Separation of polarizable molecules in electric fields

The neutral molecule motion in the inhomogeneous electric fields is considered. The possibility of separating molecules with polarizabilities and a permanent electric dipole moments in these fields is shown. On the example of the electric field generated by system of charged parallel metallic wires the angle dispersions for the endofullerene molecules Gd@C 82, La@C 82, Sc@C 82, Y@C 82 and fullerene molecules C 60, C 70, C 82, C 84 are estimated using the known values of their the permanent dipole moments and polarizability coefficients. The results of the numerical simulation demonstrate the opportunity of using the inhomogeneous electric fields as the polarizable molecule separator base.