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Ion Exchange Performation of Titanosilicates, Germanates and Carbon Nanotubes. Fuel Cycle Research and Development.

机译：钛硅酸盐，德国酸盐和碳纳米管的离子交换性能。燃料循环研究与开发。

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This report presents a summary of testing the affinity of titanosilicates (TSP), germanium-substituted titanosilicates (Ge-TSP) and multiwall carbon nanotubes (MWCNT) for lanthanide ions in dilute nitric acid solution. The K-TSP ion exchanger exhibited the highest affinity for lanthanides in dilute nitric acid solutions. The Ge-TSP ion exchanger shows promise as a material with high affinity, but additional tests are needed to confirm the preliminary results. The MWCNT exhibited much lower affinities than the K-TSP in dilute nitric acid solutions. However, the MWCNT are much more chemically stable to concentrated nitric acid solutions and, therefore, may candidates for ion exchange in more concentrated nitric acid solutions. This technical report serves as the deliverable documenting completion of the FY13 research milestone, M4FT-13SR0303061 measure actinide and lanthanide distribution values in nitric acid solutions with sodium and potassium titanosilicate materials.

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作者
Alsobrook, A. N.; Hobbs, D. T.;
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年度 2013
页码 1-12
总页数 12
原文格式 PDF
正文语种 eng
中图分类工业技术;
关键词
Ion exchange; Silicates; Germanates; Carbon nanotubes; Actinides; Fuel cycle; Lanthanide; Nitric acid; Potassium; Research and development; Sodium;

机译：离子交换;硅酸盐;锗酸盐;碳纳米管; act系元素;燃料循环;镧系元素;硝酸;钾;研究与开发;钠;

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7. ION EXCHANGE PERFORMANCE OF TITANOSILICATES, GERMANATES AND CARBON NANOTUBES [O] . Alsobrook, A., Hobbs, D. 2013

机译：钛硅酸盐，锗酸盐和碳纳米管的离子交换性能

Ion Exchange Performation of Titanosilicates, Germanates and Carbon Nanotubes. Fuel Cycle Research and Development.

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