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The flux pinning force density (Fp) of the single crystalline FeTe0.60Se0.40superconductor has been calculated from the magnetization measurements. Thenormalized Fp versus h (=H/Hirr) curves are scaled using the Dew-Hughes formulato underline the pinning mechanism in the compound. The obtained values ofpinning parameters p and q indicate the vortex pinning by the mixing of thesurface and the point core pinning of the normal centers. The vortex phasediagram has also been drawn for the first time for the FeTe0.60Se0.40, whichhas very high values of critical current density Jc ~ 1.10(5) Amp/cm2 and theupper critical field Hc2(0) = 65T, with a reasonably high transitiontemperature Tc =14.5K.

The flux pinning force and vortex phase diagram of single crystal FeTe0.60Se0.40