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Possible air separations with superconducting membranes
Ryan D. Gordon, Edward L Cussler Jr
Chemical Engineering and Materials Science
Research output
:
Contribution to journal
›
Article
›
peer-review
8
Scopus citations
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Engineering & Materials Science
Membranes
100%
Air
65%
Superconductivity
45%
Surface diffusion
45%
Capillary flow
45%
Helium
33%
Condensation
29%
Nitrogen
27%
Oxygen
23%
Temperature
23%
Chemical Compounds
Pore
77%
Capillary Condensation
55%
Surface Diffusion
49%
Superconductivity
46%
Permeability
31%
Flow
25%
Diffusion
24%
Nitrogen
23%
Porosity
22%
Dioxygen
19%
Medicine & Life Sciences
Air
95%
Membranes
71%
Superconductivity
48%
Helium
40%
Nitrogen
29%
Permeability
25%
Temperature
21%
Oxygen
21%
Earth & Environmental Sciences
membrane
80%
air
64%
superconductivity
43%
helium
31%
turbulent flow
28%
condensation
27%
permeability
20%
oxygen
19%
nitrogen
17%
temperature
11%