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Surface tension alteration on calcite, induced by ion substitution
Hiroshi Sakuma
*
, Martin Peter Andersson, Klaus Bechgaard, Susan Louise Svane Stipp
*
Corresponding author for this work
Department of Chemistry
50
Citations (Scopus)
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Engineering & Materials Science
Calcite
100%
Surface tension
72%
Substitution reactions
68%
Ions
63%
Water
37%
Contact angle
30%
Molecules
26%
Density functional theory
20%
Organic compounds
19%
Oils
17%
Control surfaces
16%
Carbonates
15%
Wetting
13%
Minerals
13%
Adsorption
13%
Thermodynamic properties
12%
Adhesion
12%
Recovery
9%
Industry
6%
Physics & Astronomy
calcite
88%
interfacial tension
61%
substitutes
54%
water
39%
ions
32%
oil recovery
20%
control surfaces
19%
organic compounds
16%
carbonates
15%
affinity
15%
wettability
14%
molecules
14%
minerals
13%
aqueous solutions
12%
oils
12%
adhesion
11%
industries
11%
thermodynamic properties
11%
density functional theory
10%
adsorption
10%
porosity
10%
interactions
5%
energy
4%
Chemical Compounds
Calcite
78%
Substitution Reaction
43%
Organic Molecule
31%
Ion
27%
Surface
21%
Hydrophilic Surface
20%
Hydrophobic Surface
18%
Ion Pair
15%
Thermodynamic Property
15%
Mineral
13%
Carbonate
13%
Industry
12%
Pore
11%
Density Functional Theory
10%
Aqueous Solution
8%
Adsorption
8%
Energy
8%