Erratum: Comparative study of an argon plasma and an argon copper plasma produced by an ICP torch at atmospheric pressure based on spectroscopic methods (Plasma Sources Science and Technology (2011) 20 (045004))

Bussière W.; Vacher D.; Menecier S.; André P.

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Erratum: Comparative study of an argon plasma and an argon copper plasma produced by an ICP torch at atmospheric pressure based on spectroscopic methods (Plasma Sources Science and Technology (2011) 20 (045004))

机译：勘误：基于光谱方法的ICP炬在常压下产生的氩等离子体和氩铜等离子体的比较研究（Plasma Sources Science and Technology（2011）20（045004））

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《Plasma Sources Science & Technology》 |2012年第2期|共2页
作者
Bussière W.; Vacher D.; Menecier S.; André P.;
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正文语种 eng
中图分类等离子体物理学;
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1. Erratum: Comparative study of an argon plasma and an argon copper plasma produced by an ICP torch at atmospheric pressure based on spectroscopic methods (Plasma Sources Science and Technology (2011) 20 (045004)) [J] . Bussière W., Vacher D., Menecier S., Plasma Sources Science & Technology . 2012,第2期

机译：勘误：基于光谱方法的ICP炬在常压下产生的氩等离子体和氩铜等离子体的比较研究（Plasma Sources Science and Technology（2011）20（045004））
2. Erratum: Power dissipation, gas temperatures and electron densities of cold atmospheric pressure helium and argon RF plasma jets (Plasma Sources Science and Technology (2011) 20 (065010)) [J] . Hoffmann S., Van Gessel A.F.H., Verreycken T., Plasma Sources Science & Technology . 2012,第6期

机译：勘误表：冷大气压氦和氩射频等离子体射流的功率耗散，气体温度和电子密度（Plasma Sources Science and Technology（2011）20（065010））
3. Erratum: Spectroscopic characterization of laser-produced atmospheric pressure helium microplasmas (Plasma Sources Science and Technology (2011) 20 (035001)) [J] . Monafred K., Graham G., Morgan J., Plasma Sources Science & Technology . 2011,第4期

机译：勘误：激光产生的大气压氦微等离子体的光谱表征（Plasma Sources Science and Technology（2011）20（035001））
4. Argon ICP plasma torch at atmospheric pressure driven by a SiC based resonant converter operating in MHz range [C] . Santiago Eizaguirre, Tim Gehring, Fabian Denk, International Exhibition and Conference for Power Electronics, Intelligent Motion, Renewable Energy and Energy Management . 2020

机译：由工作在MHz范围内的SiC基谐振转换器驱动的常压氩ICP等离子炬
5. Plasma chemistry modelling of an atmospheric pressure argon plasma jet with air impurities for plasma medicine applications [D] . Van Gaens, Wouter 2014

机译：大气压氩等离子体射流与空气杂质的等离子体化学建模，用于等离子体医学应用
6. Anticancer Effects of Plasma-Activated Medium Produced by a Microwave-Excited Atmospheric Pressure Argon Plasma Jet [O] . Ara Jo, Hea Min Joh, Tae Hun Chung, 2020

机译：微波激发大气压氩等离子体射流产生的血浆激活培养基的抗癌效应
7. Operating Characteristics of DC Arc Plasma Torch : I. Operation at Atmospheric Pressure Using Argon Gas [O] . Takefumi IKUI, Katsunori MURAOKA, Tadanori SAKOTA 1968

机译：直流电弧等离子体火炬的操作特性：I。使用氩气的大气压下的操作
8. Spectroscopic Studies of Argon and Nitrogen Plasmas at Reduced Pressure. Temperature Distributions in Plasmajets and Wall-Stabilized Arcs [R] . Klein, L., Babrov, H. J. 1965

机译：减压下氩和氮等离子体的光谱研究。等离子体射流和壁稳定弧的温度分布

Erratum: Comparative study of an argon plasma and an argon copper plasma produced by an ICP torch at atmospheric pressure based on spectroscopic methods (Plasma Sources Science and Technology (2011) 20 (045004))

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