Engineering topics
Publications and source records attributed to Smith, L. G..
Rocket measured electron densities of nighttime auroral E region over Canada at different magnetic activity levels, noting frequency and plasma density relations
Analysis of wind and electron density profiles of E-region obtained from Nike-Apache rockets launched 22 Feb. 1968
Ozone measurements at high altitudes by absorption spectroscopy, noting consistency with Hunt theoretical model
Upper atmosphere molecular oxygen concentrations measured by absorption spectroscopy, noting diurnal and seasonal variations
Lower ionosphere electron density profiles at Wallops Island during IQSY, noting seasonal variation
E region electron temperature, using Nike Apache sounding rockets with Langmuir probes
Rocket-borne Langmuir probes in measuring electron density and temperature at 50-200 km
Sporadic E phenomena classified on basis of rocket ionograms, noting ionization irregularities and peak electron density
D region electron density profiles for five Nike Apache rockets launched at sunrise
Lower ionosphere electron density profiles and collision frequency using rocket radio propagation data with magnetoionic theory
Rocket observations of electron temperature in E region using Langmuir probes
Rocket observations of upper atmospheric winds, electron density, electron temperature, and neutral temperature in auroral region with Langmuir probes
Electron temperature observation in E region with Langmuir probes on Nike Apache rockets, discussing solar radiation effect
Electron density profiles of Nike-Apache rocket observations of nitric oxide ionization by Lyman alpha radiation in E region at sunrise
Sounding rocket flights for determining structure of electron density profile and wind in E region
Nike-Apache rocket measurements of lower ionosphere during International Quiet Sun Year
Electron density, positive ion current, solar ultraviolet radiation, and electron temperature measurements of ionospheric D and E regions
Molecular oxygen density measurements in upper atmosphere by absorption spectroscopy using solar Lyman alpha radiation