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1. Limestone: A Natural, Low-Priced Adsorbent for U(VI)

   Abstract

   Limestone obtained from Kirari, Akaltara, Chhattisgarh was applied to adsorb uranium(VI) from an aqueous solution of uranyl nitrate. Batch...

   V. Diwan, S. K. Sar in Radiochemistry

   Article 01 June 2023
   

2. Biological calcium phosphate nanorods for piezocatalytical extraction of U(VI) from water

   The application of nanomaterials in energy and environmental fields has recently made great progress. As a key element in the nuclear industry, the...

   Feixue Gao, Zhe Wang, ... Li De Zhang in Nano Research

   Article 12 October 2023
   

3. Agmatine ligand functionalized magnetic alginate beads for removal of U(VI) ions from solution

   In the presented work, magnetic alginate (MA) beads were prepared and activated with epichlorohydrin and then functionalized with agmatine ligands...

   Gulay Bayramoglu, Mehmet Yakup Arica in Journal of Radioanalytical and Nuclear Chemistry

   Article Open access 21 May 2024
   

4. Facet-dependent U(VI) removal of hematite with confined ferrous ions

   The presence of ferrous minerals has been demonstrated to have a significant impact on the destiny, migration, and availability of uranyl (U(VI)) in...

   **g Zhang, Shuya Liu, ... Ming Fang in Environmental Science and Pollution Research

   Article 28 September 2023
   

5. Preparation of intercalated MXene by TPAOH and its adsorption characteristics towards U(VI)

   Multilayer MXene (Ti ₃ C ₂ ) with large layer spacing, large specific surface area, and few surface end-groups-F was obtained by using...

   Zhongchao Wang, Pengfei Yang, ... Qiufan Yu in Journal of Radioanalytical and Nuclear Chemistry

   Article 09 March 2024
   

6. Efficient extraction of U(VI) ions from solutions

   The rapid development of advanced techniques for selective and efficient U(VI) extraction from aqueous solutions is essential for addressing U(VI)...

   Ya-Wen Cai, Ming Fang, ... **ang-Ke Wang in Nuclear Science and Techniques

   Article 06 January 2023
   

7. Efficient removal of U(VI) from aqueous solution using poly(amidoxime-hydroxamic acid) functionalized graphene oxide

   The efficient development of selective materials for uranium recovery from wastewater and seawater is crucial for the utilization of uranium...

   Bowu Zhu, Pengyuan Gao, ... Bin Liu in Environmental Science and Pollution Research

   Article 04 March 2024
   

8. CdS/COF core-shell nanorods with efficient chemisorption, enhanced carrier separation, and antiphotocorrosion ability for U(VI) photoreduction

   Reduction of soluble U(VI) to insoluble U(IV) based on semiconductor photocatalysts is a favored U(VI)-extraction method, because of its simplicity,...

   Kaifu Yu, Pan He, ... Lijian Ma in Science China Materials

   Article 09 November 2023
   

9. Phosphorylated hollow carbon-based material derived from ZIF-8 and its U(VI) adsorptive performance

   Inspired by its large specific surface area, and tunable chemical and physical properties, a hollow carbon-based mater8ial derived from ZIF-8 with...

   Youqun Wang, Weiqian Cai, ... **aohong Cao in Environmental Science and Pollution Research

   Article 24 February 2024
   

10. Persimmon tannin-modified graphene oxide/chitosan microsphere for removing U(VI) in rare earth wastewater

    A new persimmon tannin-modified graphene oxide/chitosan microsphere (PGC) was prepared by the mixed crosslinking method, and the effective adsorption...

    Fan Wu, Huayong Huang, ... Yu Guo in Journal of Radioanalytical and Nuclear Chemistry

    Article 24 July 2023
    

11. Adsorption of U(VI) ions using functionalized sago hampas: kinetics, isotherms, and thermodynamics studies

    Raw sago hampas (RSH) was grafted with oxygen-containing functional group through a functionalization process to form esterified sago hampas (ESH)...

