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April 5, 2026Contributions to Plasma Physics

First Results of SOLPS ‐ ITER Wide Grid ITER Modeling With Drifts

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Authors

NSNikita ShtyrkhunovEKE. KaveevaVRV. Rozhansky

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Overview

Modeling investigates drift effects on plasma scenarios in ITER, indicating impacts on divertor asymmetry.

Key Points

  • Explore the influence of drift effects on plasma behavior in ITER scenarios.
  • Utilized SOLPS-ITER wide grid version 3.2.0 for modeling.
  • Analyzed two scenarios: start of research operation (SRO) and full burning plasma (FBP).
  • Examined drift impacts on particle flux and divertor asymmetry.
  • Drifts significantly influenced attached regimes in SRO but decreased in detachment.
  • Found high drift-driven fluxes causing increased divertor asymmetry.
  • Drifts affected the stagnation point of particle flux in near SOL, but not in far SOL.
  • Plasma parameters at the main chamber wall remained largely unchanged.

Cite This Study

Shtyrkhunov et al. (2026) studied this question.

synapsesocial.com/papers/69d1fc70a79560c99a0a202ahttps://doi.org/10.1002/ctpp.70123
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Also Consider

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  5. 5Investigation of Drift Effects in <scp>UEDGE</scp> Simulations of <scp>NSTX</scp> ‐U Edge Plasma With Lithium Divertors2026