  In this paper the method of the relativistically-invariant effective tensor
representation of Lagrangian decomposition and the amplitudes of the two-photon
interaction with hadrons on photon energy is proposed. In the frames
Duffin-Kemmer-Petiau formalism based on this method the spin polarizabilities
of the spin 1 particles, which are characteristic for the spin 1/2 hadrons were
established. Also the authors have obtained the new spin polarizabilities which
are characteristic for spin 1 particles and are bounded with the presence of
the tensor polarizabilities of these particles. It was shown that in the
suggested covariant approach with regard to the crossing symmetry, the spatial
parity, conservation laws and gauge invariance definite spin polarizabilities
and gyrations of spin-1 particles contribute to the expansion of Compton
scattering amplitude, starting from the corresponding orders on photon energy
that is in the agreement with low-energy theorems for that process.
