HelioWebNational Institute for Fusion Science, Japan
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Affiliated Works
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- Nonlinear wave structures as exact solutions of Vlasov-Maxwell equations.
- Anti-ExB Vortex Formation in a Plasma Interacting with the Neutral Flow.
- Coronal heating and turbulence from kinetic drift wave-Alfven waves launched by oscillating pre-coronal region current loops and instabilities
- FeXVII Emission Lines Seen in the Hinode/EIS Observing Wavelengths
- Ionization non-equilibrium plasma during magnetic reconnection in solar corona
- Global ionospheric current patterns associated with the development of the R1 and R2 FACs deduced by the GEMSIS-POT
- Modeling of magnetic reconnection in the magnetotail using global MHD simulation with an effective resistivity model
- Current circuit connecting the polar and equatorial region deduced by a global ionospheric potential solver
- On the Transition Between the Inner Plasma Sheet and the Outer Plasma Sheet in the Earth's Magnetotail
- Substorms Triggered by Interchange Dynamics that Transforms to Magnetic Reconnection
- Toward multi-scale simulation of reconnection phenomena in space plasma
- Effective Resistivity Models Evaluated in Kinetic Studies in the Framework of MHD Approach
- Comparative Study of Effective Resistivity Models Evaluated in Kinetic Studies Using MHD Simulation
- Simulation of Magnetic Reconnection in Magnetotail by Interlocking Particle-in-Cell and Magnetohydrodynamics on Hierarchical Mesh
- Plasma dynamics and heating/acceleration during driven magnetic reconnection
- Development of a global transport model for airborne iodine-129 including atmospheric photolysis and gas-particle conversion processes
- Electron energization mechanisms in collisionless magnetic reconnection for different guide-field intensities
- Plasmoids everywhere: ideal tearing, the transition to fast reconnection, and solar activity.
- Dynamics of the Convective Turbulence in the Solar Granulation Studied by the Spectral Line Broadening and Asymmetry
- Fast Magnetic Reconnection in the Presence of a Normal Component: Macroscopic Fluid Prediction and Microscopic Physics Through Kinetic Simulations with Pictor.
- Estimation of Low-energy Cutoff of Non-thermal Electrons from a Spectro-polarimetric Observation
- Parametric Study of Energetic-ion Injection Effects on Ion-ring Instabilities: 1D-PIC Simulation
- Reproduction of the Earth's ionospheric response to solar flare emission spectra using physical-based models
- EUV Dynamic Spectra of Large Solar Flares and Their Effects on Total Electron Content
- PIC Simulation of Harmonic Lower Hybrid Waves Due to Energetic-ion-driven Instabilites