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Preparation of Cyclehexene by Solid Super Acid Catalyzed Dehydration of Cyclohexanol

YU Li-ying

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Abstract

SO~(2-)_4/ZrO_2-TiO_2 solid super acid for the synthesis of cyclohexene,it has higher activity,selectivity,implution and reusability. The catalytic activity of Zr/Ti different atom ratio were mainly studied in this paper .The experiments showed that the catalytic activity and selectivity of Zr/Ti(1∶3) atom ratio were better than the others under the same preparation condition for the synthesis of cyclohexene. The yield of cyclohexene is 90 %.

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What this paper is about

SO~(2-)_4/ZrO_2-TiO_2 solid super acid for the synthesis of cyclohexene,it has higher activity,selectivity,implution and reusability. The catalytic activity of Zr/Ti different atom ratio were mainly studied in this paper .The experiments showed that the catalytic activity and selectivity of Zr/Ti(1∶3) atom ratio were better than the others under the same preparation condition for the synthesis of cyclohexene. The yield of cyclohexene is 90 %.

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Available abstract

SO~(2-)_4/ZrO_2-TiO_2 solid super acid for the synthesis of cyclohexene,it has higher activity,selectivity,implution and reusability. The catalytic activity of Zr/Ti different atom ratio were mainly studied in this paper .The experiments showed that the catalytic activity and selectivity of Zr/Ti(1∶3) atom ratio were better than the others under the same preparation condition for the synthesis of cyclohexene. The yield of cyclohexene is 90 %.

Key concepts: Cyclohexene, Cyclohexanol, Selectivity, Catalysis, Dehydration, Chemistry, Yield (engineering), Solid acid

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