At any chosen pressure, the proportion of liquid clusters to solid clusters increases with temperature.
If the temperature is raised further, the proportion of liquid clusters increases, passing through 50 percent, so that the mixture becomes predominantly liquid clusters.
It was found that the size of the clusters increases with the concentration of collector used.
As more and more edges are removed from the MKNN graph, the number of clusters increases.
As the number of clusters increases, the throughput of C i improves with increase in.
Thus the computational effort per cluster decreases when the number of clusters increases.
Survival time begins to decline when the number of clusters increases to 75.
Note that a tighter bound is obtained as the distance between these clusters increases.
If the clusters are highly overlapping, the average number of clusters increases.
With increasing average pore diameter, the size of these clusters increases.
The number of clusters increases with decreasing DAV reaching a maximum.
