Experimental study of high-temperature chlorine-induced corrosion in dependence of gas velocity

Keyphrases

• High Temperature 100%
• Corrosion 100%
• Gas Velocity 100%
• Chlorine Corrosion 100%
• Flue Gas Velocity 33%
• Numerical Simulation 16%
• Airflow 16%
• Experimental Simulation 16%
• Deposition Behavior 16%
• Oxide Layer Thickness 16%
• Exposure Time 16%
• Plant Availability 16%
• Current Research Status 16%
• Electrical Efficiency 16%
• Air-cooled 16%
• Velocity-dependent 16%
• Electrically Heated 16%
• Combustion Conditions 16%
• Corrosion Behavior 16%
• Corrosion Rate 16%
• Heat Transfer Surface 16%
• Corrosion Probe 16%
• Conventional Plants 16%
• ANSYS Simulation 16%
• Reaction Tubes 16%
• Deposition Mechanism 16%
• Corrosion Test 16%
• Biomass-fired Boiler 16%
• Availability Efficiency 16%
• Condensation Mechanism 16%

Engineering

• Induced Corrosion 100%
• Gas Velocity 100%
• Flue Gas 33%
• Oxide Layer 16%
• Layer Thickness 16%
• Probe Surface 16%
• Exposure Time 16%
• Test Rig 16%
• Electrical Efficiency 16%
• Deposition Behavior 16%
• Deposition Mechanism 16%
• Heat Transfer Surface 16%
• Corrosion Behavior 16%
• Corrosion Rate 16%
• Conventional Plant 16%
• Fired Boiler 16%
• Air Flow 16%
• Condensation 16%