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Skip to Search Results- 4Watt, Clare E.
- 3Degeling, Alex W.
- 3Rankin, Robert
- 1Murphy, Kyle R.
- 1Rae, I. Johnathan
- 1Rankin, Robert
- 2Auroral Zone
- 2Electron-Precipitation
- 2Ionospheric Absorption
- 2Long-Period Pulsations
- 2Plasmaspheric Hiss
- 1Aurora
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2013
Rankin, Robert , Degeling, Alex W., Watt, Clare E.
We introduce a new methodology that allows the construction of wave frequency distributions due to growing incoherent whistler-mode waves in the magnetosphere. The technique combines the equations of geometric optics (i.e., raytracing) with the equation of transfer of radiation in an anisotropic...
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2011
Singer, Howard J., Murphy, Kyle R., Degeling, Alex W., Rankin, Robert, Rae, I. Johnathan, Watt, Clare E.
Measurements from ground-based magnetometers and riometers at auroral latitudes have demonstrated that energetic (similar to 30-300 keV) electron precipitation can be modulated in the presence of magnetic field oscillations at ultralow frequencies. It has previously been proposed that an...
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2012
Degeling, Alex W., Rankin, Robert, Watt, Clare E.
Pitch angle scattering of electrons can limit the stably trapped particle flux in the magnetosphere and precipitate energetic electrons into the ionosphere. Whistler mode waves generated by a temperature anisotropy can mediate this pitch angle scattering over a wide range of radial distances and...