1) A New Path to Improve High beta(p) Plasma Performance on EAST for Steady-State Tokamak Fusion Reactor , Chinese Physics Letters , 2020 , 37(4), (2020) 045202
2) Recent advances in EAST physics experiments in support of steady-state operation for ITER and CFETR , Nuclear Fusion , 2019 , 59(11), (2019),112003
3) Promising High-Confinement Regime for Steady-State Fusion , Physical Review Letters , 2019 , 122(25), (2019),255001
4) Overview of EAST experiments on the development of high-performance steady-state scenario , Nuclear Fusion , 2017 , 57(10), (2017),102019
5) Nonlinear Transition from Mitigation to Suppression of the Edge Localized Mode with Resonant Magnetic Perturbations in the EAST Tokamak , Physical Review Letters, , 2016 , 117(11), (2016),115001
6) Full-orbit simulation of fast ion loss under resonant magnetic perturbations in the EAST tokamak , Nuclear Fusion , 2021 , 61(1), (2021),
7) Resonant effects on the loss of energetic trapped ions induced by low-n resonant magnetic perturbations , Nuclear Fusion , 2019 , 59(12), (2019),126026
8) Low-to-High Confinement Transition Mediated by Turbulence Radial Wave Number Spectral Shift in a Fusion Plasma , Physical Review Letters , 2016 , 116(9), (2016),095002
9) 1. Efforts to achieve high-performance long-pulse operations in the EAST , Plasma Physics and Controlled Fusion , 2016 , 58(1), (2016),014029
10) Advances in H-mode physics for long-pulse operation on EAST , Nuclear Fusion , 2015 , 55(10), (2015),104015
11) EAST Contributions to Closing CFETR Physics Gaps , Ieee Transactions on Plasma Science , 2016 , 44(10), (2016),2502