Flotation rate constant is a fictional figure. Its purpose is only to demonstrate the existence of some scientific results of routine experiments, in the absence of actual scientific findings, a real scientific novelty.
It is time to stop this not a useful tradition.
Only people who are late for modern science, they measure and compare "flotation rate constants" today.
To date, there are: universal equation of flotation kinetics and also formula for the direct calculation of the flotation velocity (rate) of PhD Igor Bobin (2007).
These mathematical tools allow you to describe adequately the kinetics and dynamics of the flotation process. Thus you can see and use directly the current value of the flotation velocity at each time point.
To
date, there are: universal equation of flotation kinetics and also
formula for the direct calculation of the flotation velocity (rate).
These mathematical tools allow you to describe adequately the kinetics
and dynamics of the flotation process. Thus you can see and use directly
the current value of the flotation velocity at each time point.
If we compare such modern mathematical tools of PhD Igor Bobin and "flotation rate constant" then it is possible to draw an analogy with two cars: one of which has precise speedometer with recording of speed values (direct mapping of speed at any given time); another car has only a ribbon tied on the top of antenna by which you can indirectly judge the speed ("speed constant"). What car is better for you?
Any comments are simply unnecessary.
Ph.D. Natalia Petrovskaya
It is time to stop this not a useful tradition.
Only people who are late for modern science, they measure and compare "flotation rate constants" today.
To date, there are: universal equation of flotation kinetics and also formula for the direct calculation of the flotation velocity (rate) of PhD Igor Bobin (2007).
These mathematical tools allow you to describe adequately the kinetics and dynamics of the flotation process. Thus you can see and use directly the current value of the flotation velocity at each time point.
If we compare such modern mathematical tools of PhD Igor Bobin and "flotation rate constant" then it is possible to draw an analogy with two cars: one of which has precise speedometer with recording of speed values (direct mapping of speed at any given time); another car has only a ribbon tied on the top of antenna by which you can indirectly judge the speed ("speed constant"). What car is better for you?
Any comments are simply unnecessary.
Ph.D. Natalia Petrovskaya
Tsvetichanin, D. Vučinić, P. Lazic, M. Kostović (University of Belgrade, Serbia) More
Vidyadhar Ari, A Das (CSIR, National Metallurgical Laboratory, India) wrote "Kinetics and efficacy of froth flotation for the recovery of metal values from pulverized printed circuit boards" More
A. A. Mazurik, E. A. Streltsova, V. V. Menchuk (Odessa National University, Ukraine)
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