Spatial Heterodyne Spectro-Polarimetry Systems for Imaging Key Plasma Parameters in Fusion Devices

John HOWARD; Ahmed DIALLO; Roger JASPERS; Jinil CHUNG

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Spatial Heterodyne Spectro-Polarimetry Systems for Imaging Key Plasma Parameters in Fusion Devices

机译：用于融合设备中关键血浆参数成像的空间外差光谱-测光系统

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Imaging diagnostics systems are very important to aid the understanding of core and edge confinement in 3D helical magnetic devices. In this paper we consider recent developments in optical “coherence imaging” interferometric systems that open new diagnostic capabilities for next generation devices, with particular focus on Motional Stark Effect (MSE) imaging. We present preliminary results obtained using a hybrid spatio-temporal heterodyne snapshot imaging polarimeter-interferometer for motional Stark effect imaging of the q-profile in the TEXTOR tokamak.

机译：成像诊断系统对于帮助理解3D螺旋磁性设备的核心和边缘限制非常重要。在本文中，我们考虑了光学“相干成像”干涉仪系统的最新发展，该系统为下一代设备打开了新的诊断功能，尤其着重于运动斯塔克效应（MSE）成像。我们提出了使用混合时空外差快照成像旋光仪-干涉仪对TEXTOR托卡马克中q轮廓的运动斯塔克效应成像获得的初步结果。

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《Plasma and Fusion Research》 |2010年第10期|共1页
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John HOWARD; Ahmed DIALLO; Roger JASPERS; Jinil CHUNG;
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中图分类等离子体物理学;
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1. Spatial heterodyne spectro-polarimetry systems for imaging key plasma parameters in fusion devices [J] . John HOWARD, Ahmed DIALLO, Roger JASPERS, Research report NIFS-PROC series . 2009,第78期

机译：空间外差光谱极化系统，用于对聚变设备中的关键等离子体参数进行成像
2. Statistical analysis of temporal and spatial evolution of in-vessel dust particles in fusion devices by using CCD images [J] . Suk-Ho Hong, Kyung-Rae Kim, Yong-Un Nam, Nuclear Instruments & Methods in Physics Research. Section A, Accelerators, Spectrometers, Detectors and Associated Equipment . 2013,第auga21期

机译：利用CCD图像对聚变装置中容器内粉尘的时空演化进行统计分析
3. Inverse radiation problem with infrared images to monitor plasma-facing components temperature in metallic fusion devices [J] . Talatizi Charly, Aumeunier Marie-Helene, Rigollet Fabrice, Fusion Engineering and Design . 2020,第Octa期

机译：具有红外图像的逆辐射问题，以监测金属融合装置中的等离子体组件温度
4. Coded Aperture Imaging technique for investigation of fusion source spatial distribution in Plasma Focus device [C] . Talebitaher A.R., Springham S.V., Shutler P.M.E., 2011 Abstracts IEEE International Conference on Plasma Science . 2011

机译：用于研究等离子聚焦装置中融合源空间分布的编码孔径成像技术
5. Spatial profiling using a Time of Flight Diagnostic and applications of deuterim-deuterium fusion in Inertial Electrostatic Confinement fusion devices. [D] . Donovan, David C. 2011

机译：使用飞行时间诊断的空间轮廓分析以及氘-氘融合在惯性静电约束聚变设备中的应用。
6. X-ray spatial frequency heterodyne imaging of protein-based nanobubble contrast agents [O] . Danielle Rand, Masaki Uchida, Trevor Douglas, -1

机译：基于蛋白质的纳米气泡造影剂的X射线空间频率外差成像
7. Spatial heterodyne spectro-polarimetry systems for imaging key plasma parameters in fusion devices [O] . Howard, J, Diallo, A, Jaspers, RJE Roger, 2010

机译：空间外差光谱极化系统，用于对聚变设备中的关键等离子体参数进行成像

Spatial Heterodyne Spectro-Polarimetry Systems for Imaging Key Plasma Parameters in Fusion Devices

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