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Weichao Tu
West Virginia UniversityMeeting roles in:
Space Physics and Aeronomy Student and Early Career GeoBurst Session I GeoBurst
Bounce-Phase Dependent Pitch-Angle Diffusion Model with Realistic Atmospheric Backscatter Using Stochastic Differential Equations
Bounce-Phase Dependent Pitch-Angle Diffusion Model with Realistic Atmospheric Backscatter Using Stochastic Differential Equations
Space Physics and Aeronomy Student and Early Career GeoBurst Session II Poster
Solar and Heliospheric Physics: General Contributions I Poster
Bounce-Averaged Atmospheric Backscatter Effects in Modeling of EMIC Wave-Driven Precipitation
Natural or Controlled Interactions of Electromagnetic Waves, Plasmas, and Energetic Particles Within Geosynchronous Orbit I Oral
Modeling Magnetopause Shadowing of Outer Radiation Belt Electrons Using an MLT-Resolved Drift-Diffusion Model
Natural or Controlled Interactions of Electromagnetic Waves, Plasmas, and Energetic Particles Within Geosynchronous Orbit II Poster
Estimating the Radial Diffusion Coefficient of off-Equatorial Relativistic Electrons in the Radiation Belts due to Geomagnetic Latitude-Dependent ULF Waves
Improved Quantification of Energetic Electron Precipitation for MIT Coupling via Data Assimilation and Realistic Instrument Response Modeling
Statistical ULF Wave Latitude Distribution: A Key to Understanding Off-Equatorial Radiation Belt Electron Radial Diffusion
Aeronomy: General Contributions Poster
Solar and Heliospheric Physics: General Contributions II Poster
Magnetospheric Physics: General Contributions Poster
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