FT-IR/PAS and SEM EDX studies on aluminosilicates modified by CS(I), TH(IV) and U(VI)

Z. Hubicki, E. Ziȩba, G. Wójcik, J. Ryczkowski
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引用次数: 7

Abstract

Clays and zeolites are some of the most important industrial minerals. They have practical applications in geology, agriculture, construction, engineering, process industries, and environment. There are many traditional applications of aluminosilicates. Some of the most important include ceramics, paper, paint, plastics, drilling fluids, foundry bondants, chemical carriers, liquid barriers, decolorization, and catalysis. Our research was focused on radioactive waste disposal from aqueous solutions by using clays (bentonite and palygorskite). Clays are cheap and widely available material, and it is interesting to investigate its characteristic in relation to Cs(I), Th(IV), U(VI) sorption.
CS(I)、TH(IV)和U(VI)改性硅酸铝的FT-IR/PAS和SEM EDX研究
粘土和沸石是一些最重要的工业矿物。它们在地质、农业、建筑、工程、加工工业和环境等领域都有实际应用。硅铝酸盐有许多传统的用途。其中最重要的包括陶瓷、纸张、油漆、塑料、钻井液、铸造粘合剂、化学载体、液体屏障、脱色和催化。我们的研究重点是利用粘土(膨润土和坡缕石)处理放射性废物的水溶液。粘土是一种廉价且广泛使用的材料,研究其与Cs(I), Th(IV), U(VI)吸附有关的特性是很有趣的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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