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The 8 pages that link to Type-II superconductor, each with the reason it gives.

• SuperconductivityBroader topic: Its vortex state permits superconductivity to persist under stronger magnetic fields.

• Meissner effectBroader topic: Its mixed state shows how flux expulsion gives way to partial penetration above the lower critical field.

• Ginzburg–Landau theoryBroader topic: The Ginzburg–Landau parameter identifies this class when its value exceeds the critical threshold.

• SuperconductorBroader topic: Its broad magnetic-field range makes it suitable for high-field magnets.

• Iron-based superconductorNarrower topic: Iron-based compounds are type-II materials, a prerequisite for useful high-field operation.

• Type-I superconductorCompared with: Unlike type I, it can remain superconducting while magnetic flux penetrates its interior.

• Alexei AbrikosovBroader topic: Abrikosov’s central theory describes how these materials sustain superconductivity while admitting magnetic flux.

• Vitaly GinzburgBroader topic: The theory predicts this mixed state, later central to practical high-field superconductors.