Modeling of Heat Pulse Propagation During TESPEL Injection into the LHD Plasma

Modeling of Heat Pulse Propagation During TESPEL Injection into the LHD Plasma

Anomalous transport is a paradigm for analysis of both Power Balance (PB) and Heat Pulse Propagation (HPP) in magnetically confined plasmas including so called non-local transport (NLT) phenomena (core heating as a reaction on the edge cooling). One of the alternative explanations of the NLT propose...

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Veröffentlicht in:Plasma and Fusion Research 2019/07/24, Vol.14, pp.3402121-3402121
Hauptverfasser: SERGEEV, Vladimir Yu, DNESTROVSKIY, Alexei Yu, FROLOV, Vasiliy E., PUSTOVITOV, Vladimir D., TAMURA, Naoki
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energy exchange
LHD
non-local transport
plasma perturbation
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container_title Plasma and Fusion Research
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creator SERGEEV, Vladimir Yu
DNESTROVSKIY, Alexei Yu
FROLOV, Vasiliy E.
PUSTOVITOV, Vladimir D.
TAMURA, Naoki
description Anomalous transport is a paradigm for analysis of both Power Balance (PB) and Heat Pulse Propagation (HPP) in magnetically confined plasmas including so called non-local transport (NLT) phenomena (core heating as a reaction on the edge cooling). One of the alternative explanations of the NLT proposes to take into account the plasma motion caused by the perturbation of the force balance during HPP. First results of numerical modeling of the electron heat transport by the ASTRA code confirm the viability of this approach.
doi_str_mv 10.1585/pfr.14.3402121
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subjects energy exchange
LHD
non-local transport
plasma perturbation
title Modeling of Heat Pulse Propagation During TESPEL Injection into the LHD Plasma
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