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根据Moley的界面守恒原理而推导出的19条矿石单体解离定理,解决了二相系统单体解离过程中的含量分布问题。由于是以球形粒子来考虑的,因而对于实际发生的破碎颗粒必须考虑其非规则形状的影响。对多种几何体(旋转椭圆体、旋转双锥和简体)和非规则多面体在空气间的排布状况(几何尺寸、旋转轴或长轴的取向)进行研究后,导出了一个与球形粒子相当的所谓“等效粒径”,即归结为选取粒子形状校正系数的问题。为方便起见,可制成校正系数表待查,
According to Moley’s principle of conservation of interface, 19 orebody dissociation theorems are deduced to solve the problem of content distribution during the dissociation of two-phase system monomers. Because of the spherical particles to consider, and therefore for the actual occurrence of broken particles must consider the impact of its irregular shape. After studying the air-to-air distribution (geometry, rotation axis or long axis orientation) of various geometries (spheroid, biconical cone and simplified) and irregular polyhedron, a spherical particle-equivalent The so-called “equivalent particle size”, that is, the problem of selecting the particle shape correction factor. For convenience, the calibration coefficient table can be made to be examined,