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Heat loads were measured using the main chamber wall thermocouples.
In ITER significant heat loads during transient events (TE) are expected at the main chamber wall that may leads to the essential damage of the Be armour.
Contribution of main chamber wall particle losses to detachment, as suggested by EDGE2D-EIRENE modeling, is not sufficient to explain the magnitude of the observed divertor fluence reduction.
In H-mode nitrogen-seeded discharges with Frad increasing from ∼30% to up to ∼75%, the main chamber wall particle fluence rises by a factor ∼3 while the divertor plasma fluence drops by one order of magnitude.
Comparison between thermocouple and bolometry measurements shows that the fraction of the input power transported to the main chamber wall remains below ∼5%, whatever the divertor detachment state is.
If the fraction of power exhaust dissipated to the main chamber wall by cross-field transport in future reactors is similar to the JET-ILW levels, wall plasma power loading should not be an issue.
Similar(51)
This paper presents experimental evidence from limiter LP for enhanced cross-field particle fluxes on the main chamber walls at high Frad.
The objective of this computational engineering design study is to assess whether the ITER confined plasma will be adversely affected if the diagnostic port plug and tritium breeding module plasma-facing surfaces are left as bare stainless steel or armoured with W, rather than with Be as on the rest of the main chamber first wall.
The particle internal circulation rate and the solids holdup in the upper space of the furnace were studied by changing the fluidization air velocity in the main chamber, the height of partition wall and the initial static bed height.
Adapted from [13] Site Situational context Rock art details DE-SH2 (DAA 20444) Extensive rockshelter with an easterly aspect at the base of a low escarpment overlooking a gentle colluvial slope Four separate panels at the shelter: two in the main chamber, one on the exterior wall and the fourth in the second chamber.
All the survives is the skeletal outline of the main chamber and the outer double walls.
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