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Erratum: First Thomson scattering results from AWAKE's helicon plasma source (2024 Plasma Phys. Control. Fusion66 115011)

C Stollberg, Ph Guittienne, R Karimov, A Sublet, I Furno, B Vincent, Y Andrebe, B Buttenschön2025年3月Plasma Physics and Controlled FusionIF 2.2出版社

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Thomson scatteringPlasma sourceHelicon plasmaHelicon plasma source

AIによる論文要約

エラータ:AWAKEのヘリコンプラズマ源からの最初のトムソン散乱結果(2024年プラズマ物理学制御融合66 115011)
JAこの論文は、プラズマ物理学や加速器物理学の研究者、特にAWAKEプロジェクトに関心のある研究者に有益です。学生にも、プラズマ診断技術の1つであるトムソン散乱の重要性を理解する良い機会となります。#AWAKEプロジェクト #トムソン散乱 #プラズマ診断 #加速器物理学
LLM向け: {'Title': 'エラータ:AWAKEのヘリコンプラズマ源からの最初のトムソン散乱結果(2024年プラズマ物理学制御融合66 115011)', 'Auth…

この論文は、AWAKEプロジェクトのヘリコンプラズマ源からの初めてのトムソン散乱結果について報告しています。トムソン散乱は、プラズマ中の電子密度と温度を測定する重要な手法です。この結果は、AWAKEプロジェクトの進捗を示すものです。

[Erratum: First Thomson scattering results from AWAKE's helicon plasma source (2024 Plasma Phys. Control. Fusion 66 115011)]
ENResearchers and scientists working on plasma physics and fusion energy research, particularly those involved in the AWAKE experiment, should read this paper to stay up-to-date on the latest developments and corrections in this field.#PlasmaPhysics #FusionEnergy #AWAKE #ThomsonScattering
LLM向け: {'Title': "Erratum: First Thomson scattering results from AWAKE's helicon plasma…

This paper provides an erratum, or correction, to a previous publication on the first Thomson scattering results from the AWAKE experiment's helicon plasma source. Thomson scattering is a technique used to measure plasma properties.

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