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BoJing Zhu Associate Professor
Institute： --
Research Fields： Magnetic energy release-conversion, plasma heating, charged particles energization and acceleration in 2D/3D large temporal-spatial scale turbulent magnetic reconnection
Contact email： bjzhu@ynao.ac.cn
Notes： Recent research: Relativistic hybrid particle-in-cell & Lattice Boltzmann method(RHPIC-LBM) and its application in analyzing the role of turbulence in magnetic self-generating and organization, plasma self-feeding and sustaining process in large temporal-spatial scale turbulent magnetic reconnection (LTSTMR, the ratio of observed current sheets thickness to electron characteristic length, electron Larmor radius for low-β and electron inertial length for high-β is on the order of 10E10 ~10E11, the ratio of observed evolution time to electron gyroperiod is on the order of 10E7 ~10E9 ) . E.g. 1) Particle turbulence acceleration mechanism in interaction of helical magnetic structure evolution (2D/2.5D magnetic islands; 3D flux rope). 2) Transformation-transportation between magnetic energy and plasma in slipping magnetic reconnection (3D) and Oblique instabilities (3D).
BoJing Zhu

Research Contents

2015.10~Now: Computational Solar Physics (Magnetic  Magnetic energy release-conversion, plasma heating, charged particles energization and acceleration in 2D/3D large tempor-spatial scale turbulent magnetic reconnection）

2008.01～Now: Computational Geodynamics（Coseismic electromagnetic mechanism， Constitutional state water [H+, (OH)-, (H3O)+, 1500 °C &1~10 GPa] evolution in deep lithosphereasthenosphere and so on)

2002.09～Now：Computing method (BEM、HHIE、FEM、DEM、LGM、LBM、PIC）

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