  We present results of nuclear magnetic resonance (NMR) experiments in
superfluid 3He in two samples of nematic aerogel consisting of nearly parallel
mullite strands. The samples were cut from the same piece of the aerogel, but
one of them was squeezed by 30% in the direction transverse to the strands. In
both samples the superfluid transition of 3He occurred into the polar phase,
where no qualitative difference between NMR properties of 3He in these samples
was found. The difference, however, has appeared on further cooling, after the
transition to the polar-distorted A phase (PdA phase) with the orbital part of
the order parameter in the 2D Larkin-Imry-Ma (LIM) state. In the squeezed
sample the 2D LIM state is anisotropic that results in changes in the NMR,
which can be used as an additional marker of the PdA phase and have allowed us
to measure the value of the anisotropy.
