Vortex core and normal fluid in presence of thermal gradient: (a
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Normalized mean profiles of the temperature difference between the wall
Density dependence of the critical temperatures for model p of
Vortex core and normal fluid in presence of thermal gradient: (a) a
Reynolds number dependence of the trajectory of a primary vortex core
a Illustration of configuration of two vortex loops before
Density dependence of the critical temperatures for model p of
Skyrmion cores of magnetic vortices. Variation of magnetization vectors
Heat transfer flow of Maxwell hybrid nanofluids due to pressure gradient into rectangular region
The accuracy of the I-Love (a), Q-Love (b), and I-Q (c) relations for
Two new vortex liquids
Effect of BEC motion on the vortex shedding. (a) Illustration of dipole
Representative neutron 1 S 0 pairing critical temperature Tc as a
Left: vortices will form and support the rotation of a superfluid when
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The dispersion curve of superfluid helium [50]. The excitations in the
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