Experimental thermodynamics properties

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SUMMARY

This discussion focuses on the calculation of thermodynamic properties using an equation of state, specifically addressing the challenge of distinguishing between ideal and non-ideal contributions. The user is attempting to validate their equation's thermodynamic properties against experimental data but is uncertain whether the data represents non-ideal or total contributions. The conversation emphasizes the importance of accurately identifying the ideal part of the equation to ensure valid comparisons with experimental results.

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  • Understanding of equations of state in thermodynamics
  • Familiarity with ideal and non-ideal gas behavior
  • Knowledge of thermodynamic property validation techniques
  • Experience with experimental data analysis in thermodynamics
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  • Explore techniques for validating thermodynamic models against experimental data
  • Study the implications of ideal vs. non-ideal contributions in thermodynamic equations
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Researchers, engineers, and students in thermodynamics, particularly those involved in material property calculations and experimental validation of thermodynamic models.

hosein
Hello everybody,
I am using an equation of state to calculate the thermodynamical properties of a material. I have a problem which is the ideal part of the equation. Actually, I cannot be sure that the ideal contribution in my equation is the really ideal contribution, so I decided to calculate non-ideal thermodynamic properties by subtracting the nominal ideal part my equation. I want to validate the thermodynamic properties of my equation with experimental data. are the experimental data non-ideal or total(ideal+ non-ideal)?
 
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hosein said:
Hello everybody,
I am using an equation of state to calculate the thermodynamical properties of a material. I have a problem which is the ideal part of the equation. Actually, I cannot be sure that the ideal contribution in my equation is the really ideal contribution, so I decided to calculate non-ideal thermodynamic properties by subtracting the nominal ideal part my equation. I want to validate the thermodynamic properties of my equation with experimental data. are the experimental data non-ideal or total(ideal+ non-ideal)?
Can you be more specific please?
 

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