期刊
CHEMISTRY LETTERS
卷 51, 期 3, 页码 269-273出版社
CHEMICAL SOC JAPAN
DOI: 10.1246/cl.210645
关键词
Machine learning (ML); Catalysis informatics; Water gas shift (WGS)
资金
- JST-CREST project [JPMJCR17J3]
- KAKENHI grants from JSPS [19K05556, 20H02518, 20H02775]
- MEXT projects Elements Strategy Initiative to Form Core Research Center [JPMXP0112101003]
- IRCCS
Literature data on the water gas shift reaction were analyzed using statistical methods based on machine learning. The study successfully applied a machine learning approach that considers elemental features as input representations, and proposed new promising catalyst candidates for future research.
Literature data based on the water gas shift (WGS) reaction have been analyzed using statistical methods based on machine learning (ML). Our ML approach, which considers elemental features as input representations rather than the catalyst compositions, was successfully applied, and new promising catalyst candidates for future research were proposed.
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