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We report a detailed study of the electric transport and magnetic propertiesof the LaNdCaMnO manganite system. Substitution of LaIII by smaller NdIII ions,reduces the mean ionic radius of the A site ion. We have studied samples in theentire range between rich La and rich Nd compounds. Results of DC magnetizationand resistivity show that doping destabilize the FM character of the pure Lacompound and triggers the formation of a phase separated state at intermediatedoping. We have also found evidence of a dynamical behaviour within the phaseseparated state. A phase diagram is constructed, summarizing the effect ofchemical substitution on the system.

Phase diagram of La_{5/8-y}Nd_{y}Ca_{3/8}MnO_3 manganites