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A Thermodynamic Analysis on the Effect of Salinity on Interlayer Space of Na-Montmorillonite
Haruo Sato
Graduate School of Natural Science and Technology
Faculty of Engineering
Academic Field of Natural Science and Technology
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Dive into the research topics of 'A Thermodynamic Analysis on the Effect of Salinity on Interlayer Space of Na-Montmorillonite'. Together they form a unique fingerprint.
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Physics & Astronomy
salinity
98%
montmorillonite
95%
interlayers
67%
thermodynamics
49%
bentonite
26%
water
26%
Gibbs free energy
21%
spacing
14%
radioactive wastes
10%
clays
10%
moisture content
9%
chemical properties
9%
minerals
9%
Engineering & Materials Science
Clay minerals
100%
Thermodynamics
63%
Gibbs free energy
25%
Water
25%
Bentonite
24%
Sodium chloride
19%
Radioactive wastes
11%
Chemical properties
10%
Chemical Compounds
Salinity
85%
Montmorillonite
26%
Radioactive Waste Repository
15%
Thermodynamics
11%
Clay Mineral
10%
Physico-Chemical Property
9%