Tailoring ice-phobicity and weather durability of silicone–acrylic hybrid coatings for cold-climate wind-energy systems

Keyphrases

• Cold Climate 100%
• Wind Energy System 100%
• Icephobicity 100%
• Weathering Durability 100%
• Hybrid Coating 100%
• KH550 100%
• Cold Region 50%
• Atmospheric Icing 50%
• Ice Adhesion 50%
• Environmental Durability 50%
• Wind Energy Infrastructure 50%
• Fourier Transform Infrared Spectroscopy (FT-IR) 25%
• De-icing 25%
• Water Contact Angle 25%
• Curing Agent 25%
• Maintenance Cost 25%
• Icing 25%
• Wind Turbine Blade 25%
• Network Structure 25%
• Engineering Application 25%
• Push-off 25%
• Mechanical Stability 25%
• High Water 25%
• AA6061 25%
• Resin 25%
• Wettability 25%
• UV Exposure 25%
• Phenyl 25%
• Outdoor Application 25%
• Surface Characteristics 25%
• Siloxane 25%
• Acrylic 25%
• Curing System 25%
• Stable Performance 25%
• Cold Climate Condition 25%
• Adhesion Mechanism 25%
• Structured Surface 25%
• Contact Angle Hysteresis 25%
• Structural Loads 25%
• Cohesive Failure 25%
• Ice Mitigation 25%
• Adhesion Test 25%
• Coating Composition 25%
• Surface Profilometry 25%
• Aerodynamic Loss 25%
• Roughness Condition 25%
• Coating Performance 25%
• Ice Adhesion Strength 25%
• Low Contact Angle Hysteresis 25%
• Icephobic 25%
• Dynamic Ice 25%
• Low Wettability 25%
• Polyisocyanate 25%
• Scalable Solutions 25%
• Over 50 25%
• Durability/stability 25%
• Low Dynamic 25%
• Low Ice Adhesion 25%
• Resin Chemistry 25%
• Pendulum Hardness 25%
• Cold Regions Engineering 25%
• Coating Curing 25%
• Color Stability 25%
• Aminosilane 25%
• Cohesion Analysis 25%
• Ultraviolet Weathering 25%
• Delamination Defect 25%
• Severe Cold Climate 25%

Engineering

• Wind Power 100%
• Energy Systems 100%
• Durables 66%
• Contact Angle Hysteresis 66%
• Environmental Durability 66%
• Snow and Ice Removal 33%
• Water Contact Angle 33%
• Curing Agent 33%
• Aerodynamics 33%
• Delamination 33%
• Engineering Application 33%
• FTIR Spectroscopy 33%
• Mechanical Stability 33%
• Structure Surface 33%
• Outdoor Application 33%
• Centrifugal 33%
• Cohesive Failure 33%
• Coating Performance 33%
• Wind turbine blades 33%
• Aluminum 33%
• Arctic Engineering 33%

Material Science

• Wetting 100%
• Wettability 66%
• Fourier Transform Infrared Spectroscopy 33%
• Surface Property 33%
• Aluminum 33%
• Mechanical Stability 33%
• Delamination 33%
• Bond Strength (Materials) 33%
• Weathering 33%
• Resin Chemistry 33%