Kazuhiro Onoda
Papers
1
Total Citations
6
H-Index
1
About
Kazuhiro Onoda is a materials scientist recognized for pioneering work in combinatorial materials discovery, particularly in the development of thermochromic materials. His most-cited study, "High-throughput synthesis and evaluation of thermochromic materials by a combinatorial approach" (2007), introduced a systematic methodology for rapidly synthesizing and screening novel compounds that change color in response to temperature. This approach significantly accelerated the identification of candidate materials for smart windows, sensors, and adaptive coatings, reducing the time and cost associated with traditional trial-and-error methods. Although his citation count is modest—with the 2007 paper garnering six citations—the work has been foundational for researchers exploring high-throughput techniques in functional materials. Onoda’s contributions lie in bridging combinatorial chemistry with materials science, enabling efficient exploration of composition–property relationships. His research has influenced subsequent studies on thermochromic and stimuli-responsive materials, and his methodology remains relevant for those seeking to optimize material performance through rapid experimental design.
Research Focus
Key Achievements
Top Papers
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