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在行星磨机中,滚动介质产生的力通过离心作用转移到被磨物料上。结果,在发生破碎的空间内产生很高的能量通量,使破碎具有非常合适的时空比。而且,集中引入能量会使被磨物料晶格紊乱,甚至会发生机械化学现象。这种磨矿产生的物料通常比采用传统磨矿工艺生产的物料更适于进一步处理。以石灰石在小型行星磨机中的超细磨矿为例,可以看到,所得到的石灰石粉比传统的磨矿产品更具活性,因此,当用这种石灰石粉吸收烟气中的SO_2时,得到了更好的脱硫效果。
In a planetary mill, the force generated by the rolling media is transferred to the material being milled by centrifugation. As a result, a very high energy flux is generated in the space where the crushing occurs, so that crushing has a very suitable space-time ratio. Moreover, the concentrated introduction of energy will be disrupted materials lattice disorder, and even mechanochemical phenomenon. The materials produced by this grinding are usually more suitable for further processing than those produced using conventional grinding processes. Taking ultrafine grinding of limestone in a small planetary mill as an example, it can be seen that the resulting limestone powder is more active than conventional grinding products, and therefore when such limestone powder is used to absorb SO 2 in the flue gas , Get a better desulfurization effect.