Electron loss and the determination of electron concentrations in the D-region

Pure and Applied Geophysics PAGEOPH

Volumn 127, Issue 2-3, 1988, Pages 403-414

  Swider, W ^a  

^a AIR FORCE RESEARCH LABORATORY   (United States)

Author keywords

D region; ionospheric chemistry; mesosphere

Indexed keywords

EID: 6244228774     PISSN: 00334553     EISSN: 14209136     Source Type: Journal    
DOI: 10.1007/BF00879819     Document Type: Article

References (49)

1. Vertical Transport and Photo-Chemistry in the Terrestrial Mesosphere and Lower Thermosphere
2. Production Rates and Electron Densities in the Lower Ionosphere due to Solar Cosmic Rays
3. Abnormal Ionization in the Lower Ionosphere Associated with Cosmic-Ray Flux
4. D-Region Rocket Measurements in Winter Anomaly Conditions
5. Ions in the Mesosphere and Lower Thermosphere: A Two-Dimensional Model
6. Heavy Ionospheric Ions in the Formation of Noctilucent Clouds
7. Global Morphology of Nitric Oxide in the Lower E-Region
8. Variations of the Loss Coefficient in the Lower Ionosphere During Polar-Cap Absorption
9. Observation of Large Negative Ion Zones Around 88 km
10. Thomson Scatter Radar Detection of D-Region Negative Ions at Arecibo
11. Transport of Nitric Oxide and the D-Region Winter Anomaly
12. The Effective Recombination Coefficient of Electrons in the Ionosphere between 50 and 150 km
13. Rocket Measurements of Production and Ionization During a PCA Event
14. Investigation of Electron Concentrations in the Lower Part of the Ionosphere (D-Region): Review
15. Diurnal Model of the D-Region
16. Electron-Ion and Ion-Ion Reaction Rate Coefficients at Low Altitudes During a PCA Event
17. A Measurement of the Effective Recombination Coefficient in the Lower Ionosphere
18. Changes of Lower Ionosphere Electron Concentrations with Solar Activity
19. Measurement of the Effective Electron Loss Rates in the D-Region During Polar Cap Absorption Events
20. Changes in Electron Precipitation Inferred from Spectra Deduced from D-Region Electron Densities during a Post-Magnetic Storm Effect
21. Contribution a l'Etude de la Structure de l'Ionosphere
22. Positive and Negative Ion Composition Measurements in the D-and E-Region During the 26 February 1979 Solar Eclipse
23. Recent Advances in the Study of the D-Region Winter Anomaly
24. A Scale Analysis of the D-Region Winter Anomaly
25. Effective Recombination Coefficient in the D-Region
26. Effect of Meteoric Dust on the Effective Recombination Coefficient in the Lower Ionosphere
27. VLF Phase Disturbances, HF Absorption, and Solar Protons in the Events of August 28 and September 2, 1966
28. Simultaneous Satellite and Radar Studies of the D-Region Ionosphere During the Intense Solar Particle Events of August 1972
29. The Production of Water Cluster Positive Ions in the Quiet Daytime D-Region
30. Neutral Atmosphere Composition Between 60 and 220 km: A Theoretical Model For Mid-Latitudes
31. Comparison of Techniques for Measurement of D-Region Electron Densities
32. Mutual Neutralization Rates of Ionospherically Important Ions
33. On the Chemistry of H2O, H2 and Meteoric Ions in the Mesosphere and Lower Thermosphere
34. Mesospheric Ozone Depletion During the Solar Proton Event of July 13, 1982, Part II. Comparison Between Theory and Experiment
35. Photoionization Rates in the Night-Time E- and F-Region Ionosphere
36. Aeronomic Aspects of the Polar D-Region
37. Latitudinal Influences on the Quiet Daytime D-Region
38. Effective Electron Loss Coefficient of the Disturbed D-Region
39. Decrease of Ozone and Atomic Oxygen in the Lower Mesosphere During a PCA Event
40. A Study of the Nighttime D-Region
41. Steady-State Model of the D-Region During the February 1979 Eclipse
42. An SPE-Disturbed D-Region Model
43. Electron Loss During a Nighttime PCA Event
44. Mesospheric Temperatures and the Formation of Water Cluster Ions in the D-Region
45. Steady State Coefficients in the D Region During Solar Particle Events
46. Global Zones of Energetic Particle Precipitation
47. Ion Kinetics in the Lower Ionosphere