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炉渣成份与粘度的影响炉渣的粘度,在很大的程度上决定于离子的大小。离子越大或者阴离子的浓度越大,则在同一温度下,炉渣的粘度也越高。因此,决定炉渣粘度以及粘度随成份而改变的主要因素,应该是质点间的相互作用能量,以及质点和离子浓度之间的关系。质点间的相互作用能量,主要是与它的半径及荷电有关,例如硅离子和铝离子具有较小的半径和较大的荷电,因此它们便有可能和氧离子或其他离子形成较复杂的复合物,结果含有这些成份较多的炉渣,便具有较高的粘度。大体上说,炉渣的粘度决定于复合离子的大小和
The influence of slag composition and viscosity The viscosity of slag depends to a large extent on the size of the ions. The larger the ion or the greater the anion concentration, the higher the viscosity of the slag at the same temperature. Therefore, the main factor that determines the viscosity and viscosity of the slag as a function of composition should be the energy of the interaction between the particles and the relationship between particle and ion concentration. The energy of interaction between particles is mainly related to its radius and charge. For example, silicon ions and aluminum ions have smaller radii and larger charges, so they may be complicated to form with oxygen ions or other ions Of the composite, the result contains more of these slag, they have a higher viscosity. In general, the viscosity of the slag depends on the size of the complex ions