首页> 外文期刊>Journal of Chemical Engineering of Japan >ALKYLATION OF BENZENE WITH STRAIGHT-CHAIN OLEFINS IN THE PRESENCE OF SULFURIC ACID AS A CATALYST
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ALKYLATION OF BENZENE WITH STRAIGHT-CHAIN OLEFINS IN THE PRESENCE OF SULFURIC ACID AS A CATALYST

机译:用直链烯烃在硫酸中作为催化剂的直链烯烃的烷基化

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References(10) Cited-By(2) Alkylation of benzene with straight-chain olefins (from hexene to decene) in the presence of strong sulfuric acid was studiedat a carefully controlled low temperature. The rate determinations were carried out under the condition of complete elimination of masstransfar resistance. The reaction was found to occur by a homogeneous mechanism in acid phase alone, and reasonable correlation of reaction rates with sulfuric acid strength and reactant concentrations was also obtained. In addition to the carbonium ion mechanism, all the isomeric ions were found to have equal stabilities when they attained the equilibrium distribution before the attack on benzene.
机译:参考(10)所引用的(2)在强硫酸存在下用直链烯烃(来自己烯至癸烯)的苯的烷基化被研究仔细控制的低温。速率测定在完全消除Masstransfar抗性的条件下进行。发现反应仅通过单独的酸相中的均相机制发生,也得到了与硫酸强度和反应物浓度的合理相关性。除了碳酸铈离子机制之外,发现所有异构离子在苯苯的攻击前达到平衡分布时,发现所有异构离子具有相同的稳定性。

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