix A
Statistical Weights and Statistical Sums
Appendix B
Conversion of Quantities Used to Describe Optical
Transition Probabilities in Line Spectra
Appendix C
Two-Photon Absorption Cross Sections for Some Atoms and Molecules in the Ground State
Appendix D
Information on Some Diatomic Molecules for the Identification and Processing of Low-Temperature Plasma Spectra
Appendix E
Rotational Line Intensity Factors in the Electronic-Vibrational Transition Spectra of Diatomic Molecules
Appendix G
General Information for Plasma Spectroscopy Problems
Appendix H
Optical Constants of Materials
(online available: www.wiley-vch.de)
- Basic Concepts and Parameters Associated with the Emission, Absorption and Scattering of Light by Plasma
- Emission, Absorption and Scattering Techniques for Determining the Densities of Particles in Discrete Energy States
- Intensities in Spectra and Plasma Energy Distribution in the Internal and Translational Degrees of Freedom of Atoms and Molecules
- Measuring Concentrations of Atoms and Molecules
- Spectral Methods of Determining Electronic and Magnetic Fields in Plasma
- Determination of the Parameters of the Electronic Component of Plasma
- Some Information on Spectroscopy Techniques
Appendix A
Statistical Weights and Statistical Sums
Appendix B
Conversion of Quantities Used to Describe Optical
Transition Probabilities in Line Spectra
Appendix C
Two-Photon Absorption Cross Sections for Some Atoms and Molecules in the Ground State
Appendix D
Information on Some Diatomic Molecules for the Identification and Processing of Low-Temperature Plasma Spectra
Appendix E
Rotational Line Intensity Factors in the Electronic-Vibrational Transition Spectra of Diatomic Molecules
Appendix G
General Information for Plasma Spectroscopy Problems
Appendix H
Optical Constants of Materials
(online available: www.wiley-vch.de)
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