Photon-Ion Catalysis Synergy Material and Its Application
来源期刊：JOURNAL OF RARE EARTHS2006年增刊第2期
论文作者：Wang Yi Jin Zongzhe Wang Shengwei Huang Lirong
Key words：photochemistry; photon; radiation chemistry; synergy material; valency-variable rare earth elements; free radical; ion;
Abstract: The co-operation action mechanism and model of photon-ion catalysis synergy material composed of thallium and valency-variable rare earth elements and semiconductor oxide were proposed. The radiation catalysis reactions of water and oxygen assisted by the synergy material that could largely increase electron, free radical and negative ion products were discussed. The applications of photon-ion catalysis synergy material in areas of air cleaning material, antibacterial material, healthy material and energy resource material were suggested.
Wang Yi1，Jin Zongzhe1，Wang Shengwei1，Huang Lirong1
(1.Machinery and Electronics, Beijing Jiaotong University, Beijing 100044, China;
2.Research Institute of Environment Engineering, China Building Materials Academy, Beijing 100024, China)
Abstract:The co-operation action mechanism and model of photon-ion catalysis synergy material composed of thallium and valency-variable rare earth elements and semiconductor oxide were proposed. The radiation catalysis reactions of water and oxygen assisted by the synergy material that could largely increase electron, free radical and negative ion products were discussed. The applications of photon-ion catalysis synergy material in areas of air cleaning material, antibacterial material, healthy material and energy resource material were suggested.
Key words:photochemistry; photon; radiation chemistry; synergy material; valency-variable rare earth elements; free radical; ion;
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