Pd-bound functionalized mesoporous silica as active catalyst for Suzuki coupling reaction: Effect of OAcˉ, PPh3 and Clˉ ligands on catalytic activity
Three new palladium catalysts, PdCat-I, PdCat-II and PdCat-III, immobilized over
heterogeneous silica support have been synthesized using different ligands attached to the
palladium precursor. The ligands that have been used in this study are acetate,
triphenylphosphine and chloride in PdCat-I, PdCat-II and PdCat-III, respectively. The ligands
have different effect on stability of the compounds and impart different oxidation states to the
metal center. The materials have been characterized by powder X-ray diffraction, nitrogen …
heterogeneous silica support have been synthesized using different ligands attached to the
palladium precursor. The ligands that have been used in this study are acetate,
triphenylphosphine and chloride in PdCat-I, PdCat-II and PdCat-III, respectively. The ligands
have different effect on stability of the compounds and impart different oxidation states to the
metal center. The materials have been characterized by powder X-ray diffraction, nitrogen …
Pd-bound functionalized mesoporous silica as active catalyst for Suzuki coupling reaction: Effect of OAcˉ, PPh3 and Clˉ ligands on catalytic activity
Three new palladium catalysts, PdCat-I, PdCat-II and PdCat-III, immobilized over
heterogeneous silica support have been synthesized using different ligands attached to the
palladium precursor. The ligands that have been used in this study are acetate,
triphenylphosphine and chloride in PdCat-I, PdCat-II and PdCat-III, respectively. The ligands
have different effect on stability of the compounds and impart different oxidation states to the
metal center. The materials have been characterized by powder X-ray diffraction, nitrogen …
heterogeneous silica support have been synthesized using different ligands attached to the
palladium precursor. The ligands that have been used in this study are acetate,
triphenylphosphine and chloride in PdCat-I, PdCat-II and PdCat-III, respectively. The ligands
have different effect on stability of the compounds and impart different oxidation states to the
metal center. The materials have been characterized by powder X-ray diffraction, nitrogen …
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