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Small angle neutron scattering (SANS) is an historical technique to study theflux lines lattice (FLL) in a superconductor. Structural characteristics of theFLL can be revealed, providing fundamental information for the physics ofvortex lattice.  However, the spatial resolution is limited and all the correlation lengths oforder are difficult to extract with precision.  We show here that a time of flight technique reveals the Bragg peak of theFLL, and also its translational order with a better resolution.  We discuss the implication of these results for pinning mechanisms in aNiobium sample.

A study of flux lines lattice order and critical current with time of flight small angle neutron scattering