材料导报
材料導報
재료도보
MATERIALS REVIEW
2010年
4期
115-118
,共4页
杨绍利%潘复生%马兰%高仕忠
楊紹利%潘複生%馬蘭%高仕忠
양소리%반복생%마란%고사충
纳米V_2O_5%钒催化剂%非液相催化%催化机理
納米V_2O_5%釩催化劑%非液相催化%催化機理
납미V_2O_5%범최화제%비액상최화%최화궤리
nano V_2O_5%vanadium catalysts%non-liquid-phase catalysis%catalytic mechanism
根据高效纳米钒催化剂催化氧化SO_2的高活性现象,从理论上分析了高活性的原因,并采用综合热分析和SEM分析研究了其内部结构,提出了高效纳米钒催化剂的非液相催化氧化机理,推导出反应速率动力学模型.
根據高效納米釩催化劑催化氧化SO_2的高活性現象,從理論上分析瞭高活性的原因,併採用綜閤熱分析和SEM分析研究瞭其內部結構,提齣瞭高效納米釩催化劑的非液相催化氧化機理,推導齣反應速率動力學模型.
근거고효납미범최화제최화양화SO_2적고활성현상,종이론상분석료고활성적원인,병채용종합열분석화SEM분석연구료기내부결구,제출료고효납미범최화제적비액상최화양화궤리,추도출반응속솔동역학모형.
Based on the highly efficient catalytic oxidation of SO_2 nano-vanadium catalyst of high activity phenomenon,according to the theoretical the reasons of high activity is analyzed,and its internal structure is researched by integrated thermal analysis and SEM.An efficient nano-catalysts of non-liquid-phase catalytic oxidation of vanadium mechanism is proposed,reaction rate kinetic model is derived.
