英语翻译Ion exchange method is simpler and more feasible for industrialapplications as it involves fewer steps and the preparationparameters are more easily controlled.The hydroxylation ofbenzene and phenol with H2O2 was performed using various i
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英语翻译Ion exchange method is simpler and more feasible for industrialapplications as it involves fewer steps and the preparationparameters are more easily controlled.The hydroxylation ofbenzene and phenol with H2O2 was performed using various i
英语翻译
Ion exchange method is simpler and more feasible for industrial
applications as it involves fewer steps and the preparation
parameters are more easily controlled.The hydroxylation of
benzene and phenol with H2O2 was performed using various ionexchanged
Y zeolites.The catalystsdemonstrate a range of activities
depending on the metal centre in the catalyst and not on the H2O2
decomposition ability of the catalyst following the order,
Cu > Cr > Ni > Fe = Zn > V > Bi,for hydroxylation of benzene
and V > Cr = Ni > Fe > Zn > Cu > Bi,for hydroxylation of phenol.
OV–Y catalyst shows an excellent selectivity to CAT with CAT:HQ
molar ratio >10.
英语翻译Ion exchange method is simpler and more feasible for industrialapplications as it involves fewer steps and the preparationparameters are more easily controlled.The hydroxylation ofbenzene and phenol with H2O2 was performed using various i
离子交换法应用于工业生产上更简单更可行.因为它步骤更少,涉及的制备参数也更容易控制.通过Y型沸石不同的离子交换,可以通过与过氧化氢(H2O2)反应进行苯和苯酚的羟化.本反应中催化剂的作用强度取决于催化剂的金属中心而不是过氧化氢的分解作用.具体强度依照以下顺序:对于苯的羟化,Cu铜>Cr铬>Ni镍>Fe铁=Zn锌>V钒>Bi铋;而对于苯酚的羟化,V钒>Cr铬=Ni镍>Fe铁>Zn锌>Cu铜>铋.OV-Y催化剂显现出其在对苯二酚摩尔浓度>10时对氧化氢酶出色的选择性.