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19.4 MB
Info Hash:
0D0349EF4FAB895190D9CAC21C15A4D123F4A168
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Aug. 29, 2025, 3:04 p.m.
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(Last updated: Aug. 29, 2025, 3:08 p.m.)
| File | Size |
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| Zhu W. Efficient Uranium Reduction Extraction. Material Design...Mechanisms 2026.pdf | 19.4 MB |
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SOURCE: Zhu W. Efficient Uranium Reduction Extraction. Material Design...Mechanisms 2026
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MEDIAINFO
Textbook in PDF format Enables readers to understand how to remove uranium from seawater and nuclear wastewater through a variety of techniques. Efficient Uranium Reduction Extraction provides experimental and theoretical knowledge on uranium reduction extraction, with information ranging from the design of extraction materials and methods to the evolution of uranium species and its reaction mechanism. Throughout the text, the authors illustrate the solution for the reductive separation of radioactive elements in complex environments and provide a new pathway for the treatment of wastewater. Written by a team of highly qualified authors, Efficient Uranium Reduction Extraction includes information on: General chemical properties of uranium, including its coordination structure and valence state transformations Performance evaluation criteria and device integration for uranium reduction and extraction Methods including nano-zero-valent iron, commercial iron powder under the influence of external fields, carbon-semiconductor hybrid materials, and plasma Advanced techniques, such as atomic-resolved HAADF-STEM and synchrotron XAFS, which explore uranium reduction at the atomic level Efficient Uranium Reduction Extraction delivers important and unique guidance on the subject for chemists, material scientists, and environmental scientists in universities and research institutions worldwide, along with undergraduate and postgraduate students in related programs of study. Background of Uranium Chemistry Introduction of Uranium Reduction Extraction Uranium Reduction Extraction by Modified Nano Zerovalent Iron Uranium Reduction Extraction by Commercial Iron Powder Photocatalytic Uranium Reduction Extraction by Carbon-Semiconductor Hybrid Material Photocatalytic Uranium Reduction Extraction by Surface Reconstructed Semiconductor Enhanced Photocatalytic Uranium Reduction Extraction by Electron Enhancement Photocatalytic Uranium Reduction Extraction in Tributyl Phosphate-Kerosene System Photocatalytic Uranium Reduction Extraction in Fluoride-Containing System Electrochemical Uranium Reduction Extraction: Design of Electrode Materials Electrochemical Uranium Extraction from Seawater-Reproduced Vacancy Electrochemical Uranium Extraction from Nuclear Wastewater of Fuel Production Perspectives and Emerging Directions
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