  We investigate universal properties of a p-wave Fermi gas with a resonant
interaction in which the axisymmetry is broken spontaneously or externally.
Here, the short-range correlations can be completely characterized by the
nine-component p-wave contact tensor, which can be measured by applying a
generalized adiabatic sweep theorem. The distinctive features of the p-wave
contact tensor emerge in a normal p-wave Fermi gas in an anisotropic trap and
in a superfluid phase. An experimental scheme to measure the p-wave contact
tensor and test the adiabatic sweep theorem is also discussed.
