We report on the fixation of CO2 to prebiotic intermediates over mesoporous silica-supported Co−Fe catalysts. Supported catalysts convert CO2 to various gaseous and liquid products under simulated hydrothermal vent condition...
Artikel
Ruthenium NNN‐Based Pincer Complexes with Metal Ligand Cooperation as Catalysts for N‐Methylation of Anilines and Nitroarenes with Methanol as a C1 Source
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Herein, we report a phosphine free novel ruthenium NNN based pincer complex that can act as a highly efficient catalyst for N-methylation of amines and direct N-methylation of nitroarenes using methanol as a C1 source under mild reaction conditions following the borrowing-hydrogen approach.
Abstract
A novel phosphine-free ruthenium pincer complex based on an NNN pincer ligand has been prepared and fully characterized. The complex was subsequently employed as an efficient catalyst for the N-methylation of amines and the direct N-methylation of nitroarenes using methanol as a C1 source under mild reaction conditions following the borrowing-hydrogen approach. Both of the catalytic transformations were performed with only catalytic amounts of base under closed air conditions without using any other additives.
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