专题:Radioactive element chemistry and processing

This cluster of papers focuses on the chemistry of actinide and lanthanide elements, particularly uranium, and their interactions with various materials and compounds. The topics covered include extraction, sorption, bioremediation, complexation, adsorption, and coordination chemistry related to actinides and lanthanides. The research also explores the environmental implications and practical applications of these chemical processes, especially in the context of nuclear waste management.
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From bench to buoy: challenges in seawater uranium extraction

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Phosphate/amidoxime bifunctionalized calcium alginate aerogel enabling uranium remediation under highly acidic wastewater

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Porous electrospun membranes with regenerable bifunctionality for on-site uranium detection and efficient capture

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Synergistic polarization-crystallinity modulation and interlayer bridging in poly heptazine imide for enhanced piezo-photocatalysis toward uranium removal

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Improving the conjugation of organic ligands enhances the antenna effect and promotes the luminescence and optical imaging of chiral mononuclear Eu( iii ) complexes

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Sulfone Molecular Switch Enables Direct Two‐Electron Uranium Photoreduction in Programmed Covalent Organic Frameworks

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Dual conversion pathways for efficient electrochemical extraction of uranium

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A simple mixed-micelle process for selective microextraction of trace Th(IV) from lanthanide matrices

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Hierarchical triple-channel architectures unlock scalable and high-efficient uranium extraction from seawater

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Thorium in Energy and Ecology: Prospects for Clean Fuel Sources and Protection of Water and Soil Systems from Radiation Risks

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