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Hydraulic properties of porous media saturated with nanoparticle-stabilized air-water foam
Xianglei Zheng, Jaewon Jang
Sustainable Engineering and the Built Environment, School of (IAFSE-SEBE)
Research output
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Contribution to journal
›
Article
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peer-review
23
Scopus citations
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Engineering & Materials Science
Nanoparticles
91%
Porous materials
90%
Foams
88%
Hydraulics
70%
Air
50%
Water
50%
Hydraulic conductivity
26%
Sand
23%
Viscosity
16%
Ostwald ripening
11%
Soils
10%
Remediation
8%
Groundwater
7%
Coalescence
7%
Microfluidics
6%
Microscopes
6%
Fluids
4%
Gases
3%
Earth & Environmental Sciences
hydraulic property
100%
foam
91%
nanoparticle
85%
porous medium
78%
air
50%
water
28%
hydraulic conductivity
18%
bubble
17%
sand
16%
viscosity
15%
ripening
8%
soil remediation
8%
coalescence
6%
contaminated soil
6%
groundwater
3%
fluid
3%
gas
3%
Social Sciences
air
73%
water
72%
Contaminated soil
23%
time
9%