引用本文:
Zi Yi ZHONG, Jian GONG, Qi Jie YAN, Xian Cai Fu. Structure of Activity Sites in Perovskite-type Complexs Oxides LaMnO3＋λ for Total Oxidation of Methane[J]. Chinese Chemical Letters,
1996, 7(10): 960-961.
Citation: Zi Yi ZHONG, Jian GONG, Qi Jie YAN, Xian Cai Fu. Structure of Activity Sites in Perovskite-type Complexs Oxides LaMnO3＋λ for Total Oxidation of Methane[J]. Chinese Chemical Letters, 1996, 7(10): 960-961.
Citation: Zi Yi ZHONG, Jian GONG, Qi Jie YAN, Xian Cai Fu. Structure of Activity Sites in Perovskite-type Complexs Oxides LaMnO3＋λ for Total Oxidation of Methane[J]. Chinese Chemical Letters, 1996, 7(10): 960-961.
Structure of Activity Sites in Perovskite-type Complexs Oxides LaMnO3＋λ for Total Oxidation of Methane
摘要:
Nanometer oxide LaMnO3+λ and its counterparts with large particle size were comparatively studied for total oxidation of methane.XPS, TPR and nonstoichiometric oxygen(λ) analysis results identify that the nanometer oxide contains more high valence cations, to which the adjacent lattice oxygen are responsible for total oxidation of methane at low temperature.
English
Structure of Activity Sites in Perovskite-type Complexs Oxides LaMnO3＋λ for Total Oxidation of Methane
Abstract:
Nanometer oxide LaMnO3+λ and its counterparts with large particle size were comparatively studied for total oxidation of methane.XPS, TPR and nonstoichiometric oxygen(λ) analysis results identify that the nanometer oxide contains more high valence cations, to which the adjacent lattice oxygen are responsible for total oxidation of methane at low temperature.
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