Publication | Open Access
Relative concentrations of molecular and metallic ions in midlatitude intermediate and sporadic‐E layers
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References
2004
Year
Upper AtmosphereWallops IslandEngineeringNighttime Intermediate LayerChemistrySpace Plasma PhysicIon ProcessEarth ScienceGeophysicsElectron SpectroscopyAtmospheric ScienceMetallic IonsIon EmissionPhysicsAtomic PhysicsPhysical ChemistryMidlatitude IntermediateQuantum ChemistrySpace WeatherIon MobilityNatural SciencesIonosphereRelative ConcentrationsIntermediate LayerIon Structure
A NASA sounding rocket launched from Wallops Island, VA (37.84 N, 75.48 W) on 1 July 2003 at 2:50 EST made the first in situ measurement of the relative concentrations of Fe + , Mg + , O 2 + , and NO + within a nighttime intermediate layer below 140 km altitude. Ion composition measurements were made from 80–220 km altitude and included observations of three separate regions having high concentrations of metallic ions: the intermediate layer at 118 km, a sporadic‐E layer at 105 km, and a third layer above 160 km altitude. These observations demonstrate that metallic ions may be a significant source of ionization in the nighttime E and F region ionosphere at midlatitudes.
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