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Experimental analysis of arcs behavior in a 3-Phase AC arc plasma torch with hot graphite electrodes: comparison with MHD modeling results

机译：具有热石墨电极的三相交流电弧等离子体炬的电弧行为的实验分析：与MHD建模结果的比较

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International audience

机译：国际观众

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作者
Rehmet Christophe; Fabry Frédéric; Rohani Vandad-Julien; Cauneau François; Fulcheri Laurent;
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年度 2013
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正文语种 en
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专利

1. Unsteady state analysis of free-burning arcs in a 3-Phase AC plasma torch: comparison between parallel and coplanar electrode configurations [J] . Rehmet C., Fabry F., Rohani V., Plasma Sources Science & Technology . 2014,第6期

机译：三相AC等离子炬中自由燃烧电弧的非稳态分析：平行和共面电极配置之间的比较
2. Arc heating in the tundish with a graphite electrode in comparison to a metallic plasma torch [J] . Neuschutz D., Stadler P., Bebber H. J. 鉄と鋼／Journal of the Iron and Steel Institute of Japan. . 1997,第3期

机译：与金属等离子炬相比，带有石墨电极的中间包中的电弧加热
3. Arc heating in the tundish with a graphite electrode in comparison to a metallic plasma torch [J] . Neuschutz D., Stadler P., Bebber H. J. 鉄と鋼／Journal of the Iron and Steel Institute of Japan. . 1997,第3期

机译：与金属等离子体火炬相比，用石墨电极在中间包中加热弧形加热
4. Modelling of low current - High voltage arc discharge plasma torch: Analysis of existing arc models and comparison with experimental results [C] . Petitpas G., Fulcheri L. Gas Discharges and Their Applications, 2008. GD 2008 . 2008

机译：低电流建模-高压电弧放电等离子炬：现有电弧模型的分析并与实验结果进行比较
5. Development of a fluid model for DC arc plasma torches and its integration with downstream models of atmospheric plasma spray particle plumes. [D] . Cannamela, Michael J., III. 2013

机译：直流电弧等离子炬流体模型的开发及其与大气等离子喷涂颗粒羽流下游模型的集成。
6. Temperature Control at DBS Electrodes using Heat Sink: Experimentally Validated FEM Model of DBS lead Architecture [O] . Maged M. Elwassif, Abhishek Datta, Asif Rahman, -1

机译：DBS电极温度控制使用散热器：DBS铅架构的实验验证了FEM模型
7. MHD modeling of a 3-phase plasma torch with parallel electrodes, comparison with coplanar electrodes. [O] . Rehmet Christophe, Fabry Frédéric, Rohani Vandad-Julien, 2013

机译：具有平行电极的三相等离子炬的MHD建模，与共面电极的比较。

Experimental analysis of arcs behavior in a 3-Phase AC arc plasma torch with hot graphite electrodes: comparison with MHD modeling results

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