>"Experimental data on anomalous absorption and dispersion of sonic, shear, and electromagnetic waves in strongly viscous liquids show that the relaxation theory of wave propagation is not applicable to these liquids."
This is quite the statement -- if it is true!
Related:
General Wikipedia article on relaxation in Physics:
>"Experimental data on anomalous absorption and dispersion of sonic, shear, and electromagnetic waves in strongly viscous liquids show that the relaxation theory of wave propagation is not applicable to these liquids."
This is quite the statement -- if it is true!
Related:
General Wikipedia article on relaxation in Physics:
https://en.wikipedia.org/wiki/Relaxation_(physics)
Relaxation of Fields and Skin Depth:
https://phys.libretexts.org/Bookshelves/Electricity_and_Magn...
Good find. Reminds of Terzaghi's pore pressure relaxation dynamics dominated by diffusion.
I am curious; what made you post this?
This is so offbeat that i have to know your motivation ;-)