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Dive into the research topics of 'Performance of superheater maerials in simulated oxyfuel combustion conditions'. Together they form a unique fingerprint.
Engineering & Materials Science
Superheaters
Deposits
Corrosion
Flue gases
Impurities
Metals
Boilers
Oxides
Air
Calcium carbonate
Gases
Sulfates
Water vapor
Calcium
Chromium
Testing
Recycling
Sulfur
Carbon dioxide
Corrosion resistance
Ductility
Creep
Oxygen
Carbon
Substrates
Fatigue of materials
Steel
Chemical Compounds
Superheaters
Corrosion
Metals
Oxides
Corrosion rate
sulfur monochloride
Flue gases
Impurities
Boilers
Gases
Air
Calcium Sulfate
Steam
Chromium
Steel
Carbon Dioxide
Testing
Carbon
Recycling
Corrosion resistance
Ductility
Creep
Oxygen
Substrates
Fatigue of materials
Earth & Environmental Sciences
corrosion
combustion
combustion gas
firing
flue gas
boiler
exposure
air
metal
metal oxide
ductility
fatigue
calcium carbonate
creep
chromium
water vapor
carbon dioxide
recycling
chloride
calcium
sulfur
oxide
steel
sulfate
substrate
rate
oxygen
atmosphere
carbon