首页> 外文期刊>Journal of Scientific & Industrial Research >IR, XRD and SEM Studies to Elucidata the Mechanism of Azo Dye Sorption Interaction with Coal Based Adsorbents and Activated Carbon from Aqueous Phase
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IR, XRD and SEM Studies to Elucidata the Mechanism of Azo Dye Sorption Interaction with Coal Based Adsorbents and Activated Carbon from Aqueous Phase

机译:红外,XRD和SEM研究阐明了偶氮染料吸附与煤基吸附剂和水相活性炭相互作用的机理

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摘要

Adsorption interaction of acid azo dye sorption onto coal based sorbent and activated carbon form aqueous phase investigated using IR, X-ray diffraction, and SEM techniques. IR studies revealed the participation of some of the surface functional groups in the adsorption interaction. X-ray diffraction studies exhibited the increase in crystalline nature of the loaded sorbents compared to the unloaded sorbents. SE micrograms revealed the morphological observations of the unloaded sorbents and thereby changes in the loaded sorbents indicating the participation of the porous network of the sorbents in the sorption interaction.
机译:使用IR,X射线衍射和SEM技术研究了酸性偶氮染料在煤基吸附剂和活性炭上的吸附作用,形成水相。 IR研究表明一些表面官能团参与了吸附相互作用。 X射线衍射研究表明,与未吸附的吸附剂相比,已吸附的吸附剂的晶体性质有所增加。 SE微克揭示了未吸附的吸附剂的形态学观察结果,从而表明了吸附剂的变化,表明吸附剂的多孔网络参与了吸附相互作用。

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