All Papers - UKAEA Scientific Publications

Showing 1 - 2 of 2 UKAEA Paper Results

UKAEA-CCFE-CP(23)402022

"Interpretative 3D MHD modelling of deuterium shattered pellet injection into a JET H-mode plasma"
- M. Kong
- E. Nardon
- M. Hoelzl
- D. Bonfiglio
- D. Hu
- U. Sheikh
- A. Boboc
- P. Carvalho
- T.C. Hender
- S. Jachmich
- K.D. Lawson
- S. Silburn
- Ž. Štancar
- R. Sweeney
- G. Szepesi
- the JOREK team
- JET contributors
Shattered pellet injection (SPI), with research started in recent years, is the current concept for the ITER disruption mitigation system (DMS) to prevent disruption-related damage. Compared with impurity SPI, pure deuterium (D2) SPI could contribute to runaway electron (RE) avoidance in ITER via a strong dilution cooling before the thermal quen…
- Preprint
UKAEA-CCFE-CP(21)072021

"Mitigation of disruption electro-magnetic load with SPI on JET-ILW"
- S.N. Gerasimov
- P. Abreu
- L.R. Baylor
- A. Boboc
- I.S. Carvalho
- I.H. Coffey
- D. Craven
- V. Huber
- S. Jachmich
- E. Joffrin
- U. Kruezi
- M. Lehnen
- P.J. Lomas
- A. Manzanares
- M. Maslov
- E. Matveeva
- G. Pautasso
- A. Peacock
- S. Silburn
- C. Stuart
- H. Sun
- D. Shiraki
- R. Sweeney
- J. Wilson
- L.E. Zakharov
The disruption mitigation system at ITER will include four shattered pellet injectors (SPI), which will be dedicated to the mitigation of electro-magnetic loads (EML), thermal loads and the avoidance and suppression of runaway electrons. Recently the JETILW was equipped with an SPI with a wide capability. Specifically: pellet diameter d = [4.57, 8.…
- Preprint

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