Thermal transport in the DIII-D edge pedestal
Author:
Publisher
AIP Publishing
Subject
Condensed Matter Physics
Link
http://aip.scitation.org/doi/pdf/10.1063/1.2217264
Reference41 articles.
1. Scaling studies of the high mode pedestal
2. Measurements of the high confinement mode pedestal region on Alcator C-Mod
3. Effect of plasma shape variation on ELMs and H-mode pedestal properties in ASDEX Upgrade
4. The effect of plasma shape on H-mode pedestal characteristics on DIII-D
5. Physics and scaling of the H-mode pedestal
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1. Sensitivity of the interpretation of the experimental ion thermal diffusivity to the determination of the ion conductive heat flux;Physics of Plasmas;2014-04
2. Interpretation of changes in diffusive and non-diffusive transport in the edge plasma during pedestal buildup following a low-high transition in DIII-D;Physics of Plasmas;2013-01
3. Analysis of pedestal plasma transport;Nuclear Fusion;2010-05-28
4. The effect of rotation and viscous heating on the interpretation of experimental heat diffusivities in the edge pedestal;Physics of Plasmas;2010-05
5. Analysis of neutral particle recycling and pedestal fueling in a H-mode DIII-D discharge;Physics of Plasmas;2010-02
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