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Hong Zhao
Auburn UniversityMeeting roles in:
Quantifying the Effects of Inward Radial Diffusion and Local Acceleration on Energization of Ultrarelativistic Electrons
Combining RBSP and GPS Data Towards Distinguishing Electron Acceleration Mechanisms in the Outer Radiation Belt
Quantifying the Effects of Inward Radial Diffusion and Local Acceleration on Energization of Ultrarelativistic Electrons
Combining RBSP and GPS Data Towards Distinguishing Electron Acceleration Mechanisms in the Outer Radiation Belt
Differential Deep Penetration of Electrons, Protons, and Heavy Ions Into the Low-L Region (L<4) in the Inner Magnetosphere
Estimating the Radial Diffusion Coefficient of off-Equatorial Relativistic Electrons in the Radiation Belts due to Geomagnetic Latitude-Dependent ULF Waves
Quantifying Radial Diffusion Rate Through Multi-MeV Electron Drift Oscillations Driven by Broadband ULF Waves: A Case Study of the September 2019 Geomagnetic Storm
Statistical Relations Between Pc5 ULF Wave Power and Drift-Periodic Multi-MeV Electron Flux Oscillations in Earth's Outer Radiation Belt
A Ground-Up Investigation of Nonlinear Physics in EMIC Waves: Validations to Global Hybrid Simulations
Developing HERT: Instrument Bench Testing and Beam Testing via Beta Ray Spectrometer with a Sr90/Y90 Radiation Source
Pushing CubeSat Limits to Investigate High-Energy Electron Acceleration in Earth’s radiation belts
Nonlinear Evolution of Wave Packets of EMIC Rising-tone Emissions
Nonlinear Growth of Chorus Waves Induced by Substorm Injected Energetic Electrons and the Evolution of the Associated Pulsating Auroras
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