During the MAC/Epsilon campaign a mass spectrometer probe was flown on a rocket launched from Andoya (Norway) on 12 November 1987 at 0021 UT providing partial ion density profiles in the altitude range between less than 50 to 125 km. Due to the short sampling period of 0.17 seconds structural features could be observed at approx. 150 m height resolution in the regimes where metal ions occur and where cluster ions are dominant. The observations were made during stable ionospheric absorption of 1 to 1.5 dB. Preliminary results are presented and discussed
Several new interests relating to mesospheric ionization have emerged: one of these concerns the pos...
35-38Under MAP, two rockets were launched from Thumba (8.5°N, 76.8°E) around 1030 hrs IST, with iden...
Ion composition measurements have shown that the dominant ions are mainly proton hydrates (PH) (or H...
Positive ion composition and density in lower E region measured by mass spectrometr
The positive ion composition within a midlatitude sporadic E layer has been measured with the aid of...
Daytime D region positive ion composition measurements for solar zenith angles of 53.2 and 27.8 degr...
Rocket borne mass spectrometer measurements of positive ion composition in ionospher
Two of the many sounding rockets launched as part of the MAC/Epsilon campaign are particularly suite...
A positive ion mass spectrometer was flown on the S-210JA-12 rocket at Syowa Station in the Antarcti...
Rocket payloads designed to measure small scale electron density irregularities and ion properties i...
The magnetic ion mass spectrometer was carried aboard Atmosphere Explorer C and Atmosphere Explorer ...
Positive-ion and electron densities were measured in the 75 to 110 km altitude range with the aid of...
In a recent paper, Sittler et al., (2010) presented new results on the T9 encounter by the Cassini s...
We combined a simple plasma convection model with an ionospheric-atmospheric density model in order ...
Under MAP, two rockets were launched from Thumba (8.5 N, 76.8 E) around 1030 hrs Lt with identical p...
Several new interests relating to mesospheric ionization have emerged: one of these concerns the pos...
35-38Under MAP, two rockets were launched from Thumba (8.5°N, 76.8°E) around 1030 hrs IST, with iden...
Ion composition measurements have shown that the dominant ions are mainly proton hydrates (PH) (or H...
Positive ion composition and density in lower E region measured by mass spectrometr
The positive ion composition within a midlatitude sporadic E layer has been measured with the aid of...
Daytime D region positive ion composition measurements for solar zenith angles of 53.2 and 27.8 degr...
Rocket borne mass spectrometer measurements of positive ion composition in ionospher
Two of the many sounding rockets launched as part of the MAC/Epsilon campaign are particularly suite...
A positive ion mass spectrometer was flown on the S-210JA-12 rocket at Syowa Station in the Antarcti...
Rocket payloads designed to measure small scale electron density irregularities and ion properties i...
The magnetic ion mass spectrometer was carried aboard Atmosphere Explorer C and Atmosphere Explorer ...
Positive-ion and electron densities were measured in the 75 to 110 km altitude range with the aid of...
In a recent paper, Sittler et al., (2010) presented new results on the T9 encounter by the Cassini s...
We combined a simple plasma convection model with an ionospheric-atmospheric density model in order ...
Under MAP, two rockets were launched from Thumba (8.5 N, 76.8 E) around 1030 hrs Lt with identical p...
Several new interests relating to mesospheric ionization have emerged: one of these concerns the pos...
35-38Under MAP, two rockets were launched from Thumba (8.5°N, 76.8°E) around 1030 hrs IST, with iden...
Ion composition measurements have shown that the dominant ions are mainly proton hydrates (PH) (or H...