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Disruption of polystyrene latex aggregates in capillary flow
S. Tang
*
, C. M. McFarlane,
Z. Zhang
*
Corresponding author for this work
Chemical Engineering
Research output
:
Contribution to journal
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Article
›
peer-review
3
Citations (Scopus)
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Engineering & Materials Science
Capillary flow
100%
Latexes
82%
Polystyrenes
75%
Colloids
70%
Agglomeration
47%
Shearing
11%
Shear deformation
10%
Citric acid
8%
Heavy water
8%
Capillary tubes
7%
Sedimentation
7%
Fractal dimension
6%
Phosphates
6%
Water
5%
Fractals
5%
Turbulent flow
5%
Electrolytes
5%
Scattering
5%
Lasers
4%
Sampling
3%
Physics & Astronomy
capillary flow
91%
latex
74%
polystyrene
58%
colloids
48%
shearing
11%
fractals
10%
citric acid
7%
shear
7%
capillary tubes
7%
heavy water
6%
water
6%
phosphates
5%
elimination
5%
turbulent flow
5%
buffers
4%
sampling
4%
electrolytes
4%
scattering
2%
lasers
2%
Chemistry
Colloid
61%
Flow
42%
Shear
13%
Capillary Tube
9%
Sedimentation
7%
Citric Acid
6%
Deuterium(.)
6%
pH Value
6%
Sampling
6%
Dimension
5%
Phosphate
4%
Buffer Solution
4%
Oxide
3%
Solvent
3%
Reduction
3%
Mixture
3%