  Superfluid 3He-A in a fully characterized stretched aerogel, used in previous
work [1], has been studied for parallel and perpendicular orientations of the
magnetic field relative to the anisotropy axis of the aerogel. Consistently, we
find that an equal spin pairing state (ESP) is stabilized down to the lowest
temperature. From our pulsed NMR frequency shifts as a function of temperature
and tip angle, the orientation of the orbital angular momentum l has been
determined. The aerogel anisotropy introduced by uniaxial stretching tends to
align l in the axial state parallel to the strain axis, confirming the theory
proposed by Sauls [2] and contrary to the prediction of Volovik [3] based on an
impurity calculation of Rainer and Vuorio [4].
