Abstract

A method is proposed for producing a magnetic carbon material based on the deposition of a labile iron compound on a carbon matrix and its subsequent thermolysis with the formation of magnetite. The method is implemented by applying magnetite to activated carbon BAU-A during the decomposition of iron(II) oxalate. The production of a magnetic carbon material has been confirmed by X-ray fluorescence and X-ray phase analysis. The porous carbon material modified by this method retains its sorption characteristics.

中文翻译：

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沉积在多孔碳基体上的铁盐分解过程中磁性碳材料的生产

摘要

提出了一种生产磁性碳材料的方法，该方法基于不稳定的铁化合物在碳基体上的沉积，随后热解形成磁铁矿。该方法是通过在草酸铁 (II) 分解过程中将磁铁矿应用于活性炭 BAU-A 来实现的。通过X射线荧光和X射线相分析证实了磁性碳材料的生产。通过这种方法改性的多孔碳材料保留了其吸附特性。