Abstract
Measurements have been made to determine the temperature behind reflected shock waves from an aerodynamic shock in argon containing a sample of powdered material. Time-resolved temperatures were measured photoelectrically by the brightness-emissivity method which employs a short duration flash tube. The measured temperatures were consistent, and about 10% lower than the calculated temperature for pure argon, over a 9 eV range of atomic excitation energies, indicating that thermodynamic equilibrium has been achieved. Calculated and measured densities for the atoms of the powder indicate that approximately 40% of the sample was uniformly distributed behind the reflected shock wave.
Reference15 articles.
1. C haratis G. 1962 P h.D . D issertation U n IV ersity of M ichigan.
2. C haratis G. & W ilkerson T. 1962 Phys.Fluids 5 12 1661.
3. Proc. Boy;Clouston J .;Soc. A,1958
4. Proc. Roy;Clouston J .;Soc. A,1959
5. D itchburn R . W . & H udson R . D. i960 Proc. Roy. Soc. A 256 53.
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