MFE: H-mode, Pedestal, and Fueling
INVITED · PI01 · ID: 1740079
Presentations
-
The Role of Thermal Charge Exchange Neutrals in Fueling on DIII-D and Future Reactors
ORAL · Invited
–
Publication: S. R. Haskey, et al., Rev Sci Instr 93(10), 2022.
Presenters
-
Shaun R Haskey
- Princeton Plasma Physics Laboratory
Authors
-
Shaun R Haskey
- Princeton Plasma Physics Laboratory
-
Alessandro Bortolon
- Princeton Plasma Physics Laboratory
- PPPL
-
Luke Stagner
- General Atomics - San Diego
- General Atomics
-
Colin Chrystal
- General Atomics - San Diego
-
Jeremy Lore
- Oak Ridge National Lab
- Oak Ridge National Laboratory
-
Robert S Wilcox
- Oak Ridge National Laboratory
- Oak Ridge National Lab
-
Mathias Groth
- Aalto University
-
Adrianna Angulo
- Princeton Plasma Physics Laboratory
-
Brian A Grierson
- General Atomics
-
George J Wilkie
- Princeton Plasma Physics Laboratory
-
Florian M. Laggner
- North Carolina State University
-
-
The Role of Main Ion Isotope Mass on Neutral Fueling and the Density Pedestal Structure
ORAL · Invited
–
Publication: R. A Chaban et al. "The role of isotope mass on neutral fueling and density pedestal structure in the DIII-D tokamak", In preparation
Presenters
-
Ryan A Chaban
- William & Mary
Authors
-
Ryan A Chaban
- William & Mary
-
Saskia Mordijck
- College of William and Mary
-
Aaron M Rosenthal
- Massachusetts Institute of Technology MI
-
Matthias Knolker
- General Atomics
-
Florian M. Laggner
- North Carolina State University
-
Tom H Osborne
- General Atomics
- General Atomics - San Diego
-
Lothar Schmitz
- University of California, Los Angeles
-
Theresa M Wilks
- MIT-PSFC
- MIT
-
-
Reconstruction and interpretation of edge line radiation asymmetry from first-principles kinetic simulation
ORAL · Invited
–
Presenters
-
George J Wilkie
- Princeton Plasma Physics Laboratory
Authors
-
George J Wilkie
- Princeton Plasma Physics Laboratory
-
Florian M. Laggner
- North Carolina State University
-
Aaron M Rosenthal
- Massachusetts Institute of Technology MI
-
Robert Hager
- Princeton Plasma Physics Laboratory
-
Seung-Hoe Ku
- Princeton Plasma Physics Laboratory
- PPPL
-
Michael Churchill
- Princeton Plasma Physics Laboratory
-
Choongseok Chang
- Princeton Plasma Physics Laboratory
-
Alessandro Bortolon
- Princeton Plasma Physics Laboratory
- PPPL
-
-
Kinetic ballooning mode constraints for tokamak pedestals with varying aspect ratio and plasma shaping
ORAL · Invited
–
Publication: [1] J. Parisi et. al. Kinetic-Ballooning-Limited Pedestals in Fusion Plasmas
[2] J. Parisi et. al. Gyrokinetic Model For Pedestal Width-Height PredictionPresenters
-
Jason F Parisi
- Princeton Plasma Physics Laboratory
Authors
-
Jason F Parisi
- Princeton Plasma Physics Laboratory
-
Walter Guttenfelder
- Type One Energy
-
Andrew O Nelson
- Columbia University
-
Rahul Gaur
- Princeton Univeristy
-
Mate Lampert
- Princeton Plasma Physics Laboratory
-
Andreas Kleiner
- Princeton Plasma Physics Laboratory
-
Galina Avdeeva
- General Atomics - San Diego
-
Jack Berkery
- Princeton Plasma Physics Laboratory
-
Cesar Clauser
- MIT
- Massachusetts Institute of Technology
-
Max Curie
- Princeton University
-
Ahmed Diallo
- Princeton Plasma Physics Laboratory
-
William D Dorland
- University of Maryland Department of Physics
-
Stanley M Kaye
- Princeton Plasma Physics Laboratory
-
Joseph T McClenaghan
- General Atomics - San Diego
- General Atomics
-
Felix I Parra
- Princeton Plasma Physics Laboratory
-
-
Advances in RMP ELM Suppression through Establishment of Record Pressure and Temperature Pedestals
ORAL · Invited
–
Publication: plan to publish results as POP
Presenters
-
Matthias Knolker
- General Atomics
Authors
-
Matthias Knolker
- General Atomics
-
Theresa M Wilks
- MIT-PSFC
- MIT
-
Tom H Osborne
- General Atomics
- General Atomics - San Diego
-
Philip B Snyder
- Oak Ridge National Lab
- Oak Ridge National Laboratory
-
Huiqian Wang
- General Atomics
- General Atomics - San Diego
-
Carlos A Paz-Soldan
- Columbia University
-
Oak A Nelson
- Columbia University, New York, NY
-
Qiming Hu
- Princeton Plasma Physics Laboratory
-
Joseph T McClenaghan
- General Atomics - San Diego
- General Atomics
-
Morgan W Shafer
- Oak Ridge National Laboratory
-
Robert S Wilcox
- Oak Ridge National Laboratory
- Oak Ridge National Lab
-
-
Understanding the L-H transition isotope effect in DIII-D
ORAL · Invited
–
Presenters
-
Kyle Callahan
- University of California, Los Angeles
Authors
-
Kyle Callahan
- University of California, Los Angeles
-
Lothar Schmitz
- University of California, Los Angeles
-
Troy A Carter
- University of California, Los Angeles
-
Shaun R Haskey
- Princeton Plasma Physics Laboratory
-
Colin Chrystal
- General Atomics - San Diego
-
Emily A Belli
- General Atomics
-
Christopher G Holland
- University of California, San Diego
-
Kathreen E Thome
- GA
-
George R McKee
- University of Wisconsin - Madison
- UWisc. Madison
-
Arash Ashourvan
- General Atomics
-
Guiding Wang
- University of California, Los Angeles
-
Quinn Pratt
- University of California, Los Angeles
-
Zheng Yan
- University of Wisconsin - Madison
-
Matthias Knolker
- General Atomics
-
Florian Effenberg
- Princeton Plasma Physics Laboratory
-
Alessandro Bortolon
- Princeton Plasma Physics Laboratory
- PPPL
-
Filipp Khabanov
- Wisconsin-Madison
- University of Wisconsin-Madison
- University of Wisconsin–Madison
- University of Wisconsin- Madison
- UWM
-