Data for paper: DECAF Cross-device characterization of tokamak disruptions indicated by abnormalities in plasma vertical position and current

The paper is conducting a cross-device and cross-shot analysis of
disruption precursors using the DECAF code. In particular, occurrence of
disruptions explored via detection of a plasma current quench and
exploration of disruptive event chains, constituted by plasma current and
vertical position abnormalities, was reported for in total 7 full
device-years of operation pairs of 3 machines (NSTX-U, MAST-U and KSTAR).
It was shown that the disruption occurrence captured through theIp quench
depended not only on details of the plasma state, but also on
(device-dependent) technical details of the shot exit scenario. A
year-to-year change in main disruption triggers and even a reduction of
the disruptivity rate, bound with device and operation upgrades, were
reported. Particular trigger instances of disruptive event chains (and the
full chains, when applicable) were shown to occupy predominantly distinct
parts of the operation space diagrams, in accordance with a prior
expectation. Plasma elongation was identified as an important factor
influencing triggers.