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Nonmagnetic impurity scattering is known to shift up the Ginzburg-Landauparameter $\kappa$ of a superconductor. In this case, when the system isinitially in type I, it can change its magnetic response, crossing theintertype domain with $\kappa \sim 1$ between the two standardsuperconductivity types and arriving at type II. In the present work wedemonstrate that the impact of disorder can be much more profound in thepresence of the multiband structure of the charge carrier states. Inparticular, when the band diffusivities differ from each other, the intertypedomain tends to expand significantly, including points with $\kappa \gg 1$ thatbelong to deep type-II in conventional single-band superconductors. Our findingsheds light on the nontrivial disorder effect and significantly complementsearlier results on the enlargement of the intertype domain in clean multibandsuperconductors.

Intertype superconductivity evoked by the interplay of disorder and multiple bands