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YBaCuO_7 is a trilayer material with a unit cell consisting of a CuO_2bilayer with a CuO plane of chains in between. Starting with a model ofisolated planes coupled through a transverse matrix element, we consider thepossibility of intra as well as interplane pairing within a nearlyantiferromagnetic Fermi liquid model. Solutions of a set of three coupled BCSequations for the gap exhibit orthorhombic symmetry with s- as well as d-wavecontributions. The temperature dependence and a-b in plane anisotropy of theresulting penetration depth is discussed and compared with experiment.Comment: To appear in Physical Review B1 01Mar97; 12 pages with 10 figures;  RevTeX+eps

physical review. b, condensed matter

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Triplanar model for the gap and penetration depth inYBa2Cu3