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Influence of carbon dioxide on the radial temperature distribution in an argon arc

机译:二氧化碳对氩弧径向温度分布的影响

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The temperature profiles in wall-stabilized atmospheric-pressure arcs in pure argon and in argon-carbon dioxide mixtures have been obtained at currents of 5-40 A and for molar percentages of CO2 ranging from 0.9 % to 25 % using spectroscopic techniques. With the addition of CO2 to a pure-Ar are, we show the formation of a core of higher temperatures with a larger gradient of the radial temperature distribution at the are centre. These investigations show that the addition of even a few percent of CO2 to Ar has a marked effect both upon extinction of the are according to current values and upon the temperature profiles. Few measurements have been done in Ar-CO2 mixtures in a wall-stabilized are. [References: 32]
机译:使用光谱技术,已在5-40 A的电流下以及在0.9%至25%的CO2摩尔百分比范围内,获得了纯氩气和氩气-二氧化碳混合物中壁稳定的大气压电弧中的温度曲线。通过向纯Ar中添加CO2,我们可以看出形成了较高温度的核,且中心处的径向温度分布梯度较大。这些研究表明,即使根据电流值消灭氩气,也不会影响温度分布,即使向Ar中添加百分之几的CO2也会产生显着影响。在墙壁稳定的区域中,几乎没有对Ar-CO2混合物进行测量。 [参考:32]

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