The effect of atmospheric winds on the positive oxygen-hydrogen ion transition level
Longitudinal variation measurements over magnetic equator, Europe, and North America
Brinton, H. C.↗
Engineering topics
Taylor, H. A., Jr.
Publications and source records attributed to Taylor, H. A., Jr..
Observation of hydrogen and helium ions during a period of rising solar activity
Latitudinal variations in H and He ion distribution in upper ionosphere observed by OGO 2 and 4 satellites during rising solar activity
Brinton, H. C.↗
Observations of hydrogen and helium ions during a period of rising solar activity.
Hydrogen and He ion distribution measurements, noting seasonal and local magnetic time variability
Brinton, H. C.↗
Multi-experiment detection of the plasmapause from EOGO satellites and antarctic ground stations.
Plasmapause position measurements by ion mass spectrometers and broadband VLF receivers on OGO 1 and OGO 3 and by broadband recordings at Antarctica
Brinton, H. C.↗
Ion depletion in the high latitude exosphere, simultaneous OGO-2 observations of the light ion trough and the VLF cutoff
Simultaneous OGO-2 observations of light ion trough and VLF cutoff
Bonner, F. M.↗
Evidence of contraction of the earth's thermal plasmasphere subsequent to the solar flare events of 7 and 9 July 1966.
Earth thermal plasmasphere contraction subsequent to solar flare obtained from ion mass spectrometers on OGO satellites
Brinton, H. C.↗
Diurnal and seasonal variation of atmospheric ion composition, correlation with solar zenith angle
Measurement of diurnal and seasonal variations of primary atmospheric ions in ionosphere using ion mass spectrometer on Explorer 32
Brinton, H. C.↗
Multi-experiment detection of the plasmapause from EOGO satellites and Antarctic ground stations
Plasmapause crossing detection by very low frequency receivers and mass spectrometers of OGO satellites and Antarctic ground stations
Brinton, H. C.↗
A Direct Measurement of Ion Composition and Concentration in the Daytime F2-region
Direct mass spectrometer measurements of oxygen, nitrogen, hydrogen, helium, and nitrogen oxide positive ion composition and concentration in F-2 region
Brinton, H. C.↗
Thermal ion structure of the plasmasphere.
Plasmasphere thermal positive ion structure, determining distribution of hydrogen and helium positive ions in magnetosphere from OGO
Brinton, H. C.↗
Latitudinal variation of the composition of the topside ionosphere, first results of the OGO-2 ion spectrometer
Latitudinal variation in exospheric ion composition using ion spectrometer
Brinton, H. C.↗
Contraction of the plasmasphere during geomagnetically disturbed periods.
Plasmasphere behavior during solar flare events compared with satellite data from storm-time and plasmapause
Brinton, H. C.↗
Compression of the plasmasphere during geomagnetically disturbed periods
Compression of plasmasphere during geomagnetically disturbed periods
Brinton, H. C.↗
Lower E-region ion concentrations measured at a time of declining solar activity.
Lower E-region positive ion concentrations measured at time of declining solar activity by rocket installed mass spectrometer
SOLAR ACTIVITY↗
Positive ion composition and density in the lower E-region, from 87 to 114 kilometers
Positive ion composition and density in lower E region measured by mass spectrometry
E LAYER↗
Positive ion composition in the magnetoionosphere obtained from the Ogo-A satellite.
Ogo-A first results on mass spectrometry measurements of thermal positive ion composition at high altitudes
OGO-A↗
Positive Ion Composition in the Magnetoionosphere Obtained from the OGO-A SATELLITE
Thermal hydrogen and helium ion distribution in magnetoionosphere - OGO-A positive ion spectrometer
HYDROGEN ION↗
Direct measurements of helium and hydrogen ion concentration and total ion density to an altitude of 940 kilometers.
Ion current vs altitude in terms of helium, hydrogen, oxygen and total concentration, using rocketborne data
UPPER ATMOSPHERE↗