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Separation of Plutonium Oxide Nanoparticles and Colloids

机译:氧化Ox纳米颗粒和胶体的分离

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摘要

Current interest in the chemical and physical properties of nanoparticles and chemical nanostructures cannot be overstated. Significant research has been conducted on transition-metal and main-group based nanoparticles. Of interest are their properties and applications in materials synthesis, electronic devices, drug delivery and their role as either environmental contaminants or reagents for remediation. Less exploration has occurred within nanomaterials and colloid phases of the actinide elements, the most studied of which is plutonium. In the report on this subject by Neck et al. Pu~(IV) colloids were shown to play a central role in the thermodynamic modeling of aqueous Pu speciation and redox chemistry.
机译:当前对纳米颗粒和化学纳米结构的化学和物理性质的关注不能被夸大。已经对基于过渡金属和主族的纳米颗粒进行了重大研究。令人感兴趣的是它们的性质和在材料合成,电子设备,药物输送中的应用以及它们作为环境污染物或补救试剂的作用。 nano系元素的纳米材料和胶体相中的勘探较少,其中研究最多的是p。在Neck等人关于这个主题的报告中。 Pu(IV)胶体在水性Pu形态和氧化还原化学的热力学建模中起着核心作用。

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