Satellite measurements of the cold plasma in the magnetosphere
Satellite measurements of cold plasma density and plasmapause in magnetosphere, comparing Whistler, Langmuir probe and ion trap data
Bauer, S. J.↗
Engineering topics
Bauer, S. J.
Publications and source records attributed to Bauer, S. J..
The topside ionosphere of Venus and its interaction with the solar wind
Topside ionosphere of Venus and interaction with solar wind using Mariner 5 two frequency experiment
Bauer, S. J.↗
Diffusive equilibrium in the topside ionosphere.
Applicability and limitations of diffusive equilibrium in topside ionosphere, noting plasma density distribution along magnetic field line
Bauer, S. J.↗
Photoelectrons in the topside ionosphere
Photoelectrons in topside ionosphere and heating qualities
Bauer, S. J.↗
Satellite observations of radio noise in the magnetosphere.
ATS 2 satellite observations of enhanced radio noise bands in ionosphere and magnetosphere, noting plasma waves generation and coupling
Bauer, S. J.↗
Satellite observations of radio noise in the magnetosphere
Satellite observations of magnetospheric radio noise
Bauer, S. J.↗
Behavior of the topside ionosphere during a great magnetic storm.
Magnetic storm effects on topside ionosphere electron density distribution during different phases of storm, noting enhancement and depletion of ionization
Bauer, S. J.↗
Possible relationship between the storm-time whistler cutoff and the magnetospheric ring current.
Storm time whistler cut-off related to magnetospheric ring current during magnetic storm, noting formation of high energy high density plasma
Bauer, S. J.↗
Ionospheres and radio physics
Ionospheres, radio propagation, and radio physics data - 1967
Bauer, S. J.↗
Behavior of the topside ionosphere during a great magnetic storm
Variations in electron density distribution of topside ionosphere obtained from Alouette 1 during great magnetic storm of 17-18 April 1965
Bauer, S. J.↗
Hydrogen and helium ions.
Hydrogen and helium ions formation and destruction, charge transfer, diffusion, role during solar activity, using mass spectrometry, ground radar, etc
RADAR SCATTERING↗
Chemical processes involving helium ions and the behavior of atomic nitrogen ions in the upper atmosphere.
Upper atmospheric helium ion chemical loss process, distribution of nitrogen ion and rate coefficient of helium ion-molecular nitrogen reaction
NITROGEN ION↗
Ionizing radiations and the constitution of the upper atmosphere.
Ionization and constitution of neutral atmosphere, including solar EUV, X-ray and corpuscular sources
ATMOSPHERIC IONIZATION↗
The constitution of the topside ionosphere.
Topside ionosphere constitution, examining electron and ion distribution, charged particle scale height, ion composition, electron and ion temperatures and magnetosphere
IONOSPHERIC COMPOSITION↗
Hydrogen and helium ions
Hydrogen and helium ions - Theoretical considerations and observations obtained by ion mass spectrometry on spacecraft, ground-based backscatter, and VLF observations on satellites
BACKSCATTER↗
The ionosphere.
Atmospheric ionization, discussing formation of different ionospheric regions
SOLAR ACTIVITY↗
Loss process for helium ions in the upper atmosphere
Loss process for helium ions in upper atmosphere
UPPER ATMOSPHERE↗