Figure data for "Vertical Instability Forecasting and Controllability Assessment of Multi-device Tokamak Plasmas in DECAF with Data-driven Optimization"

Tobin, Matthew ; Sabbagh, Steven ; Zamkovska, Veronika ; Riquezes, Juan ; Butt, Jalal ; Cunningham, G ; Kogan, L ; Measures, J ; Blackmore, S ; Ham, Christopher ; Berkery, John ; Gerhardt, Stefan ; Bak, Jun Gyo ; Lee, J ; Yoon, S W
Issue date: 2024
Rights:
Creative Commons Attribution 4.0 International (CC BY)
Cite as:
Tobin, Matthew, Sabbagh, Steven, Zamkovska, Veronika, Riquezes, Juan, Butt, Jalal, Cunningham, G, Kogan, L, Measures, J, Blackmore, S, Ham, Christopher, Berkery, John, Gerhardt, Stefan, Bak, Jun Gyo, Lee, J, & Yoon, S W. (2024). Figure data for "Vertical Instability Forecasting and Controllability Assessment of Multi-device Tokamak Plasmas in DECAF with Data-driven Optimization" [Data set]. Princeton Plasma Physics Laboratory, Princeton University. https://doi.org/10.34770/dnt6-kg07
@electronic{tobin_matthew_2024,
  author      = {Tobin, Matthew and
                Sabbagh, Steven and
                Zamkovska, Veronika and
                Riquezes, Juan and
                Butt, Jalal and
                Cunningham, G and
                Kogan, L and
                Measures, J and
                Blackmore, S and
                Ham, Christopher and
                Berkery, John and
                Gerhardt, Stefan and
                Bak, Jun Gyo and
                Lee, J and
                Yoon, S W},
  title       = {{Figure data for "Vertical Instability Fo
                recasting and Controllability Assessment
                 of Multi-device Tokamak Plasmas in DECA
                F with Data-driven Optimization"}},
  publisher   = {{Princeton Plasma Physics Laboratory, Pri
                nceton University}},
  year        = 2024,
  url         = {https://doi.org/10.34770/dnt6-kg07}
}
Description:

Figure data for manuscript "Vertical Instability Forecasting and Controllability Assessment of Multi-device Tokamak Plasmas in DECAF with Data-driven Optimization". Data as raw x-, y-, and z- (where appropriate) values are stored in the csv files for ease of interpretation in various data analysis programs.

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