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Perovskite structuralmetal oxides as electrodematerials present promising and potential properties due to excellent storage characteristics. Herein, series of perovskite type LaMnO3 nanopowders were synthesized by the ‘sol-gel’methodwith a heat treatment at different temperatures (700 °C–900 °C) for different times. Themorphology characterization, structures and electrochemical performances were investigated. The preferable sample for electrochemical energy storage device can be obtained at 900 °Cwith 2 h annealing. Furthermore, to improve the properties of the electrodematerials, the samples were combined and rectifiedwith reduced graphene oxide (rGO) and strontium (Sr), respectively. The results indicate that the rGO/Sr-doped LaMnO3 oxidematerials have excellent electrochemical properties. Thesefindings are beneficial for the selection and preparation of electrode materials.

Synthesis of LaMnO3-reduced graphene oxide or Sr composite and their application in electrochemical properties

Synthesis of LaMnO₃-reduced graphene oxide or Sr composite and their application in electrochemical properties