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Ravi, P.V., Thangadurai, D.T., Nehru, K., Lee, Y.I., Nataraj, D., Thomas, S., et al. (2020) Surface and Morphology Analyses, and Voltammetry Studies for Electrochemical Determination of Cerium(III) Using a Graphene Nanobud-Modified-Carbon Felt Electrode in Acidic Buffer Solution (pH 4.0 ± 0.05). RSC Advances, 10, 37409-37418.
https://doi.org/10.1039/d0ra07555h

has been cited by the following article:

• TITLE: Impedimetric Sensor of Lanthanum and Cerium Ions Based on Functional Isosorbide-Based Oligo (Ether Sulfone) S-Modified Platinum Electrodes

  AUTHORS: Marwa Sebai, Nour El Houda Brirmi, Taha Chabbah, Saber Chatti, Kamel Alimi, Regis Mercier, Catherine Marestin, Hamdi Ben Halima, Boris Lakard, Nicole Jaffrezic-Renault

  KEYWORDS: Rare-Earth Elements, Dihydroxy-Oligo (Ether Sulfone) Modified Platinum Electrode

  JOURNAL NAME: Journal of Sensor Technology, Vol.14 No.4, October 10, 2024

  ABSTRACT: Rare earth elements (REEs) are beneficial in developing modern technologies, especially electronics. Their extractions from natural deposits and their recycling require chemical processes that should be monitored regarding efficiency and environmental sustainability. The purpose of this study is to develop impedimetric sensors for the sensitive detection of the rare earth elements La and Ce by modifying a platinum electrode with four isosorbide-based oligo (ether sulfone)s. These oligomers, functionalized with different end groups (hydroxyl, fluor, amine, maleimide), were obtained with satisfactory yields, starting from isosorbide and bis (4-fuorophenyl) sulphone monomers. The resulting oligomers were characterized by NMR, DSC, and ATG analysis. The dihydroxy-oligo (ether sulfone) modified sensor showed the highest analytical performance compared to the other oligomers. The detection limit is 10−9 M for La and 3 × 10−9 M for Ce which is lower than that of most of the published electrochemical sensors.