S Ding

ORCID

Publication Activity (10 Years)

Years Active: 2021-2024
Publications (10 Years): 9

Top Venues

Nature

Nature communications

This page only lists publications with an associated author ORCID identifier.

Publications

S Ding, A M Garofalo, H Q Wang, D B Weisberg, Z Y Li, X Jian, D Eldon, B S Victor, A Marinoni, Qiming Hu, I S Carvalho, T Odstrčil, L Wang, A W Hyatt, T H Osborne, X Z Gong, J P Qian, J Huang, J McClenaghan, C T Holcomb, J M Hanson
A high-density and high-confinement tokamak plasma regime for fusion energy. Nature 629 (8012) (2024)
S Ding, A M Garofalo, H Q Wang, D B Weisberg, Z Y Li, X Jian, D Eldon, B S Victor, A Marinoni, Qiming Hu, I S Carvalho, T Odstrčil, L Wang, A W Hyatt, T H Osborne, X Z Gong, J P Qian, J Huang, J McClenaghan, C T Holcomb, J M Hanson
A high-density and high-confinement tokamak plasma regime for fusion energy. Nature 629 (8012) (2024)
S Ding, A M Garofalo, H Q Wang, D B Weisberg, Z Y Li, X Jian, D Eldon, B S Victor, A Marinoni, Qiming Hu, I S Carvalho, T Odstrčil, L Wang, A W Hyatt, T H Osborne, X Z Gong, J P Qian, J Huang, J McClenaghan, C T Holcomb, J M Hanson
A high-density and high-confinement tokamak plasma regime for fusion energy. Nature 629 (8012) (2024)
S Ding, A M Garofalo, H Q Wang, D B Weisberg, Z Y Li, X Jian, D Eldon, B S Victor, A Marinoni, Qiming Hu, I S Carvalho, T Odstrčil, L Wang, A W Hyatt, T H Osborne, X Z Gong, J P Qian, J Huang, J McClenaghan, C T Holcomb, J M Hanson
A high-density and high-confinement tokamak plasma regime for fusion energy. Nature 629 (8012) (2024)
S Ding, A M Garofalo, H Q Wang, D B Weisberg, Z Y Li, X Jian, D Eldon, B S Victor, A Marinoni, Qiming Hu, I S Carvalho, T Odstrčil, L Wang, A W Hyatt, T H Osborne, X Z Gong, J P Qian, J Huang, J McClenaghan, C T Holcomb, J M Hanson
A high-density and high-confinement tokamak plasma regime for fusion energy. Nature 629 (8012) (2024)
S Ding, A M Garofalo, H Q Wang, D B Weisberg, Z Y Li, X Jian, D Eldon, B S Victor, A Marinoni, Qiming Hu, I S Carvalho, T Odstrčil, L Wang, A W Hyatt, T H Osborne, X Z Gong, J P Qian, J Huang, J McClenaghan, C T Holcomb, J M Hanson
A high-density and high-confinement tokamak plasma regime for fusion energy. Nature 629 (8012) (2024)
S Ding, A M Garofalo, H Q Wang, D B Weisberg, Z Y Li, X Jian, D Eldon, B S Victor, A Marinoni, Qiming Hu, I S Carvalho, T Odstrčil, L Wang, A W Hyatt, T H Osborne, X Z Gong, J P Qian, J Huang, J McClenaghan, C T Holcomb, J M Hanson
Author Correction: A high-density and high-confinement tokamak plasma regime for fusion energy. Nature (2024)
S Ding, A M Garofalo, H Q Wang, D B Weisberg, Z Y Li, X Jian, D Eldon, B S Victor, A Marinoni, Qiming Hu, I S Carvalho, T Odstrčil, L Wang, A W Hyatt, T H Osborne, X Z Gong, J P Qian, J Huang, J McClenaghan, C T Holcomb, J M Hanson
A high-density and high-confinement tokamak plasma regime for fusion energy. Nature (2024)
Liang Wang, H Q Wang, S Ding, Andrea Garofalo, X Z Gong, D Eldon, H Y Guo, Tony Leonard, A W Hyatt, J P Qian, D B Weisberg, J McClenaghan, M E Fenstermacher, C J Lasnier, J G Watkins, M W Shafer, Guosheng Xu, J Huang, Q L Ren, R J Buttery, D A Humphreys, D M Thomas, Bin Zhang, J B Liu
Integration of full divertor detachment with improved core confinement for tokamak fusion plasmas. Nature communications 12 (1) (2021)

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Publication Activity (10 Years)

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