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CARBOHYDRATE BASED COMBUSTION SYNTHESIS: A PROMISE OF GREENING MATERIALS SYNTHESIS

机译:基于羧酸盐的燃烧合成:绿色材料合成的承诺

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摘要

Currently, the environment protection represents one of the most important task force of Science and Society, determining the remarkable development of the Green Chemistry, as an alternative chemistry that seeks to minimize risk by minimizing hazard. The design/synthesis of nanomaterials must also circumscribe to the present environment requirements. A simple but efficient approach is to "green" the existing synthetic procedures by introducing as raw materials, benign, bio-renewable compounds as carbohydrates. This review is focused on carbohydrate-mediated combustion synthesis of the metal oxides, analysing critically the results of the research undertaking during the last years on this topic.
机译:当前,环境保护是科学和社会最重要的任务之一,它决定了绿色化学的显着发展,绿色化学是一种替代化学,旨在通过最小化危害来最大程度地降低风险。纳米材料的设计/合成也必须符合当前的环境要求。一种简单而有效的方法是通过引入良性的,生物可再生的化合物作为碳水化合物来“绿色”现有的合成程序。这篇综述的重点是碳水化合物介导的金属氧化物的燃烧合成,主要分析了最近几年有关该主题的研究成果。

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