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Corrigendum: TorbeamNN: machine learning-based steering of ECH mirrors on KSTAR (2025 Plasma Phys. Control. Fusion67 055036)

Andrew Rothstein, Minseok Kim, Minho Woo, Minsoo Cha, Cheolsik Byun, Sangkyeun Kim, Keith Erickson, Youngho Lee, Joshua Josephy-Zack, Jalal Butt2025年7月Plasma Physics and Controlled FusionIF 2.2出版社

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kstar高精度(タイトル一致)

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Electron cyclotron heatingKSTAR

AIによる論文要約

KSTAR上のECHミラーのステアリングのためのマシンラーニングベースのTorbeamNN
JAこの論文は、核融合プラズマの加熱・制御に興味のある研究者や学生に役立つと考えられます。特に、ECH加熱システムの高度な制御手法に関心がある人にとって有益でしょう。#KSTAR #ECH #MachineLearnin #PlasmaControl
LLM向け: {'Title': 'TorbeamNN: マシンラーニングベースのKSTAR上のECHミラーステアリング', 'Author(s)': '不明', 'Rese…

この論文は、KSTAR上のECHミラーのステアリングにマシンラーニングを適用した研究について報告しています。TorbeamNNと呼ばれるモデルを開発し、ミラーの位置を最適化することで、ECHビームの照射位置を正確にコントロールできることを示しています。

Corrigendum: TorbeamNN: machine learning-based steering of ECH mirrors on KSTAR
ENFusion researchers and engineers working on plasma heating and control systems will find this paper relevant.#ECHcontrol #MLplasma #KSTARtokamak
LLM向け: {'Title': 'Corrigendum: TorbeamNN: machine learning-based steering of ECH mirror…

This paper presents a machine learning-based approach for steering ECH mirrors on the KSTAR tokamak, allowing for more efficient heating and current drive.

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