HL-2M Divertor Geometry Exploration with SOLPS5.0

One of the critical issues to be solved for HL-2M is the power and particle exhaust. Divertor target plate geometry strongly influences the plasma profiles by controlling the neutral recycling pattern, which has in turn a strong effect on the symmetry and stability of the divertor plasma and finally...

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Published in:Plasma science & technology 2013-12, Vol.15 (12), p.1184-1188, Article 1184
Main Author: 崔学武 潘宇东 崔正英 李佳鲜 张锦华 毛瑞
Format: Article
Language:English
Subjects:
Computer programs
Exhaust
Exploration
Flux
Mathematical models
Packages
Recycling
Software
Walls
偏滤器靶板
几何结构
勘探
循环模式
数值模拟软件
等离子体分布
等离子体参数
粒子排出
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cited_by cdi_FETCH-LOGICAL-c306t-1b8170d145e61fe5c7aa19a3b409c74425c6cd024f71d4c82a0faab7f406b0a23
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container_title Plasma science & technology
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creator 崔学武 潘宇东 崔正英 李佳鲜 张锦华 毛瑞
description One of the critical issues to be solved for HL-2M is the power and particle exhaust. Divertor target plate geometry strongly influences the plasma profiles by controlling the neutral recycling pattern, which has in turn a strong effect on the symmetry and stability of the divertor plasma and finally on the whole edge region. The numerical simulation software SOLPS5.0 Pack- age is used to design and explore the divertor target plates for HL-2M. We choose two divertor geometries, and assess the heat flux on the target plates and first wall, then further discuss the di- vertor plasma parameters, and how private flux baffling affects both neutral recirculation pattern and pumping efficiency.
doi_str_mv 10.1088/1009-0630/15/12/04
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subjects Computer programs
Exhaust
Exploration
Flux
Mathematical models
Packages
Recycling
Software
Walls
偏滤器靶板
几何结构
勘探
循环模式
数值模拟软件
等离子体分布
等离子体参数
粒子排出
title HL-2M Divertor Geometry Exploration with SOLPS5.0
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