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The pressure dependence, up to 11.3 kbar, of basic parameters of thesuperconducting state, such as the critical temperature (Tc), the lower and theupper critical fields, the coherence length, the penetration depth, and theiranisotropy, was determined from magnetic measurements performed for twosinglecrystalline samples of FeTe0.5Se0.5. We have found pressure-inducedenhancement of all of the superconducting state properties, which entails agrowth of the density of superconducting carriers. However, we noticed morepronounced increase in superconducting carrier density under pressure than thatin the critical temperature what may indicate an appearance of a mechanismlimiting the increase of Tc with pressure. We have observed that the criticalcurrent density increases under pressure by at least one order of magnitude.

The pressure-induced enhancement of superconducting properties of single-crystalline FeTe0.5Se0.5