Air Properties for higher temperature.

AI Thread Summary
The discussion focuses on determining various thermodynamic properties of air at a high temperature of 2550 Kelvin, including the Prandtl number, Rayleigh number, scattering coefficient, absorption coefficient, specific heat, conductivity, thermal diffusivity, and thermal expansion coefficient. It is noted that this temperature may exceed the limits of air's existence, yet air could still be vibrationally excited with some nitric oxide dissociation. Participants suggest using resources like Google to find relevant thermodynamic properties. The conversation emphasizes the complexity of air behavior at such elevated temperatures. Overall, understanding these properties is crucial for applications in high-temperature environments.
mrhrahat
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can anyone help me to find out the following air properties for higher temperature like 2550 kelvin?

1. Prandtl Number.
2. Raleigh Number.
3. Scattering coefficient.
4. Absorption coefficient.
5. Specific Heat.
6. Conductivity.
7. Thermal Diffusivity
8. Thermal expansion coefficient.

Thanks.
 
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Welcome to PF... google: "thermodynamic properties of air"

...though that might be above the temperature at which air can exist.
 
If I remember right, that is still in the region air would exist. It would be vibrationally excited and maybe have a little bit of NO dissociation buy it would remain mostly air.
 

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