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Hysteresis loss in a twisted in situ superconducting composite

The current and magnetic and electric field distributions and the energy loss are calculated for a twisted wire made up of an in situ superconductor placed in a variable transverse magnetic field. The composite is assumed to be electrically isotropic in the direction transverse to the filaments. The conditions are found under which the twist affects significantly the loss in the in situ wire. In calculations both the superconducting and resistive components of the transverse current are taken into account. The results obtained are valid in a wide range of external magnetic field rates of change.