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Inhomogeneous phase separation and domain wall dynamics in orthorhombically distorted La0.87MnOx

We observe interesting magnetization and resistivity results in the orthorhombically distorted self-doped manganite, La0.87MnOx. A significant irreversibility between zero-field-cooled and field-cooled resistivities as well as magnetization data is clearly observed up to a temperature which is well above the both paramagnetic to ferromagnetic (Tc) and metal to insulator (TMI) transition temperatures. In the ferromagnetically ordered and metallic states the magnetotransport results suggest the influence of domain wall dynamics. An interesting scenario of memory effects through the domain wall dynamics is strikingly observed in the relaxation of resistivity in a limited temperature region. The characteristic features of magnetotransport behaviour are suggested to be due to the coexistence of structurally driven inhomogeneous phase separation and domain wall dynamics.