Abstract
Abstract Diamagnetic and paramagnetic properties of the superconducting systems with elementary excitation spectrum containing several electron- and hole- type branches are investigated. It is shown that the creation of the collective nature dielectric gap leads to exceeding of the super-conductor paramagnetic limit in the case of either complete or partial dielectrization of the electron spectrum. The results obtained agree well with the experimental data on H c2 (0) in compounds with C15 structure.
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