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We propose a new approach for studying spin density waves (SDW) in theBechgaard salt (TMTSF)2ClO4 where lattice is dimerized in transverse directiondue to anion ordering. The SDW response is calculated in the matrix formulationthat rigorously treats the hybridization of inter-band and intra-band SDWcorrelations. Since the dimerization gap is large, of the order of transversebandwidth, we also develop an exact treatment of magnetic breakdown in theexternal magnetic field. The obtained results agree with the experimental dataon the fast magneto-resistance oscillations. Experimentally found 260T rapidoscillations and the characteristic Tc dependance on magnetic field of relaxedmaterial are fitted with our results for anion potential of the order ofinterchain hopping.

Competing SDW phases and quantum oscillations in (TMTSF)2ClO4 in magnetic field