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shafar8717Lv1
14 Oct 2021
The rate at which particles of size d1 and d2 contact each other by the jth transport mechanism is given by the following equation: ; where is the collision frequency function for the jth transport mechanism (i.e., peri kinetic, orthokinetic, or differential settling). Plot log as a function of log for d1=1 um, T= 298 oK, , and a velocity gradient of 10/sec. What are your conclusions based on this graph?
(Calculate for d2=0.01, 0.1, 1, 10 and 100 um in order to construct the graph).
The rate at which particles of size d1 and d2 contact each other by the jth transport mechanism is given by the following equation: ; where is the collision frequency function for the jth transport mechanism (i.e., peri kinetic, orthokinetic, or differential settling). Plot log as a function of log for d1=1 um, T= 298 oK, , and a velocity gradient of 10/sec. What are your conclusions based on this graph?
(Calculate for d2=0.01, 0.1, 1, 10 and 100 um in order to construct the graph).
