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Slow and fast diffusion in a lead sulphate gravity separation process
Vincent Cregan, William Lee
School of Mathematics & Physics
Research output
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Article
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peer-review
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INIS
boundary layers
16%
concentration
33%
configuration
16%
crystals
16%
differential equations
16%
diffusion
50%
extraction
16%
gravitation
33%
growth
16%
industry
16%
lead sulfates
50%
nonlinear problems
16%
particle radii
16%
particles
100%
separation processes
16%
solutions
16%
time dependence
16%
Earth and Planetary Sciences
Boundary Layer
33%
By-Product
16%
Contrast
16%
Crystal
16%
Diffusion
50%
Extraction
16%
Far Field
16%
Glassware
16%
Gravity Separation
33%
Growth
16%
Industry
16%
Model
50%
Particle
100%
Radii
16%
Region
33%
Statics
16%
Physics
Contrast
16%
Crystals
16%
Diffusivity
50%
Far Fields
16%
Growth
16%
Lead
33%
Model
50%
Operators (Mathematics)
16%
Particle
100%
Region
33%
Engineering
Diffusion
50%
Extraction
16%
Mass Transfer
33%
Models
50%
Radius
16%
Spherical Particle
16%
System Temperature
16%