New method for deriving accurate thermodynamic properties from speed-of-sound

Engineering & Materials Science

• Acoustic wave velocity 100%
• Thermodynamic properties 66%
• Boundary conditions 36%
• Ethane 30%
• Temperature 28%
• Equations of state 27%
• Argon 27%
• Partial differential equations 23%
• Numerical methods 21%
• Fluids 15%
• Uncertainty 15%

Chemistry

• Velocity of Sound 89%
• Critical Temperature 84%
• Thermodynamic Property 63%
• Critical Density 39%
• Equation of State 27%
• Ethane 21%
• Error 18%
• Gas 12%
• Time 8%

Physics & Astronomy

• thermodynamic properties 58%
• acoustics 41%
• critical temperature 31%
• boundary conditions 25%
• ethane 21%
• numerical integration 18%
• partial differential equations 17%
• equations of state 14%
• argon 13%
• fluids 10%
• temperature 5%