Research on Bi2Sr2CaCu2O8 high-temperature superconductors produced by the melt casting process reveal that high superconducting currents are able to flow through weakly textured materials. This performance challenges the known models of current transfer in HTS. A study of current transfer mechanisms on various samples (shape, synthesis parameters) is needed to achieve some understanding of this particular performance. This study implies neutron scattering, used to characterize the texture of Bi2212 samples. And to complete texture characterization, Combined Analysis method is employed. This may lead to significant improvement in performance of practical conductors and their use in high-field magnets, fault current limiters, magnetic screens and trapped-field magnets.