Formation of hard metal borides via novel molten salt electrolysis

Keyphrases

• Borides 100%
• Hardmetal 100%
• Molten Salt Electrolysis 100%
• Metal Borides 100%
• TiB2 25%
• Fe2B 12%
• Cathodic Reduction 12%
• Reduction-diffusion 12%
• Thermal Diffusion 12%
• Ti-6A1-4V 12%
• High Growth Rate 12%
• Ni2B 12%
• Inconel 600 12%
• Nitinol 12%
• X-ray Diffraction Method 6%
• Boride Phase 6%
• Boride Layer Thickness 6%
• Boride Layer 6%
• Adhesion 6%
• Current Density 6%
• Rutile 6%
• Industrial Application 6%
• Eco-friendly 6%
• Hardness Test 6%
• Alloy Steel 6%
• Change Process 6%
• TiB Whiskers 6%
• Current Temperature 6%
• AISI 4140 6%
• Different Bases 6%
• Inconel 6%
• Hardness Improvement 6%
• Conductive Substrate 6%
• AISI 1018 6%
• Phase Homogenization 6%

Engineering

• Boriding 100%
• Molten Salt Electrolysis 100%
• Process Parameter 22%
• Thermal Diffusion 22%
• High Growth Rate 22%
• Layer Thickness 11%
• Conductive 11%
• Sectional Hardness 11%
• Industrial Applications 11%
• Main Benefit 11%
• Ray Diffraction Technique 11%
• Alloyed Steel 11%
• Base Material 11%

Material Science

• Boride 100%
• Inconel 33%
• Thermal Diffusion 22%
• Nitinol 60 22%
• X-Ray Diffraction 11%
• Scanning Electron Microscopy 11%
• Density 11%
• Titanium 11%
• Indentation Hardness Testing 11%
• Diffraction Measurement 11%
• Homogenization 11%