INIS
applications
100%
corrosion
100%
high temperature
100%
tubes
100%
boilers
83%
corrosion resistance
50%
performance
33%
thickness
33%
cost
33%
carbon
33%
biomass
33%
increasing
33%
alloys
33%
combustion
33%
creep
33%
shells
33%
durability
16%
layers
16%
solutions
16%
surfaces
16%
environment
16%
coatings
16%
microstructure
16%
losses
16%
oxidation
16%
flue gas
16%
coal
16%
loading
16%
chemical composition
16%
manufacturing
16%
laboratories
16%
straw
16%
outages
16%
welds
16%
steels
16%
defects
16%
lifetime
16%
ashes
16%
austenitic steels
16%
austenite
16%
structural materials
16%
thermal efficiency
16%
Keyphrases
High Temperature Corrosion
100%
High Temperature Applications
100%
Gradient Tubes
100%
Boiler
80%
Corrosion Resistance
40%
Fireside Corrosion
40%
Flue Gas
20%
Chemical Composition
20%
Combustion
20%
Corrosion Rate
20%
Carbon Neutrality
20%
Straw
20%
Outage
20%
Low Carbon
20%
Structural Materials
20%
Manufacturing Technology
20%
Oxidation Resistance
20%
Austenitic
20%
Thermal Efficiency
20%
Boiler Tube
20%
Low Alloy
20%
High Mechanical Strength
20%
Effective Bulk Composition
20%
Candidate Alloys
20%
Surface Defects
20%
Research Fund
20%
Hot Corrosion Resistance
20%
On-site Testing
20%
Combustion Environment
20%
Laboratory Scale Test
20%
Overlay Welding
20%
Microstructural State
20%
Creep Loading
20%
Austenite Layer
20%
Thickness Gradient
20%
Elevated Condition
20%
Gradient Materials
20%
Semi-products
20%
Cost-effective Manufacturing
20%
Gas Ash
20%
Creep-resistant
20%
Flue Gasses
20%
Engineering
Boiler
100%
High Temperature Applications
100%
Corrosion Resistance
60%
Creep
40%
Corrosion Rate
20%
Outages
20%
Great Influence
20%
Good Performance
20%
Scale Test
20%
Welds
20%
Structural Materials
20%
Manufacturing Engineering
20%
Austenite
20%
Site Test
20%
Oxidation Resistance
20%
Surface Defect
20%
Flue Gas
20%
Thermodynamic Efficiency
20%