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IDENTIFICATION OF TRANSITIONS IN AQUEOUS EROSION-CORROSION KINETICS USING ELECTROCHEMICAL TECHNIQUES, SERC(EPSRC), £109, 050.
Stack, Margaret
(Principal Investigator)
Newman, Roger
(Co-investigator)
Mechanical And Aerospace Engineering
University of Toronto, Canada
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Research output
(4)
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Explore the research topics touched on by this project. These labels are generated based on the underlying awards/grants. Together they form a unique fingerprint.
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Engineering & Materials Science
Erosion
100%
Corrosion
69%
Carbonates
57%
Carbon steel
47%
Slurries
30%
Dissolution
29%
Electrodes
22%
Mass transfer
16%
Alumina
10%
Oxygen reduction reaction
10%
Corrosion rate
9%
Sodium Carbonate
8%
Turbulent flow
6%
Deposits
6%
Temperature
6%
Hydrodynamics
5%
Physics & Astronomy
erosion
74%
corrosion
67%
slurries
33%
carbonates
28%
steels
18%
exponents
6%
Chemical Compounds
Corrosion
36%
Velocity
31%
Environment
22%
Carbonate
19%
Buffer Solution
16%
Behavior as Electrode
15%
Mass Transfer
15%
Cylinder
13%
Corrosion Kinetics
9%
Dissolution
7%
Electrochemical Cell Potential
7%
Surface
6%
Hydrodynamics
5%