Mechanical properties of nanostructured hard coating of ZrO₂

Engineering & Materials Science

• Hard coatings 100%
• Zirconia 85%
• Ion beam assisted deposition 64%
• Elastic moduli 60%
• Coatings 53%
• Electronic structure 53%
• Phase stability 51%
• Ion beams 51%
• Vacancies 48%
• Elastic constants 48%
• Mechanical properties 46%
• Optical properties 44%
• Physical vapor deposition 44%
• Nanostructures 44%
• Argon 40%
• Surface tension 38%
• Crystalline materials 37%
• Wetting 36%
• Nanoparticles 35%
• Relaxation 33%
• Ions 33%
• Adhesion 33%
• Vacuum 31%
• Surface roughness 29%
• Oxygen 29%
• Hardness 28%
• Substrates 25%
• Gases 20%

Physics & Astronomy

• zirconium oxides 73%
• bulk modulus 73%
• ion beams 56%
• coatings 48%
• mechanical properties 48%
• high vacuum 39%
• wettability 38%
• bombardment 33%
• interfacial tension 32%
• adhesion 30%
• roughness 29%
• hardness 28%
• argon 28%
• vapor deposition 27%
• elastic properties 27%
• electronic structure 27%
• grain size 27%
• nanoparticles 24%
• optical properties 23%
• oxygen 21%
• gases 18%
• ions 16%

Chemical Compounds

• Cubic Space Group 59%
• Coating Agent 43%
• Bulk Modulus 38%
• Monoclinic Space Group 32%
• Ion Beam 31%
• Tetragonal Space Group 25%
• Elasticity Constant 19%
• Physical Vapour Deposition 18%
• Phase Stability 17%
• Deposition Process 15%
• Purity 14%
• Grain Size 13%
• Vacuum 11%
• Electronic State 10%
• Optical Property 10%
• Nanomaterial 9%
• Environment 8%
• Gas 7%
• Nanoparticle 7%
• Dioxygen 7%
• Liquid Film 6%
• Ion 5%
• Surface 4%