RF Modeling and Simulation using the IPS system
POSTER
Abstract
The Integrated Plasma Simulator (IPS) is a computational framework that permits serial and or parallel simulation codes to function inter-operably on the most advanced massively-parallel computers so as to provide a flexible capability for integrated, multi-physics simulation. In a joint effort between the Advanced Tokamak Modeling (AToM) and RF SciDAC projects some of the most capable RF code are being made openly available using the IPS. Examples will be shown using the GENRAY, CQL3D, and TORLH codes and how these can be coupled together and also with other non-RF codes. A workflow with which TORLH iteratively coupled with CQL3D was used to study lower hybrid current drive in EAST tokamak will be described.
Presenters
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Donald Batchelor
Oak Ridge National Lab
Authors
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Donald Batchelor
Oak Ridge National Lab
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D. L. Green
Oak Ridge National Lab, Oak Ridge National Laboratory, ORNL
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Wael Elwasif
Oak Ridge National Lab, ORNL
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R. W. Harvey
CompX
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Yuri Petrov
CompX
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P. T. Bonoli
Massachusetts Inst of Tech-MIT, MIT PSFC, SciDAC Center for Simulation of Fusion Relevant RF Actuators, MIT-PSFC
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John C Wright
MIT PSFC, Plasma Science and Fusion Center, Massachusetts Institute of Technology, Massachusetts Inst of Tech-MIT
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Samuel Frank
Massachusetts Inst of Tech-MIT, MIT PSFC