Advancement of the artificial amorphous-crystalline structure of laser cladded FeCrMoCB on nickel-free stainless-steel for bone-implants

Engineering & Materials Science

• Crystalline materials 79%
• Bone 74%
• Metallic glass 71%
• Nickel 70%
• Stainless steel 66%
• Lasers 57%
• Body fluids 50%
• Biomaterials 31%
• Composite materials 22%
• Electrochemical corrosion 17%
• Nanoindentation 15%
• Assays 14%
• Electron energy levels 14%
• Corrosion rate 13%
• X ray diffraction 12%
• Electron microscopes 12%
• Wear resistance 11%
• Corrosion resistance 11%
• Characterization (materials science) 11%
• Elastic moduli 10%
• Powders 10%
• Hardness 10%
• Scanning 9%
• Wear of materials 9%
• Substrates 8%
• Microstructure 8%

Physics & Astronomy

• body fluids 77%
• metallic glasses 77%
• bones 74%
• stainless steels 67%
• nickel 61%
• composite materials 34%
• lasers 33%
• electrochemical corrosion 27%
• corrosion tests 26%
• cultured cells 22%
• wear resistance 20%
• corrosion resistance 19%
• nanoindentation 19%
• corrosion 17%
• energy levels 15%
• modulus of elasticity 15%
• electron microscopes 15%
• hardness 14%
• scanning 11%
• augmentation 11%
• microstructure 11%
• characterization 10%
• diffraction 10%
• x rays 8%
• energy 5%

Chemical Compounds

• Metallic Glass 100%
• Amorphous Material 39%
• Biomaterial 32%
• Composite Material 28%
• Wear Rate 23%
• Young's Modulus 20%
• Implant 18%
• Energy 18%
• Wear 17%
• Corrosion Resistance 16%
• Corrosion 13%
• Alloy 13%
• Microstructure 12%
• Resistance 12%
• Electron Particle 10%
• X-Ray Diffraction 9%
• Time 6%