Souders Brown k factor vs particle size?
Souders Brown k factor vs particle size?
(OP)
Does anyone have info relating the Souders Brown k factor to the particle size? For example, if we use the commonly accepted k of 0.35 - what size of particle does this relate to?
We often use higher K's in some services - does this mean we can accept larger particles or more particles being carried over? Is there a particle distribution that has a cutoff for a certain k factor?
We often use higher K's in some services - does this mean we can accept larger particles or more particles being carried over? Is there a particle distribution that has a cutoff for a certain k factor?





RE: Souders Brown k factor vs particle size?
Since there is no one would like to comment, I think the k (stoke 's law terminal velocity constant)'s relation with diameter (d)
is k = 13310 * d^2 (d is particle size express in inches).
Thank you.
RE: Souders Brown k factor vs particle size?
Could you please mention your source?
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