Thursday 7 January 2021, by Baptiste Cecconi
This collection is composed of Cassini RPWS Quasi Thermal Noise (QTN) data set contains thermal plasma parameters derived by QTN spectroscopy analysis applied on data acquired with the High Frequency Receiver (HFR) during the perikrones of the entire mission.
This collection is part of the Cassini/RPWS/HFR LESIA/Kronos Collection(https://doi.org/10.25935/1SXH-AQ56).
The Cassini Radio and Plasma Wave Science (RPWS) Quasi Thermal Noise (QTN) data set contains thermal plasma parameters derived by QTN spectroscopy analysis applied on data acquired with the High Frequency Receiver (HFR) during the perikrones of the entire mission. This data set includes the total electron density and the core electron temperature, as well as the uncertainties on the measurements. It also includes ancillary data about the location of the spacecraft at the time of the measurement: distance to Saturn, local-time, kronographic latitude and dipolar L-Shell apex distance.
Data are presented in CDF files, which contain a 1D array depending on time for each parameter. This data set is intended to be the most comprehensive and complete data set for thermal plasma parameters measured by the HFR in the Cassini RPWS archive. A browse data set is included with these data which provides for a graphical search of the data using a series of thumbnail and full-sized plots which lead the user to the particular data file(s) of interest.
Content
This data set comprises spacecraft event time, radial distance (in Saturn Radii) from Saturn, latitude (in deg), local time (in hours) and L-shell (in Saturn Radii) of the spacecraft, total electron number density (in cm-3) with the measurement uncertainty, core electron temperature (in eV) with the measurement uncertainty and quality flag that were acquired by QTN analysis on RPWS/HFR Spectra.
Coverage and sampling
Acknowledgements
The Cassini/RPWS QTN data collection has been produced by P. Schippers, M. Moncuquet & B. Cecconi, from the Observatoire de Paris/LESIA Cassini-RPWS team, with the support of CNRS and CNES.
Contact
Any other question or request should be addressed to contact.maser@obspm.fr