A document describes a suite that provides four simultaneous ion and neutral-atom measurements as a function of altitude, with variable sensitivity for neutral atmospheric species. The variable sensitivity makes it possible to extend the measurements over the altitude range of 100 to more than 700 km. The four instruments in the suite are (1) a neutral wind-temperature spectrometer (WTS), (2) an ion-drift ion-temperature spectrometer (IDTS), (3) a neutral mass spectrometer (NMS), and (4) an ion mass spectrometer (IMS)
The ion optics of NASA's Ion Neutral Mass Spectrometer (INMS) sensor was simulated with three dimens...
Variations of gas density and composition in Earth’s thermosphere and ionosphere are key indicators ...
Techniques for measuring and characterizing the ultrahigh vacuum in the wake of an orbiting spacecra...
High-resolution submillimeter/terahertz spectroscopy is important for studying atmospheric and inter...
Open ion source mass spectrometer used with omegatron mass spectrometer to measure atmospheric gas d...
A new Small Explorer mission, the Neutral Ion Coupling Explorer (NICE) mission, was selected for stu...
To increase the number of single point in-situ measurements of thermosphere and exosphere ion and ne...
Variations of gas and plasma density and composition in Earth’s thermosphere and ionosphere are key ...
Neutral and ion spectrometer to determine composition and distribution of contaminating gases from A...
The magnetic ion mass spectrometer was carried aboard Atmosphere Explorer C and Atmosphere Explorer ...
Ion source recombination, dynamic effect, and analyzer problem areas in measuring atmospheric compos...
Variations of gas density and composition in Earth\u27s thermosphere and ionosphere are key indicato...
Instrumentation, the interpretation of data from space-borne instruments and the development of theo...
International audienceMeasurements in the thermosphere are essential for understanding the solar for...
At 340 km, for typical conditions, the neutral atmospheric density is several times 10E8/cc and is t...
The ion optics of NASA's Ion Neutral Mass Spectrometer (INMS) sensor was simulated with three dimens...
Variations of gas density and composition in Earth’s thermosphere and ionosphere are key indicators ...
Techniques for measuring and characterizing the ultrahigh vacuum in the wake of an orbiting spacecra...
High-resolution submillimeter/terahertz spectroscopy is important for studying atmospheric and inter...
Open ion source mass spectrometer used with omegatron mass spectrometer to measure atmospheric gas d...
A new Small Explorer mission, the Neutral Ion Coupling Explorer (NICE) mission, was selected for stu...
To increase the number of single point in-situ measurements of thermosphere and exosphere ion and ne...
Variations of gas and plasma density and composition in Earth’s thermosphere and ionosphere are key ...
Neutral and ion spectrometer to determine composition and distribution of contaminating gases from A...
The magnetic ion mass spectrometer was carried aboard Atmosphere Explorer C and Atmosphere Explorer ...
Ion source recombination, dynamic effect, and analyzer problem areas in measuring atmospheric compos...
Variations of gas density and composition in Earth\u27s thermosphere and ionosphere are key indicato...
Instrumentation, the interpretation of data from space-borne instruments and the development of theo...
International audienceMeasurements in the thermosphere are essential for understanding the solar for...
At 340 km, for typical conditions, the neutral atmospheric density is several times 10E8/cc and is t...
The ion optics of NASA's Ion Neutral Mass Spectrometer (INMS) sensor was simulated with three dimens...
Variations of gas density and composition in Earth’s thermosphere and ionosphere are key indicators ...
Techniques for measuring and characterizing the ultrahigh vacuum in the wake of an orbiting spacecra...