  Alpha-Fe2O3 and alpha-Cr2O3 has been mechanical alloyed to prepare Fe1-xCrxO3
oxides for x = 0.2-0.8. Synchrotron X-ray diffraction and Raman spectra have
shown inhomogeneous structure of {\alpha}-Fe2O3 and {\alpha}-Cr2O3 phases in
as-alloyed samples. The as-alloyed samples have shown soft ferromagnetic
properties with signature of two Morin transitions. The heat treatment of
as-alloyed samples has homogenized structure and successfully incorporated the
Cr atoms into the lattice sites of Fe atoms in {\alpha}-Fe2O3. The magnetic and
electrical properties have been modified in the heat treated samples. For
example, canted antiferromagnetic order has been appeared as an effect of heat
treatment, irrespective of the Cr content in Fe1-xCrxO3. The magnetic field
induced spin flop transition has been observed at a critical magnetic field
that depends on Cr content in the system. The M\"ossbauer spectrum at room
temperature has been fitted with two sextets. The variation of M\"ossbauer
parameters suggest a distribution of magnetic spin order between Fe and Cr ions
in the rhombohedral structure of Fe1-xCrxO3. The electrical conductivity,
derived from current-voltage characteristics of the heat treated samples, has
been enhanced by increasing Cr content in alpha-Fe2O3 structure. The
experimental results have been explained based on the theoretical models
available in literature.
