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Investigation on Change Laws of Arc Burning Time of the Arc Plasma

机译:电弧等离子体弧形燃烧时间变革规律的调查

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Arc burning time is the time interval from arc burning until arc quenching, which is one of the main symbol parameters of the arc plasma characteristic. As the length of arc burning time can do great influence on the arc energy and the two-phase change process of the break arc directly, it is significant for us to do some researches on its influence factors and change laws. To take the DC break arc between the low power relay contacts for an example, the paper studied the arc burning processes of two typical arc plasma - high purity nitrogen arc and air arc. When the relay contacts break resistant or inductive loads, it gained the relationships between the arc burning time with different atmospheres and load characters, as well as the change laws of arc burning time with the change of arc current and voltage. It also gives some deep analysis and discussions on the experimental results, which combined with the physical mechanism of two-phase change process of the break arc. Finally the paper built a basic mathematics model of arc burning time on the typical arc plasma, which can be helpful for the researchers to know more information about the arc burning process.
机译:电弧燃烧时间是从弧燃烧的时间间隔,直到电弧淬火,这是电弧等离子体特性的主要符号参数之一。随着电弧燃烧时间的长度可以对电弧能量的影响力很大,直接断裂弧的两相变化过程,我们对其对其影响因素和变革法律进行了一些研究。为了使DC断裂电弧在低功率继电器触点之间,本文研究了两个典型电弧等离子体高纯度氮气和空气弧的电弧燃烧过程。当继电器触点断开抗性或感应负载时,它在不同的环境和负载字符之间获得了电弧燃烧时间之间的关系,以及电弧电流和电压的变化燃烧时间的变化规律。它还对实验结果提供了一些深入的分析和讨论,其与断裂弧的两相变化过程的物理机制相结合。最后,该论文在典型的弧等离子体上构建了电弧燃烧时间的基本数学模型,这有助于研究人员了解有关电弧刻录过程的更多信息。

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