Degradation pathways of amine-cured epoxy novolac and bisphenol F resins under conditions of high pressures and high temperatures

Earth and Planetary Sciences

• Condition 100%
• Sea Water 60%
• Hydrocarbon 40%
• Amine 40%
• Pipeline 40%
• Pressure Reduction 40%
• Region 40%
• Gas 40%
• Durability 20%
• Resin 20%
• Corrosion 20%
• Degradability 20%
• Shutdown 20%
• Defect 20%
• Petroleum Industry 20%
• Epoxy Resin 20%
• Crack Initiation 20%
• Literature 20%
• Investigation 20%
• Utilization 20%
• High Temperature 20%
• Rapid 20%
• Network 20%
• Industry 20%
• Show 20%
• Liquid 20%
• Failure 20%
• Mixture 20%
• Emergency 20%
• Fossil Fuel 20%

Engineering

• Coating 60%
• Energy Demand 40%
• Degradation Pathway 40%
• High Pressure and High Temperature 40%
• Lower Limit 20%
• Corrosion 20%
• Shutdown 20%
• Gas-Phase 20%
• Ambient Condition 20%
• Process Equipment 20%
• High Pressure Conditions 20%
• Coating System 20%
• Decompression 20%
• Depressurization 20%
• Applications 20%
• Failure (Mechanical) 20%
• Networks 20%
• Fields 20%
• Performance 20%
• Mechanisms 20%
• Defects 20%
• Wells 20%
• Mixture 20%
• Fluid 20%
• Crack Growth 20%

Chemistry

• Coating Agent 60%
• Hydrocarbon 40%
• Pipeline 40%
• Gas 40%
• Amine 40%
• Bisphenol F 40%
• Corrosion 20%
• Fossil Fuel 20%
• Resin 20%
• Petroleum Industry 20%
• Liquid 20%
• Epoxy Resin 20%
• Crack Initiation 20%
• Material Degradation Process 20%
• Application 20%
• Carbon Dioxide 20%
• Degradation 20%
• Industry 20%
• Mixture 20%