A study of ion composition and chemistry in a quiet, midday, midlatitude F-region from 130 to 306 kilometers
Rocket born mass spectrometric measurements of ion composition and chemistry in F region
Engineering topics
Publications and source records attributed to Mayr, H. G..
Rocket born mass spectrometric measurements of ion composition and chemistry in F region
Spectrometric rocket measurements of ion concentrations between 200 and 630 km
Rocket measurements of upper F region electron temperature and density profiles, for particle and energy balance of ionosphere topside, noting diffusive equilibrium
Seasonal variations in F 2 region during descending phase of solar activity
Longitudinal variation measurements over magnetic equator, Europe, and North America
Latitudinal variations in H and He ion distribution in upper ionosphere observed by OGO 2 and 4 satellites during rising solar activity
Hydrogen and He ion distribution measurements, noting seasonal and local magnetic time variability
Equatorial anomaly and atmospheric winds in F 2 region
Electron cooling rates in midlatitude and auroral zone thermosphere measured by probe rockets
Significance of wave generation in mathematical description of thermospheric diurnal tides
Two dimensional model of diurnal thermosphere variation with combined heat convection
Plasmapause and relation to ion composition in topside ionosphere, using Bohm coefficient for turbulent diffusion
Electron measurements bearing on energy and particle balance of upper F region
Direct mass spectrometer measurements of oxygen, nitrogen, hydrogen, helium, and nitrogen oxide positive ion composition and concentration in F-2 region
Magnetosphere temperature distribution model noting heat fluxes due to low electron density, large mean free path, turbulent heat transfer, etc
Thermoelectric scatter measurements on seasonal and daily variations in F region electron concentration
Rocket measurements of electron cooling rates in midlatitude and auroral zone thermosphere