Chemistry of the Ionosphere
Kluwer Academic/Plenum Publishers (Verlag)
978-0-306-30357-9 (ISBN)
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These investigations have made it clear that the upper atmosphere (and particularly the ionospheric region at altitudes 100-1000 km) is a considerably more complex formation than could be visualized prior to the advent of active studies with space vehicles.
1. Results of Rocket Investigations of Parameters of the Upper Atmosphere.- 1.1. Atmospheric Density, Temperature, and Neutral Composition.- 1.2. Electron Concentration.- 1.3. Concentrations of Positive and Negative Ions.- 1.4. Intensity of Solar UV Radiation.- 2. General Outline of Elementary Processes in the Ionosphere.- 2.1. Recombination of Electrons and Positive Ions.- 2.2. Ionization of Neutral Particles.- 2.3. Ion-Molecular Reactions.- 2.4. Formation of Negative Ions.- 2.5. Ionization-Recombination Cycle of Ionosphearic Processes.- 2.6. Effective Recombination Coefficient above 100 km.- 2.7. Effective Recombination Coefficient below 100 km.- 2.8. Ambipolar Diffusion and Ionospheric Distribution of Charge Particles.- 3. Rates of Processes of Dissociative Recombination.- 3.1. Theoretical Investigations.- 3.2. Laboratory Investigations.- 3.3. Temperature Dependence of ?*.- 3.4. ?* Estimates Based on Ionospheric Data.- 4. Rates of Ion-Molecular Processes.- 4.1. Role of Ion-Molecular Processes in Ion Formation and Estimates Based on Ionospheric Data.- 4.2. Results of Laboratory Experiments.- 5. Ion Formation in the Ionosphere.- 5.1. Equilibrium Ion Concentrations.- 5.2. Comparison with Experimental Data.- 5.3. Variations in Ion Composition.- 6. Negative Ions and the Ionospheric D Region.- 6.1. Processes in Which Negative Ions Particpate.- 6.2. Physical Processes in the D Region.- 7. Oxygen Dissociation.- 7.1. Processes of Formation and Removal of Oxygen Atoms in the Upper Atmosphere.- 7.2. Rates of Processes with Participation of Atomic Oxygen.- 7.3. Distribution of Atomic Oxygen and Ozone Concentrations in the Lower Chemosphere.- 7.4. Distribution of Atomic and Molecular Oxygen Concentrations above 100 km.- 8. Reactions in Which Nitrogen and Its Oxides Participate.- 8.1. Introduction.- 8.2. Formation and Disappearance of Nitrogen Oxide and Dioxide in the Chemosphere.- 8.3. Laboratory Data on the Constants of Principal Reactions.- 8.4. Distribution of Nitrogen Oxide and Dioxide Concentrations in the Chemosphere.- 8.5. Other Nitrogen Oxides.- 9. Nitrogen Dissociation.- 9.1. Introduction.- 9.2. Processes of Formation and Disappearance of Atomic Nitrogen.- 9.3. Atomic Nitrogen Equilibrium Concentrations.- 10. Reactions with Participation of Neutral and Ionized Hydrogen and Helium Atoms.- 10.1. Reactions of Hydrogen and Its Compounds.- 10.2. Atmospheric Processes with Participation of Hydrogen and Helium Ions.- Conclusion.- Literature Cited.
Reihe/Serie | Monographs in Geoscience |
---|---|
Zusatzinfo | biography |
Sprache | englisch |
Maße | 160 x 240 mm |
Themenwelt | Naturwissenschaften ► Geowissenschaften ► Geophysik |
Naturwissenschaften ► Geowissenschaften ► Meteorologie / Klimatologie | |
ISBN-10 | 0-306-30357-4 / 0306303574 |
ISBN-13 | 978-0-306-30357-9 / 9780306303579 |
Zustand | Neuware |
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