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collection:
Quasi Thermal Noise pectroscopy on High Frequency Receiver Data Browse Collection
This collection contains RPWS-HFR Quasi Thermal Noise (QTN) spectroscopy supplied Browse plot files containing a time series of thermal plasma moments (density and temperature). QTN data products are generated only when the QTN analysis is applicable. -
bundle:
Quasi Thermal Noise pectroscopy on High Frequency Receiver Data Bundle
This bundle contains RPWS-HFR Quasi Thermal Noise (QTN) spectroscopy supplied CDF and plot files containing a time series of thermal plasma moments (density and temperature). QTN data products are generated only when the QTN analysis is applicable. -
bundle:
Cassini RPWS Electron Densities from Upper Hybrid and Plasma Wave Frequencies
This bundle provides electron number density values derived from features observed in plasma wave data obtained by the Cassini Radio and Plasma Wave Science (RPWS) instruments, along with observed or derived characteristic frequencies, and useful positional parameters for the spacecraft and related bodies. When present, frequency values of narrowband emissions at the upper hybrid resonance were digitized and combined with measured or model magnetic field to derive electron number density. At other times, features such as the upper cutoff in auroral hiss or electron plasma oscillations were used to determine the plasma frequency and electron density. -
collection:
Quasi Thermal Noise pectroscopy on High Frequency Receiver Data Data Collection
This collection contains RPWS-HFR Quasi Thermal Noise (QTN) spectroscopy supplied CDF files containing a time series of thermal plasma moments (density and temperature). QTN data products are generated only when the QTN analysis is applicable. -
collection:
Cassini RPWS Electron Densities from Upper Hybrid and Plasma Wave Frequencies
This collection provides electron number density values derived from features observed in plasma wave data obtained by the Cassini Radio and Plasma Wave Science (RPWS) instruments, along with observed or derived characteristic frequencies, and useful positional parameters for the spacecraft and related bodies. When present, frequency values of narrowband emissions at the upper hybrid resonance were digitized and combined with measured or model magnetic field to derive electron number density. At other times, features such as the upper cutoff in auroral hiss or electron plasma oscillations were used to determine the plasma frequency and electron density. -
collection:
Quasi Thermal Noise pectroscopy on High Frequency Receiver Data Document Collection
This collection contains the documents associated tp RPWS-HFR Quasi Thermal Noise (QTN) spectroscopy thermal plasma moments (density and temperature).
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