通过实验研究了液体乙醇微尺度扩散火焰的高度、温度以及火焰稳定燃烧的流量范围随磁场强度的变化.结果表明:固定磁场的作用下,液体乙醇微尺度扩散火焰的高度降低,火焰的温度有所升高,火焰稳定燃烧的流量范围扩大.这是固定磁场对火焰中没有完全燃烧的离子和离子团作用的结果.
In this paper, the effects of magnetic induction intensity on the height, temperature and stable flow range of the micro-scale diffusion flame of liquid ethanol were experimentally investigated. The results show that, in a fixed magnetic field, the flame height decreases, while the flame temperature increases and the stable flow range expands. All these phenomena are due to the effect of fixed magnetic field on the ions and ion clusters in incomplete combustion.