    Boon Siong Wee, Muhammad Firdaus Maligan, ... Naoki Shirai in Journal of Radioanalytical and Nuclear Chemistry

    Article 09 May 2024
    

12. Magnetic KIT-6 nano-composite and its amino derivatives as convenient adsorbent for U(VI) sequestration

    Although mesoporous silica with magnetically hybridized two-dimensional channel structures has been well studied in recent years, it remains a...

    Jiafeng Ouyang, Wenlu Guo, ... Liyong Yuan in Frontiers of Chemical Science and Engineering

    Article 23 September 2023
    

13. UIO-66-NH₂ modified by BPDA for adsorption studies of U(VI)

    In this study, a crystal material UIO-66-NH ₂ -BPDA was designed by grafting BPDA onto UIO-66-NH ₂ and applied to extract U(VI) from aqueous solution....

    **aoli Chen, Dongyang Xu, ... Guowen Peng in Journal of Radioanalytical and Nuclear Chemistry

    Article 07 November 2023
    

14. Bio-waste derived hydroxyapatite nano rods for U(VI) uptake from aqueous medium

    Hydroxyapatite Nano Rods (HAp-NR) was synthesized from Perna viridis shell bio-waste by chemical precipitation method followed by annealing with...

    A. Dhanasekaran, G. Suresh, ... R. M. Vimalathithan in Journal of Radioanalytical and Nuclear Chemistry

    Article 05 June 2023
    

15. Interaction of exopolysaccharide with clay minerals and their effects on U(VI) adsorption

    Purpose

    The modification of clay minerals by exopolysaccharides (EPS) may significantly increase their adsorption capacity for heavy metals....

    Huimin Zhang, Steve Larson, ... Fengxiang X. Han in Journal of Soils and Sediments

    Article 11 July 2023
    

16. Effect of preparation methods on the morphology of jarosite and its adsorption performance for U(VI)

    Jarosite has shown excellent adsorption capacity in heavy metal adsorption processes. In this study, jarosite was synthesized using different...

    Jian** Guo, Zhongkui Zhou, ... Zhongqiang Hu in Journal of Radioanalytical and Nuclear Chemistry

    Article 14 November 2023
    

17. Solvent-regulated self-assembled carbon nitride for photocatalytic reduction of U(VI) in water

    Manufacturing high-performance and reusable materials from radioactive uranium-containing wastewater remains a significant challenge. Herein, a...

    Zhiwen Wu, Zongbo **e, ... Zhanggao Le in Photochemical & Photobiological Sciences

    Article 02 March 2024
    

18. Comparison of adsorption of U(VI) by magnetic MCM-41, MCM-48 and SBA-15 mesoporous silicas

    Three types of magnetic mesoporous silicas (MMSs), namely, MMCM-41, MMCM-48 and MSBA-15 were prepared by a hydrothermal method using CTAB and P123 as...

    Dongxu Bi, Weiqian Cai, ... Yunhai Liu in Journal of Radioanalytical and Nuclear Chemistry

    Article 04 February 2024
    

19. Phosphorylated cellulose carbamate for highly effective capture of U(VI)

    A novel phosphorylated cellulose carbamate (PCC- x ) by introducing urea into the functionalized reaction is demonstrated. The effects of urea content...

    Nan Zhang, **feng Li, ... Fuqiu Ma in Journal of Radioanalytical and Nuclear Chemistry

    Article 06 January 2023
    

20. Investigation of U(VI) and Th(IV) Adsorption Behavior onto El-Zafarana Silica Sand Modified with Metal Oxides

    Abstract

    El-Zafarana silica sand (ZSS) was modified with ZnO and CuO forming the new adsorbent ZnO−CuO/ZSS for removing U(VI) and Th(VI) from aqueous...

    O. A. Elhefnawy, A. A. Elabd in Journal of Water Chemistry and Technology

    Article 21 September 2023