TITLE:
Transport Properties of Superfluid Dipolar Fermi Gas at Low Temperatures
AUTHORS:
Maryam Khademi Dehkordi
KEYWORDS:
Shear Viscosity, Diffusive Thermal Conductivity, Superfluid Dipolar Fermi Gas
JOURNAL NAME:
World Journal of Condensed Matter Physics,
Vol.4 No.2,
May
6,
2014
ABSTRACT: Transport coefficients of superfluid dipolar Fermi gas are calculated by using the Boltzmann equation approach. The interaction between Bogoliubov-Bogoliubov quasiparticles in the collision integral is considered in binary process. The shear viscosities nxz↑ = nyy↑,nxy↑; nxz↑ ≈ nyz↑; and nu↑ are proportional to T-6; T-8; and T-10 , respectively. Also, we have found the elements of the diffusive thermal conductivities Kxx↑= Kyy↑ with temperature dependency T-5 and Ku↑ which is proportional to T-7 and other components which are zero.