Mo₅Si₃ single crystals: Physical properties and mechanical behavior

Engineering & Materials Science

• Single crystals 100%
• Physical properties 77%
• Silicides 59%
• Anisotropy 45%
• Thermal expansion 44%
• Grain boundaries 43%
• Crystal growth from melt 37%
• Elastic moduli 36%
• Transition metals 31%
• Polycrystals 30%
• Temperature 26%
• Microscopic examination 23%
• Indentation 23%
• Melting point 22%
• Tensile stress 21%
• Thermodynamic properties 20%
• Fracture toughness 19%
• Hardness 17%
• Cooling 15%

Physics & Astronomy

• physical properties 67%
• single crystals 53%
• silicides 45%
• thermal expansion 37%
• grain boundaries 32%
• disilicides 29%
• elastic anisotropy 27%
• Czochralski method 26%
• polycrystals 23%
• tensile stress 22%
• fracture strength 21%
• indentation 21%
• floating 21%
• melting points 20%
• purity 18%
• transition metals 18%
• thermodynamic properties 17%
• modulus of elasticity 17%
• hardness 16%
• elastic properties 16%
• microscopy 15%
• shear 14%
• cooling 14%
• anisotropy 13%
• room temperature 12%
• temperature 6%

Chemical Compounds

• Single Crystalline Solid 61%
• Thermal Expansion 46%
• Grain Boundary 44%
• Anisotropy 40%
• Czochralski Process 33%
• Material Processing 29%
• Shear Modulus 28%
• Fracture Toughness 24%
• Polycrystalline Solid 19%
• Cooling 19%
• Melting Point 17%
• Transition Element 15%
• Ambient Reaction Temperature 12%
• Purity 10%