Study of the 3C-SiC surface crystalline orientation effect on the wettability of molten aluminium droplets by molecular dynamics simulation

Keyphrases

• 3C-silicon Carbide 100%
• Al Droplet 25%
• Aluminum Droplet 100%
• Aluminum Matrix Composites 25%
• Aluminum Silicon Carbide 100%
• Amount of Heat 25%
• Contact Angle 25%
• Crystal Orientation 100%
• Crystal Plane 25%
• Cz Silicon 50%
• Density Distribution 25%
• Energy Fluctuation 25%
• Equipment Failure 25%
• Gallium Nitride 25%
• Heat Transfer Performance 50%
• High Power Density 25%
• High Temperature Operation 25%
• Hydrophobicity 25%
• Interface Energy 25%
• Molecular Dynamics Simulation 100%
• Molten Aluminum 100%
• Orientation Effect 100%
• Physical Quantity 25%
• Reinforced 25%
• Relatively Dense 25%
• Reliable Operation 25%
• Self-diffusion Coefficient 25%
• Semiconductor Devices 25%
• Semiconductors 25%
• Silicon Carbide 75%
• Silicon Carbide Ceramics 25%
• Silicon Carbide Composite 25%
• Silicon Carbide Surfaces 100%
• Spindle 25%
• Thermal Management Materials 25%
• Thermal Runaway 25%
• Two-crystal 25%
• Wettability 100%
• Wetting Behavior 25%
• Wetting Characteristics 25%
• Wetting State 25%
• Wide Bandgap 50%

Physics

• Broadband 22%
• Crystal 22%
• Density Distribution 11%
• Diffusion 11%
• Hydrophobicity 11%
• Molecular Dynamics 100%
• Nitride 11%
• Operating Temperature 11%
• Self-Diffusion 11%
• Semiconductor Device 11%
• Silicon Carbide 100%
• Wettability 100%
• Wetting 11%

Material Science

• Aluminum 100%
• Crystal Orientation 10%
• Density 20%
• Diffusivity 10%
• Gallium Nitride 10%
• Hydrophobicity 10%
• Matrix Composite 10%
• Self-Diffusion 10%
• Semiconductor Device 10%
• Silicon Carbide 100%
• Thermal Management 10%
• Wettability 100%
• Wetting 10%
• Wide Band Gap Semiconductor 20%