Review of recent progress in the supersonic cold-spraying technique with solid particles and liquid suspensions

Keyphrases

• Solid Particles 100%
• Liquid-solid 100%
• Spray Application 100%
• Particle Suspension 100%
• Liquid Suspension 100%
• Supersonic Spraying 100%
• Supersonic Cold Spraying 100%
• Liquid Precursor 66%
• Energy Storage Devices 33%
• High Temperature 33%
• Device Application 33%
• Nanostructures 33%
• Strong Adhesion 33%
• Electrical Energy 33%
• Film Deposition 33%
• Specific Applications 33%
• Environmental Applications 33%
• Graphene Sheets 33%
• Sub-micrometer 33%
• Downstream Flow 33%
• Reliable Operation 33%
• Suspended Particles 33%
• Electrical Insulation 33%
• Heat Transfer Enhancement 33%
• Particle Deposition 33%
• Sheet Metal 33%
• Energy Applications 33%
• Intended Function 33%
• Metal-ceramic 33%
• Metal Nanowires 33%
• Thermal Insulation 33%
• Material Type 33%
• Energy Conversion Device 33%
• Multi-layered Nanostructures 33%
• Functional Film 33%
• Ceramic Sheet 33%
• Graphene-metal 33%
• Chamber Pressure 33%
• Supersonic Speed 33%
• De Laval Nozzle 33%
• Transparent Flexible Electronics 33%
• Pressurized Gas 33%
• Ceramic Nanowires 33%
• Micrometer-sized Droplet 33%
• Upstream Flow 33%

Engineering

• Nanomaterial 100%
• Solid Particle 100%
• Cold Spraying 100%
• Liquid Precursor 100%
• Thin Films 50%
• Energy Engineering 50%
• Strong Adhesion 50%
• Flexible Electronics 50%
• Graphene Sheet 50%
• Durables 50%
• Reliable Operation 50%
• Heat Transfer Enhancement 50%
• Electrical Energy 50%
• Energy Storage and Conversion 50%
• Cermet 50%
• Chamber Pressure 50%
• Supersonic Speed 50%
• Pressurized Gas 50%
• Electrical Insulation 50%
• Nanowire 50%

Material Science

• Nanostructure 100%
• Thin Films 50%
• Film 50%
• Nanowire 50%
• Cermet 50%
• Graphene 50%
• Film Deposition 50%
• Deposition of Particle 50%