  We present neutron scattering measurements of the atomic momentum
distribution, n(k), in solid helium under a pressure p = 41 bars and at
temperatures between 80 mK and 500 mK. The aim is to determine whether there is
Bose-Einstein condensation (BEC) below the critical temperature, T_c = 200 mK
where a superfluid density has been observed. Assuming BEC appears as a
macroscopic occupation of the k = 0 state below T_c, we find a condensate
fraction of n_0 = (-0.10 \pm 1.20)% at T = 80 mK and n_0 = (0.08\pm0.78)% at T
= 120 mK, consistent with zero. The shape of n(k) also does not change on
crossing T_c within measurement precision.
