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Catalysis is a process that enables the acceleration of chemicalreactions without being consumed in the process. In the context of sustainable energy conversion, catalysts facilitate the conversion of raw materials into useful energy resources by lowering the activation energy barrier and enhancing the ov...
The study has shown that the routinely accepted practice of utilization of Pd2(dba)3 without analysis of the purity (both commercially available and prepared by common procedures) can introduce significant errors in the estimation of catalyst efficiency and lead to incorrect values of TON, TOF, ...
Simply reporting new catalyst compositions without delivering associated new insights in catalytic science will be insufficient for publication. 主办单位: ELSEVIER 出版地区: Netherlands 出版周期: 半月刊 国际标准连续出版物号: ISSN 0926-860X 创刊时间: 1981年 曾用名: Applied Catalysis ...
Though chitosan itself (without metal immobilization) has been used as a catalyst for some reactions involved in the synthesis of fine chemicals [48], [49], most of the publications dealing with chitosan use in supported catalysis focus on metal-supported catalysis. The present review reports (a...
For homogeneous reactions, practical issues, such as the reclamation and reuse of the catalysts and the reduction of catalyst loadings, remain important areas of study. Immobilisation of catalysts on a solid support and encapsulation of toxic complexes without loss of selectivity and reactivity are two...
The area of catalytic dehydrogenation is largely dominated using precious metals. Here the authors introduce a new class of more affordable Co-based catalysts, where highly dispersed single-metal sites work synergistically with small, well-defined nanoparticles to enable efficient formic acid dehydrogenatio...
Precious metals are core assets for the development of modern technologies in various fields. Their scarcity poses the question of their cost, life cycle and reuse. Recently, an emerging catalysis employing contact-electrification (CE) at water-solid int