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Separation of Fe(II) by the DEMI and TEMPO Oxidized Cellulose

Separation of Fe(II) by the DEMI and TEMPO Oxidized Cellulose
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摘要 The description of some adsorption properties and behaviour of oxycellulose with Fe2+ ions is presented. Filter media from oxycelluloses materials have enormous sorption activity. There is described a sorption mechanism of poly 1,4-β-D anhydroglucuronic acid (PAGA). Utilisation of UV-VIS spectroscopy is shown on the adsorption process of optimalisation of oxycelluloses application. Supporting influence is demonstrated on the adsorption isotherms of Fe2+ ions in the competitive environment of NaCl, MgCl2. The description of some adsorption properties and behaviour of oxycellulose with Fe2+ ions is presented. Filter media from oxycelluloses materials have enormous sorption activity. There is described a sorption mechanism of poly 1,4-β-D anhydroglucuronic acid (PAGA). Utilisation of UV-VIS spectroscopy is shown on the adsorption process of optimalisation of oxycelluloses application. Supporting influence is demonstrated on the adsorption isotherms of Fe2+ ions in the competitive environment of NaCl, MgCl2.
机构地区 Department of Wood
出处 《Journal of Encapsulation and Adsorption Sciences》 2015年第3期105-110,共6页 封装与吸附期刊(英文)
关键词 Natural CELLULOSE FILTRATION UV-VIS Spectrofotometry Natural Cellulose Filtration UV-VIS Spectrofotometry
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