Improvement of cutting performance for carbide tools via chlorine ion implantation

Engineering & Materials Science

• Ion implantation 100%
• Carbide tools 96%
• Chlorine 90%
• Wear of materials 53%
• Machining 44%
• Coatings 41%
• Cutting tools 38%
• Surface reactions 26%
• Friction 25%
• High speed steel 23%
• Tool steel 21%
• Lubricants 17%
• Lubrication 17%
• Adhesives 16%
• Oxides 15%
• Catalysts 15%
• Oils 11%

Chemical Compounds

• Ion Implantation 90%
• Machining 72%
• Wear 69%
• Chlorine 64%
• Cutting Tool 54%
• Friction Coefficient 40%
• Coating Agent 33%
• Surface Reaction 19%
• Force 12%
• Volume 10%
• Oxide 9%
• Liquid Film 8%
• Reduction 8%
• Catalyst 7%

Physics & Astronomy

• chlorine 78%
• carbides 71%
• ion implantation 67%
• performance 32%
• machining 25%
• coatings 16%
• coefficient of friction 16%
• self lubrication 14%
• high speed 12%
• lubricants 9%
• surface reactions 8%
• adhesives 8%
• catalysts 7%
• oils 7%
• implantation 7%
• steels 6%
• oxides 5%