On the theory of B-phase in the superfluid Fermi-liquid with triplet pairing

Thermodynamics of superfluid Fermi-liquid with triplet pairing is constructed and hydrodynamic equations are derived. Parameters of abridged description such as superfluid phase and orthogonal rotation matrix are represented in the terms of the order parameter. Theorem of additive motion integral connection is generalized for the case of local equilibrium. Galilean and Lorentz invariant physical systems are considered in detail. Spectra of collective excitations of considered Fermi-liquid are obtained.