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Force measurements between weakly attractive polystyrene particles
Prasanna K. Thwar,
Darrell Velegol
Chemical Engineering
Materials Research Institute (MRI)
Research output
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Contribution to journal
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Article
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peer-review
16
Scopus citations
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Engineering & Materials Science
Potassium chloride
100%
Force measurement
88%
Polystyrenes
84%
Silica nanoparticles
44%
Polyelectrolytes
22%
Surface charge
21%
Electrophoresis
19%
Latexes
18%
Surface active agents
16%
Sodium
15%
Electrolytes
14%
Agglomeration
12%
Experiments
5%
Medicine & Life Sciences
Polystyrenes
91%
Silicon Dioxide
42%
Nanoparticles
32%
polystyrene sulfonic acid
31%
styrofoam
29%
Polyelectrolytes
26%
Surface-Active Agents
19%
Microspheres
18%
Electrolytes
18%
Electrophoresis
17%
Suspensions
16%
Chemical Compounds
Attractive Force
96%
Force
49%
Nanoparticle
36%
Sulfonate
34%
Electrophoresis
33%
Suspension
28%
Surfactant
24%
Sodium Atom
23%
Surface
11%
Physics & Astronomy
polystyrene
65%
silicon dioxide
28%
nanoparticles
24%
sulfonates
23%
electrophoresis
21%
latex
21%
nonuniformity
18%
surfactants
17%
sodium
16%
electrolytes
15%
predictions
9%