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Skip to Search Results- 2Kletzing, Craig A.
- 2Rankin, Robert
- 2Zhou, Xuzhi
- 2Zong, Qui-Gang
- 1Baker, Daniel N.
- 1Blake, J. Bernard
- 1Behaviors
- 1Drift Mirror Instability
- 1Electron Acceleration
- 1Electrons
- 1Excitation
- 1Field Line Resonances
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Charged particle behavior in the growth and damping stages of ultralow frequency waves: Theory and Van Allen Probes observations
Download2016
Wygant, John R., Zong, Qui-Gang, Kletzing, Craig A., Blake, J. Bernard, Kivelson, Margaret G., Zhou, Xuzhi, Chen, Xing-Ran, Rankin, Robert, Wang, Zi-Han
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,...
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2016
Wang, Y. F., Baker, Daniel N., Fu, Suiyan, Kletzing, Craig A., Yuan, C. J., Zong, Qui-Gang, Zhou, Xuzhi, Wang, Linghua, Liu, H., Blake, J. Bernard., Rankin, Robert
We present Van Allen Probes observations of modulations in the flux of very energetic electrons up to a few MeV and protons between 1200 and 1400 UT on 19 February 2014. During this event the spacecraft were in the dayside magnetosphere at L⋆≈5.5. The modulations extended across a wide range of...