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Studying spatial distributions of fusion reaction rates within MAST-U using fission-chamber array measurements

E Parr, K G McClements, C A Michael, S Y Allan, M Cecconello, A R Jackson, C Vincent, T Wilson, R Worrall2025年7月Plasma Physics and Controlled FusionIF 2.2出版社

By analysing the neutron rates measured using multiple fission-chamber (FC) diagnostics—constituting a FC array (FCA)–the spatial distribution of fusion reaction rates within a tokamak may be studied. Using the two-FC set-up at Mega-Ampere Spherical Tokamak Upgrade, analysis methods are presented for both the study of poloidal neutron emissivity distributions and neutral-beam injection shine-through measurements. Different FCA configurations are also proposed, with the possible future uses for these diagnostics discussed.

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AIによる論文要約

MAST-Uにおける核融合反応率の空間分布を、フィッション チャンバー アレイ測定を使って調べる
JAこの論文は、トカマクにおける核融合反応の空間分布を理解したい核融合研究者や、関連する診断技術に興味のある研究者に役立つと考えられます。#トカマク #核融合反応 #空間分布 #フィッション チャンバー #中性子放出
LLM向け: {'Title': 'MAST-Uにおける核融合反応率の空間分布を、フィッション チャンバー アレイ測定を使って調べる', 'Author(s)': '不明',…

この論文では、トカマク内の核融合反応率の空間分布を、複数のフィッション チャンバー(FC)を使って調べる方法について説明しています。MAST-Uで使われた2つのFCシステムを使って、ポロイダル方向の中性子放出分布や中性粒子ビームの透過率を解析する手法が示されています。

Studying spatial distributions of fusion reaction rates within MAST-U using fission-chamber array measurements
ENThis paper is relevant for fusion researchers and engineers working on diagnostics and plasma characterization in tokamak devices.#FusionDiagnostics #NeutronMeasurements #SpatialDistribution #MASTU
LLM向け: {'Title': 'Studying spatial distributions of fusion reaction rates within MAST-U…

This paper presents methods to study the spatial distribution of fusion reactions in a tokamak using a fission-chamber array. The analysis can provide insights into the poloidal neutron emissivity and neutral-beam injection shine-through, which are important for fusion research.

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