Ikuo Yanase

National Institute for Materials Science, Saitama University

Papers

Total Citations

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About

Ikuo Yanase is a materials scientist whose research has made meaningful contributions to the field of combinatorial materials synthesis, with a particular focus on ceramic powders and lithium-based electrode materials. Working prominently in the early 2000s, Yanase pioneered the application of combinatorial processing techniques to accelerate the discovery and optimization of advanced materials, enabling researchers to systematically explore vast compositional spaces with greater efficiency than traditional methods allowed. His most influential work, garnering 43 citations, demonstrated the successful application of combinatorial processes to the synthesis of LiCo₁₋ₓMnₓO₂ powders — a lithium cobalt manganese oxide system of significant interest for battery cathode applications. This contribution helped lay groundwork for more rapid development of energy storage materials. Complementing this, Yanase also explored the use of robotic systems for preparing nano-particle mixtures and employed X-ray diffraction as a characterization tool within combinatorial ceramic powder studies, reflecting a methodologically rigorous and innovative approach to materials discovery. With a cumulative body of work totaling approximately 75 citations, Yanase's research represents an important contribution to combinatorial materials science, offering tools and frameworks that remain relevant to researchers pursuing efficient, high-throughput materials development today.