Waves propagation in superfluid helium in presence of combined rotation and counterflow
DOI:
https://doi.org/10.1478/C1S0801018Abstract
Using the linear macroscopic mono-fluid model of liquid helium II, in which the fundamental fields are the density ?, the velocity v, the temperature T and heat flux q and taking into account the expression of an additional pressure tensor P(w), introduced to describe phenomena linked to vortices, a complete study of wave propagation is made in the complex situation involving thermal counterflow in a rotating cylinder.
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2008-01-28
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Past Conference Papers
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