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ITER adopts the 2016 reference baseline

node

ITER's 2016 reference baseline set the schedule against which subsequent slippage is measured. The 2024 update states its own milestones as delays relative to this baseline: full magnetic energy and plasma current in 2036 represents a three-year delay against the 2016 reference, and the start of deuterium-tritium operation in 2039 a four-year delay. This event is recorded so that the slippage in the Journey is measured against a documented prior commitment rather than against recollection.

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Timeline

No dated observations are stored for this object. Atlas shows what was observed and when — it does not infer a history.

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Assembled narrative · 1

Assembled from 17 blocks · 1 evidence · 21 related

  1. Story
  2. ITER's 2016 reference baseline set the schedule against which subsequent slippage is measured. The 2024 update states its own milestones as delays relative to this baseline: full magnetic energy and plasma current in 2036 represents a three-year delay against the 2016 reference, and the start of deuterium-tritium operation in 2039 a four-year delay. This event is recorded so that the slippage in the Journey is measured against a documented prior commitment rather than against recollection.
  3. Knowledge
  4. ITER
  5. ITER adopts the 2016 reference baseline
  6. Connections
  7. ITER
  8. Plasma-facing materials and first wall
  9. Tritium breeding blanket
  10. Tritium
  11. Tokamak (toroidal magnetic confinement)
  12. Joint European Torus (JET)
  13. ITER adopts the 2016 reference baseline
  14. ITER presents an updated project baseline to the ITER Council
  15. ITER's declared target date for the start of deuterium-tritium operation
  16. Evidence
  17. ITER's current programme targets, the magnitude of slippage against the 2016 reference baseline, and the change of first wall material to tungsten
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/atlas?object=EVENT_ITER_BASELINE_2016&experience=EVENT_ITER_BASELINE_2016