Weak turbulence and quasilinear diffusion for relativistic wave-particle interactions via a markov approach
We derive weak turbulence and quasilinear models for relativistic charged particle dynamics
in pitch-angle and energy space, due to interactions with electromagnetic waves …
in pitch-angle and energy space, due to interactions with electromagnetic waves …
On the variability of EMIC waves and the consequences for the relativistic electron radiation belt population
The interactions between electromagnetic ion cyclotron (EMIC) waves and relativistic
electrons are influential in diffusing radiation belt electrons into the loss code from which the …
electrons are influential in diffusing radiation belt electrons into the loss code from which the …
Ensemble modeling of radiation belt electron acceleration by chorus waves: Dependence on key input parameters
We perform ensemble simulations of radiation belt electron acceleration using the quasi‐
linear approach during the storm on 9 October 2012, where chorus waves dominated …
linear approach during the storm on 9 October 2012, where chorus waves dominated …
A new method of fluxgate magnetometer offset vector determination in the solar wind using any magnetic field variations
G Wang - The Astrophysical Journal, 2022 - iopscience.iop.org
In-depth study of dynamic processes in the astrophysical plasma environment relies on high-
precision measurement of the magnetic field. Fluxgate magnetometers (FGMs) are …
precision measurement of the magnetic field. Fluxgate magnetometers (FGMs) are …
Machine learning methods applied to the global modeling of event-driven pitch angle diffusion coefficients during high speed streams
Whistler-mode waves in the inner magnetosphere cause electron precipitation in the
atmosphere through the physical process of pitch-angle diffusion. The computation of pitch …
atmosphere through the physical process of pitch-angle diffusion. The computation of pitch …
Determining the global scale size of chorus waves in the magnetosphere
Chorus waves outside the plasmapause influence the Earth's radiation belt dynamics by
interacting with energetic electrons via cyclotron and Landau resonance. Recent numerical …
interacting with energetic electrons via cyclotron and Landau resonance. Recent numerical …
Quantifying the spatiotemporal evolution of radiation belt electrons scattered by lower band chorus waves: An integrated model
Wave particle interactions are very important to understand the intricate evolution of the
Earth's radiation belt electrons. Kinetic simulations, in terms of solving the Fokker‐Planck …
Earth's radiation belt electrons. Kinetic simulations, in terms of solving the Fokker‐Planck …
Effects of plasma density on the spatial and temporal scale sizes of plasmaspheric hiss
The effects of plasma density on the plasmaspheric hiss amplitude and its spatial and
temporal scale sizes are investigated using data from Van Allen Probes A and B. The …
temporal scale sizes are investigated using data from Van Allen Probes A and B. The …
Temporal variability of quasi-linear pitch-angle diffusion
Kinetic wave-particle interactions in Earth's outer radiation belt energize and scatter high-
energy electrons, playing an important role in the dynamic variation of the extent and …
energy electrons, playing an important role in the dynamic variation of the extent and …
Determining the temporal and spatial coherence of plasmaspheric hiss waves in the magnetosphere
Plasmaspheric hiss is one of the most important plasma waves in the Earth's
magnetosphere to contribute to radiation belt dynamics by pitch‐angle scattering energetic …
magnetosphere to contribute to radiation belt dynamics by pitch‐angle scattering energetic …