A novel path to runaway electron mitigation via deuterium injection and current-driven MHD instability-Reference-Cited by-同舟云学术

A novel path to runaway electron mitigation via deuterium injection and current-driven MHD instability

Published:2021-10-14 Issue:11 Volume:61 Page:116058
ISSN:0029-5515
Container-title:Nuclear Fusion
language:
Short-container-title:Nucl. Fusion

Author:

Paz-Soldan C.^ORCID,Reux C.^ORCID,Aleynikova K.,Aleynikov P.,Bandaru V.^ORCID,Beidler M.^ORCID,Eidietis N.^ORCID,Liu Y.Q.^ORCID,Liu C.^ORCID,Lvovskiy A.^ORCID,Silburn S.^ORCID,Bardoczi L.^ORCID,Baylor L.,Bykov I.,Carnevale D.^ORCID,Del-Castillo Negrete D.^ORCID,Du X.^ORCID,Ficker O.^ORCID,Gerasimov S.,Hoelzl M.^ORCID,Hollmann E.,Jachmich S.,Jardin S.^ORCID,Joffrin E.,Lasnier C.,Lehnen M.^ORCID,Macusova E.^ORCID,Manzanares A.,Papp G.^ORCID,Pautasso G.,Popovic Z.,Rimini F.,Shiraki D.,Sommariva C.,Spong D.^ORCID,Sridhar S.,Szepesi G.,Zhao C.,DIII-D Team the,Contributors JET

Funder

FP7 Fusion Energy Research

U.S. Department of Energy

ITER Organization

Publisher

IOP Publishing

Subject

Condensed Matter Physics,Nuclear and High Energy Physics

Link

https://iopscience.iop.org/article/10.1088/1741-4326/ac2a69/pdf

Reference64 articles.

1. Chapter 3: MHD stability, operational limits and disruptions