Experimental examination of possibility to affect the shapes of flames under combustion of the liquified petroleum gas (LPG) were performed by several non-conventional cold atmospheric plasma arrangements. The lateral fused hollow cathode, the microwave surface wave plasma jet and the combination of these systems confirmed possibility of an efficient control of the flame shapes, increasing stability of flames and broadening of their front parts.

中文翻译：

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通过非常规的冷等离子体布置来塑造火焰几何形状

通过几种非常规的冷大气等离子体布置进行了实验研究，以检查在液化石油气（LPG）燃烧下影响火焰形状的可能性。横向熔融空心阴极，微波表面波等离子体射流以及这些系统的组合证实了有效控制火焰形状，增加火焰稳定性和扩大其前部可能性的可能性。