The ferrous oxide and carbon make slag foaming, and zinc and lead enter the secondary dust after reduction.
压块加入后，压块中的铁和碳通过反应参与了泡沫渣的生成； 压块中的锌和铅被快速还原，进入二次粉尘。
The influence of the physical properties, chemical compositions and temperature of slag and the gas source on the slag foaming is summarized.
总结了炉渣物理性质、化学成分、温度和气源等对炉渣泡沫化的影响。
The experimental results show that this method is feasible on principle, and has directive meaning for realization of on-line measurement of the height of foaming slag on site.
在实验室进行了模拟检测实验结果表明，该检测方法在原理上是可行的，对于在现场实现熔渣泡沫高度的在线检测具有指导意义。
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