Bi-Metallic Rare Earth Oxide Clusters for Fast Electron Transport

The patent applies composite materials by creating bi-metallic nano-rare earth oxide particles containing cerium oxide combined with transition metals (such as Fe, Cu, Zn, Ni, Co). This composite structure leverages the high oxygen mobility and redox activity of cerium oxide while incorporating the catalytic properties of transition metals, thereby enhancing both catalytic performance and functional diversity for biomedical applications.

The patent applies local quality by creating multi-metal clustering where transition metals are localized at specific regions within the nano-rare earth oxide particles. This localized distribution of metals (such as Fe, Cu, Zn) creates asymmetric oxygen vacancies and facilitates fast electron transport pathways without requiring uniform distribution of all metals throughout the entire structure, thus managing structural complexity while maintaining high electron transport speed.

The patent applies parameter changes by systematically varying the composition ratios of cerium oxide and transition metals (such as Fe, Cu, Zn, Ni, Co) within specific ranges to optimize redox reaction activity. By controlling these compositional parameters and utilizing wet chemical synthesis methods, the patent achieves asymmetric oxygen vacancies and enhanced catalytic performance while managing the precision requirements through established synthesis protocols.