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Modeling of impurity spectroscopy in the divertor and SOL of DIII-D using the 1D multifluid model NEWT1D

机译：使用一维多流体模型NEWT1D对偏滤器和DIII-D的sOL中的杂质光谱进行建模

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NEWT1D, a one dimensional multifluid model of the scrape-off layer and divertor plasma, has been used to model the plasma including the distribution of carbon ionization states in the SOL and divertor of ELMing H-mode at two injected power levels in DIII-D. Comparison of the code predictions to the measured divertor and scrape-off layer (SOL) plasma density and temperature shows good agreement. Comparison of the predicted line emissions to the spectroscopic data suggests that physically sputtered carbon from the strike point is not transported up the flux tube; a distributed source of carbon a few centimeters up the flux tube is required to achieve reasonable agreement.

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West, W. P. ; Evans, T. E. ; Brooks, N. H.;
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年度 1996
页码 1-6
总页数 6
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Doublet-3 Device; Plasma Impurities; Comparative Evaluations; Edge Localized Modes; Emission Spectra; H-Mode Plasma Confinement; N Codes; Plasma Scrape-Off Layer; Plasma Simulation; Radiation Transport; Theoretical Data; Meetings; Tables(Data);

机译：Doublet-3器件;等离子体杂质;比较评估;边缘局部模式;发射光谱; H模式等离子体限制; N代码;等离子体刮除层;等离子体模拟;辐射传输;理论数据;会议;表格（数据）;

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专利

1. Experiments and computational modeling focused on divertor and SOL optimization for advanced tokamak operation on DIII-D [J] . Allen SL., Bozek AS., Brooks NH., Journal of Nuclear Materials: Materials Aspects of Fission and Fusion . 2001,第0期

机译：针对DIII-D上先进托卡马克运行的偏滤器和SOL优化的实验和计算模型
2. Modeling of carbon transport in the divertor and SOL of DIII-D during high performance plasma operation [J] . West WP., Evans TE., Stangeby P., Journal of Nuclear Materials: Materials Aspects of Fission and Fusion . 2001,第0期

机译：高效等离子操作期间DIII-D的偏滤器和SOL中碳传输的建模
3. Reduced model of high-Z impurity redeposition and erosion in tokamak divertor and its application to DIII-D experiments [J] . Guterl J., Wampler W. R., Rudakov D., Plasma physics and controlled fusion . 2019,第12期

机译：Tokamak Vertimer高Z杂质再沉积和侵蚀模型及其在DIII-D实验中的应用
4. Understanding tungsten divertor sourcing, SOL transport, and its impact on core impurity accumulation in DIII-D high performance discharges [C] . D.M. Thomas, T. Abrams, J. Barton, EPS Conference on Plasma Physics . 2018

机译：了解Dungsten Devertor采购，Sol运输及其对DIII-D高性能放电核心杂质积累的影响
5. Implementation into DIVIMP of a drift-kinetic model derived from the Fokker-Planck equation to examine the parallel-to-B velocity component of impurity ions in divertor-tokamak plasmas. [D] . Schwanke, Peter. 2001

机译：从Fokker-Planck方程导出的漂移动力学模型在DIVIMP中的实现，以检查偏滤托卡马克等离子体中杂质离子的平行于B速度分量。
6. 1D kinetic modelling of the JET SOL with tungsten divertor plates [O] . D. Tskhakaya, M. Groth -1

机译：带钨分流板的JET SOL的一维动力学建模
7. Modeling of impurity spectroscopy in the divertor and SOL of DIII-D using the 1D multifluid model NEWT1D [O] . West, W.P., Evans, T.E., Brooks, N.H. 1996

机译：使用一维多流体模型NEWT1D对偏滤器和DIII-D的sOL中的杂质光谱进行建模
8. Modeling of impurity spectroscopy in the divertor and SOL of DIII-D using the 1D multifluid model NEWT1D [R] . West, W. P., Evans, T. E., Brooks, N. H. 1996

机译：使用一维多流体模型NEWT1D对偏滤器和DIII-D的sOL中的杂质光谱进行建模

Modeling of impurity spectroscopy in the divertor and SOL of DIII-D using the 1D multifluid model NEWT1D

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