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Catalysis

机译:催化

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摘要

During the past few decades, catalytic reactions and catalysts have several times been considered as important enough to warrant the award of Nobel Prizes in chemistry. The importance of catalysis research is largely based on the improved energy efficiency and greater environmental friendliness of processes employing catalysts, rendering their application in chemical industries highly advantageous. Many catalytic processes also appeal through the elegance of the reaction cycles that they allow. Catalysis research, which originally belonged to the domains of organometallics, solid state chemistry (catalysts), or organic chemistry (substrates), nowadays draws on the full spectrum of the chemical sciences, and derives motivation from the related natural sciences of biology (biocatalysts), physics (characterization techniques), and engineering (e.g., reactor engineering).
机译:在过去的几十年中,催化反应和催化剂多次被认为足够重要,可以授予诺贝尔化学奖。催化研究的重要性主要是基于提高的能源效率和采用催化剂的工艺对环境的友好性,从而使其在化学工业中的应用具有极大的优势。许多催化过程还因其所允许的反应循环的优美性而吸引人。催化研究最初属于有机金属,固态化学(催化剂)或有机化学(底物)的领域,如今,它利用了化学科学的全部领域,并从相关的生物学自然科学(生物催化剂)中获得了动力。 ,物理学(表征技术)和工程学(例如反应堆工程学)。

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