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In the past decade,Qi Fei and his group at University of Science and Technology of China focused on the basic research of combustion chemistry with the funding from the National Natural Science Foundation of China,and acquired systematic achievements with original innovations.Their pioneering development of the synchrotron-based combustion diagnostic tools enabled the comprehensive species detection of complex combustion systems which was a world-class combustion research problem for a long time.A great number of important combustion species were detected for the first time.In particular,the observations of enols and hydroperoxides verified two significant as-
In the past decade, Qi Fei and his group at University of Science and Technology of China focused on the basic research of combustion chemistry with the funding from the National Natural Science Foundation of China, and acquired systematic achievements with original innovations.Their pioneering development of the synchrotron-based combustion diagnostic tools enabled the comprehensive species detection of complex combustion systems which was a world-class combustion research problem for a long time. A great number of important combustion species were detected for the first time. In particular, the observations of enols and hydroperoxides verified two significant as-