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【LTSTMR RHPIC-LBM】科普00010: 冻结条件失效情况下磁场湍动与等离子体湍动相互作用

【LTSTMR RHPIC-LBM】科普00010: 等离子体冻结条件失效区内磁场湍动与等离子体湍动相互作用 3D 大时空尺度湍流磁重联中的“磁场与等离子体冻结效应”失效区域， 磁场湍动(Magnetic fluctuation-induced self-generation-organization MF-ISGO)与等离子体湍动(Plasma turbulence-induced self-feeding-sustating PT-ISFS) ...
2020-5-14 18:18

2020-5-14 12:02

【LTSTMR RHPIC-LBM】科普00008: Supplementary videos part I

Supplementary videos in the “Relativistic HPIC-LBM and its Application in Large Temporal-spatial Turbulent Magnetic Reconnection. Part I. Model Development and Validation ” Supplementaryvideo1:Magneticislandsappear,growandfully&nbs ...
2019-10-17 16:52

【LTSTMR RHPIC-LBM】科普00007: RHPIC-LBM定义及介绍

B.J.Zhu, H.Yan, Y.Zhong, J.K.Chen, Y.F.Du, H.H.Cheng, Dave.A.Yuen, Relativistic HPIC-LBM and its Application in Large Temporal-spatial Turbulent Magnetic Reconnection. Part I. Model Development and Validation. Applied Mathematical Modelling. https://doi.org/10.1016/j.apm.2019.09.043 B.J.Zh ...
2019-10-11 14:47

2019-6-10 02:36

2019-4-12 23:50

2019-4-11 04:39

【LTSTMR RHPIC-LBM】科普00004: 三维磁力线扭曲过程(分形及自适应格点/网格)

1. 磁绳扭曲也满足“分形效应”, 观察/模拟中当前尺度磁绳扭曲演化表现是小尺度(sub scale)下众多磁绳扭曲的集合体现。这为LTSTMR RHPIC-LBM使用分形维数提供了参考。 2. 格点/网格随物理量梯度变化而“自动”变化，以适应物理量在梯度变化剧烈区的描述。如靠近中性点处（经典重联），或磁场梯度变化剧烈处（滑移重联） ...
2019-3-30 23:37

2019-3-28 04:17

【LTSTMR RHPIC-LBM】科普00002: 等离子体内的波(T.H.Stix)

T.H.Stix写的关于等离子体内波的书。 Thomas Howard Stix: 1962. The theory of plasma waves. https://pan.cstcloud.cn/s/c5pTVs1Tpg Thomas Howard Stix: 1992. Waves in plasma. https://pan.cstcloud.cn/s/zs6iKOmPQHk
2019-3-28 04:11