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Effect of Diameter on Flame Spread Over Electrical Wires with Applied AC Electric Fields

机译:直径对火焰散布电线的效果

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An experimental study on spreading flame over electrical wire, which was insulated by Polyethylene(PE) and had different diameters, was conducted with applied AC electric field. The result showed that the flame spread rate decreased in increase of the diameter of insulator at a fixed electric field. The flame spread rate exhibited increase or decrease tendency with applied AC electric field, having three distinct regimes depending on applied voltage and frequency. In each regime, the flame spread rate was characterized by physical parameters of applied electric fields and wire dimensions, and the behaviors could be explained by a thermal balance mechanism.
机译:用施加的AC电场进行了通过聚乙烯(PE)绝缘的电线散布火焰的实验研究,并用施加的AC电场进行不同的直径。结果表明,在固定电场的绝缘体直径增加中,火焰展开率降低。火焰扩散速率表现出与应用交流电场的增加或减少,其具有三个不同的制度,这取决于施加的电压和频率。在每个方案中,火焰扩散率的特征在于应用的电场和线尺寸的物理参数,并且可以通过热平衡机制来解释行为。

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