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Synthesis and characterization of quercetin and Europium complex modified by nano Fe3O4

机译:纳米Fe3O4改性槲皮素和铕络合物的合成与表征

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Extracted rutin from the bud of Sophora japonica, then prepared quercetin by hydrolyzing indirectly the solution of rutin crystal with sulfuric acid, the quercetin and Europium complex can be prepared by quercetin and Europium oxide, which served as raw materials reacted with each other under certain conditions.Then joined in the Fe3O4 nanometer ethanol in 30 °C and reacted 24 h paramagnetic quercetin-Eu metal complexes can be obtained. The complex of quercetin and Europium modified by Fe3O4 is studied by UV, IR spectrophotometry and magnetometer. It may be formed quercetin-Europium complex in A and C ring of quercetin, the quercetin hydroxyl and nano Fe3O4 is combined with the possibility of hydrogen, The complex of quercetin and Europium modified by nano Fe3O4 is measured by magnetometer, the complex have magnetic strength.
机译:从Sophora japonica的芽中提取了芦丁,然后通过间接水解芦丁晶体与硫酸的溶液来制备槲皮素,槲皮素和铕络合物可以通过槲皮素和氧化铕制备,其用作在某些条件下彼此反应的原料在30℃下加入Fe3O4纳米乙醇并反应24小时副噬蛋白-EU金属配合物。通过UV,IR分光光度法和磁力计研究了Fe3O4修饰的槲皮素和铕的复合物。它可以在槲皮素的A和C环中形成槲皮素络合物,槲皮素羟基和纳米Fe3O4与氢气的可能性组合,通过磁力计测量纳米Fe3O4的槲皮素和铕的复合物,复合物具有磁性强度。

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