Mechanism of porosity formation in transfer films in electromagnetic launchers

Keyphrases

• Air Entrainment 40%
• Aluminum Film 20%
• Armature 60%
• Atmospheric Water Vapor 20%
• Bismuth 40%
• Bismuth Alloys 20%
• Comparable Worth 20%
• Contact Line Velocity 20%
• Electrical Contact Resistance 20%
• Electrical Resistance 20%
• Electromagnetic Launch 20%
• Electromagnetic Launcher 100%
• Forced Wetting 20%
• Friction 20%
• Liquid Aluminum 40%
• Liquid Bismuth 20%
• Liquid Metal 20%
• Liquid Metal Film 20%
• Pore-forming Mechanism 20%
• Porosity 60%
• Porosity Formation 100%
• Rail Surface 20%
• Resistive Heating 20%
• Spherical Pore 20%
• Surface Properties 20%
• Surface Tension 20%
• Surface Viscosity 20%
• Three-phase Contact Line 20%
• Transfer Film 100%
• Water Vapor 20%
• Wetting Velocity 20%

Material Science

• Aluminum 60%
• Bismuth 60%
• Bismuth Alloy 20%
• Electrical Resistance 40%
• Film 40%
• Liquid Metal 40%
• Metal Film 20%
• Silver 40%
• Surface (Surface Science) 20%
• Surface Property 20%
• Surface Tension 20%
• Transfer Film 100%
• Water Vapor 40%

Engineering

• Air Entrainment 50%
• Aluminum Film 25%
• Contact Line 25%
• Electrical Contact 25%
• Fluid Viscosity 25%
• Liquid Metal 50%
• Main Source 25%
• Melting Point 25%
• Porosity 100%
• Produce Hydrogen 25%
• Resistive 25%