Ultrasonic observations of elasticity changes across phase transformations in MgSiO₃ pyroxenes

Physics & Astronomy

• anvils 15%
• attenuation 21%
• elastic properties 51%
• interferometry 11%
• low pressure 22%
• P waves 32%
• phase transformations 60%
• pyroxenes 100%
• radiation 7%
• room temperature 15%
• S waves 41%
• shear 9%
• softening 13%
• synchrotrons 11%
• ultrasonics 51%

Chemical Compounds

• Ambient Reaction Temperature 25%
• Interferometry 30%
• Metastable Phase 29%
• P-Wave Velocity 48%
• Pressure 26%
• S-Wave Velocity 51%
• Shear 20%
• Wave 63%

Engineering & Materials Science

• Elasticity 63%
• Interferometry 9%
• Metastable phases 12%
• Phase transitions 70%
• Radiation 5%
• Synchrotrons 10%
• Temperature 6%
• Ultrasonics 58%