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Charge screening effects on filament dynamics in xanthan gum solutions
Linda B. Smolka,
Andrew Belmonte
Mathematics
Center for Mathematical Biology
Center for Cellular Dynamics
Huck Institutes of the Life Sciences
Materials Science and Engineering
Research output
:
Contribution to journal
›
Article
›
peer-review
29
Scopus citations
Overview
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Weight
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Mathematics
Filament
83%
Screening
70%
Charge
64%
Water
63%
Polyelectrolytes
53%
Potassium
48%
Salt
44%
Gravity
34%
Polymers
32%
Observation
20%
Physics & Astronomy
glycerols
73%
screening
55%
filaments
54%
potassium chlorides
45%
water
36%
molecular structure
33%
falling
32%
beads
31%
salts
28%
gravitation
23%
air
19%
polymers
18%
Engineering & Materials Science
Xanthan gum
100%
Potassium chloride
86%
Screening
59%
Glycerol
52%
Polyelectrolytes
32%
Molecular structure
27%
Water
23%
Salts
19%
Gravitation
18%
Polymers
15%
Air
11%
Chemical Compounds
Filament
63%
Drop
36%
Glycerol
36%
Polyelectrolyte Polymer
35%
Length
25%
Potassium Chloride
24%
Gravity
24%
Molecular Structure
14%
Solvent
9%