Special Issue: The PLANET-B Misson and Related Science
- Open Access
Plasma Waves and Sounder (PWS) experiment onboard the Planet-B Mars orbiter
Earth, Planets and Space volume 50, pages 213–221 (1998)
For the purpose of observing the Martian ionosphere under the condition of direct interaction with the solar wind by using a RF sounder together with a plasma density probe and high frequency plasma wave detectors, the Plasma Waves and Sounder (PWS) system onboard the Planet-B Mars orbiter has been developed through a proto-model (PM) which are followed by achievement of a flight-model (FM) for the Planet-B mission. The operation of the achieved system has been tested for function and stability in a simulated space environment. The PWS system is equipped with two sets of long deployable dipole antennas with a tip-to-tip length of 52 m. The high power (600 Watts) transmitter of the sounder experiment makes it possible to measure the electron density profiles of the Martian topside ionosphere in an altitude range from 300 to 3000 km in a density range from 102 to 106/cc with a time resolution of 25 µsec corresponding to a range resolution of 3.75 km. Observations of natural plasma waves and planetary radio waves in the frequency range from 20 kHz to 5 MHz are planned in the passive mode operation of the PWS system, identifying all the polarization characteristics together; observations of natural plasma waves caused by the direct interaction of the Martian ionosphere with the solar wind plasma are also a major purpose of the PWS experiment. For these purposes, a wide dynamic range and high sensitivity characteristics of the PWS receiver have been achieved. As the extended function of the PWS plasma sounder instrument, altitude measurement also will be carried out.
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Ono, T., Oya, H., Morioka, A. et al. Plasma Waves and Sounder (PWS) experiment onboard the Planet-B Mars orbiter. Earth Planet Sp 50, 213–221 (1998). https://doi.org/10.1186/BF03352106
- Solar Wind
- Power Amplifier
- Plasma Wave
- Solar Wind Plasma
- Electron Density Profile