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Temporal and spatial resolved SuperDARN line of sight velocity measurements corrected for plasma index of refraction using Bayesian inference
J. Spaleta,
W. A. Bristow
, J. Klein
Meteorology and Atmospheric Science
Research output
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Contribution to journal
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Article
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peer-review
6
Scopus citations
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Dive into the research topics of 'Temporal and spatial resolved SuperDARN line of sight velocity measurements corrected for plasma index of refraction using Bayesian inference'. Together they form a unique fingerprint.
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Keyphrases
Velocity Measurement
100%
Index of Refraction
100%
Bayesian Inference
100%
SuperDARN
100%
Line-of-sight Velocity
100%
Plasma Velocity
42%
Dual Frequency
28%
Plasma Density
28%
McMurdo
28%
Ionospheric Plasma
28%
Refractive Index
14%
Autocorrelation
14%
Scattering Media
14%
Backscatter
14%
Error Estimates
14%
Refraction
14%
Frequency Analysis
14%
Doppler Shift
14%
Backscattered Signal
14%
Scattering Region
14%
Plasma Drift
14%
Earth and Planetary Sciences
Line of Sight
100%
Ionospherics
100%
Data Product
66%
Autocorrelation
33%
Refractivity
33%
Frequency Analysis
33%
Plasma Drift
33%
Physics
Line of Sight
100%
Data Product
40%
Refractivity
20%
Doppler Effect
20%
Plasma Drift
20%