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Recently, the ``$(p+h)-$wave'' form of pairing symmetry has been proposed forthe superconductivity in $PrOs_{4}Sb_{12}$ compound [Parker D, Maki K and HaasS, \textbf{cond-mat/0407254}]. In the present paper, a stationary Josephsonjunction as a weak-link between $PrOs_{4}Sb_{12}$ triplet superconductors istheoretically investigated. The quasiclassical Eilenberger equations areanalytically solved. The spin and charge current-phase diagrams are plotted andthe effect of misorientation between crystals on the spin current, andspontaneous and Josephson currents is studied. It is found that suchexperimental investigations of the current-phase diagrams can be used to testthe pairing symmetry in the above-mentioned superconductors. It is shown thatthis apparatus can be applied as a polarizer for the spin current.Comment: 12 pages and 14 figure

Transport of charge and spin in the weak link between misoriented PrOs4Sb12superconductors

Transport of charge and spin in the weak link between misoriented PrOs₄Sb₁₂superconductors