Atmospheric Physics / Geophysics II
ORAL · S04 · ID: 1864089
Presentations
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The Impact of a TEC-driven Servo on an Ionospheric Model—Weather-level Simulations and a Quantitative Value for the Plasmaspheric Contribution to TEC
ORAL
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Publication: Whiteley, Jenny Rebecca, "The Time-Dependent Ionospheric Model Using a TEC-Driven Servo: An Investigation of the Capabilities and Limitations" (2023). All Graduate Theses and Dissertations, Spring 1920 to Summer 2023. 8866.
https://digitalcommons.usu.edu/etd/8866Presenters
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Jenny Whiteley
Utah State University
Authors
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Jenny Whiteley
Utah State University
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Jan J Sojka
Center for Atmospheric and Space Sciences, Department of Physics, Utah State University, Logan,UT, Utah State University
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David Themens
Space Environment and Radio Engineering Group (SERENE) School of Engineering, University of Birmingham, Birmingham, UK
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Intra-annual evolution of the thermospheric zonal wind reversal near dawn and dusk
ORAL
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Presenters
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Layne Pedersen
Utah State University
Authors
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Layne Pedersen
Utah State University
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Ludger Scherliess
Utah State University
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Acoustic Analysis of the Firefly Alpha Launch Anomaly
ORAL
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Presenters
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Matthew G Yancey
Brigham Young University
Authors
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Matthew G Yancey
Brigham Young University
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Grant W Hart
Brigham Young University
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Kent L Gee
Brigham Young University
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Mark C Anderson
Brigham Young University
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