Population correlation function P(t) has been used to examine the mechanism of breakage and coalescence of clusters at steady-state under shear, the results are in qualitative a greement with exPeriments. The research...Population correlation function P(t) has been used to examine the mechanism of breakage and coalescence of clusters at steady-state under shear, the results are in qualitative a greement with exPeriments. The research indicates that with a weak potential the mechanism of breakage and coalescence of clusters at steady-state under shear is predomnately controlled by the paticle-particle model, but that with a strong potential the mechanism shifts to that of clustercluster for large clusters; for small clusters, however, the mechanism of particle-particle model seems still to remain predondnate, further work needs to be done.展开更多
文摘Population correlation function P(t) has been used to examine the mechanism of breakage and coalescence of clusters at steady-state under shear, the results are in qualitative a greement with exPeriments. The research indicates that with a weak potential the mechanism of breakage and coalescence of clusters at steady-state under shear is predomnately controlled by the paticle-particle model, but that with a strong potential the mechanism shifts to that of clustercluster for large clusters; for small clusters, however, the mechanism of particle-particle model seems still to remain predondnate, further work needs to be done.
