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- 2Rankin, Robert
- 2Zong, Qui-Gang
- 1Blake, J. Bernard
- 1Chen, Xing-Ran
- 1Degeling, Alex W.
- 1Kivelson, Margaret G.
- 2Ulf Waves
- 1Adiabatic Electron Transport
- 1Electron Acceleration
- 1Field Line Resonances
Charged particle behavior in the growth and damping stages of ultralow frequency waves: Theory and Van Allen Probes observationsDownload
Ultralow frequency (ULF) electromagnetic waves in Earth's magnetosphere can accelerate charged particles via a process called drift resonance. In the conventional drift resonance theory, a default assumption is that the wave growth rate is time independent, positive, and extremely small. However,...
Modeling radiation belt electron acceleration by ULF fast mode waves, launched by solar wind dynamic pressure fluctuationsDownload
We investigate the magnetospheric MHD and energetic electron response to a Storm Sudden Commencement (SSC) and subsequent magnetopause buffeting, focusing on an interval following an SSC event on 25 November 2001. We find that the electron flux signatures observed by LANL, Cluster, and GOES...