5 citations · 8 across the 7 of their papers we have counts for
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Two-fluid effects on the nonlinear dynamics of RFP relaxation
Wentan Yan, Ping Zhu, Hong Li +2
This study investigates the role of two-fluid effects during magnetic relaxation in reversed-field pinch (RFP) plasmas. Within the multiple-helicity (MH) regime, two-fluid simulati…
Enhanced dynamo drive for the sawtooth relaxation process due to non-uniform resistivity distribution in a reversed field pinch
Wentan Yan, Ping Zhu, Hong Li +3
In this work, we use the three-dimensional resistive MHD code NIMROD to investigate the impact of resistivity inhomogeneity on the sawtooth process of an reversed field pinch (RFP)…
Symmetry-Driven Bulk-Edge Correspondence in Electron Magnetofluids at Finite Temperature
Xianhao Rao, Adil Yolbarsop, Hong Li +1
We present a theoretical framework connecting the pseudo-Chern number in momentum space to the spectral flow index in phase space for continuous media, with specific applications t…
Formation of quasi-single helicity state from a paramagnetic pinch in KTX regime
Bing Luo, Ping Zhu, Wentan Yan +2
The formation of quasi-single helicity (QSH) state from a paramagnetic pinch in the KTX-RFP regime has been observed in recent NIMROD simulations. The quasi-single helicity state h…
Effects of Magnetic Helicity on 3D Equilibria and Self-Organized States in KTX Reversed Field Pinch
Ke Liu, Guodong Yu, Yuhua Huang +10
The RFP is a toroidal magnetic configuration in which plasmas can spontaneously transform into different self-organized states. Among various states, the QSH state has a dominant c…
Two-fluid MHD Regime of Resistive Drift-Wave Instability
Shangchuan Yang, Ping Zhu, Jinlin Xie +1
Drift instabilities contribute to the formation of edge turbulence and zonal flows, and thus the anomalous transport in tokamaks. Experiments often found micro-scale tur- bulence s…