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Synthesis of Ru(III)and Al(III)Complexes Containing Anthraquinone Moiety and Interactions of the UV Radiations

机译:含蒽醌部分的Ru(III)和Al(III)配合物的合成及紫外辐射的相互作用

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The purpose of this study is to synthesize Ru(III)and Al(III)complex compounds of alizarin moiety as UV-absorber and investigated their UV interactions.Ru(III)and Al(III)complexes of alizarin and alizarin sulfonic acid sodium salt were synthesized in basic medium.Their structures were determined by ~1H NMR,FT-IR and magnetic susceptibility methods.The synthesized complex compounds and chosen compounds which are anthraquinone,alizarin,alizarin sulfonic acid sodium salt,1,2,5,8-tetrahydroxyantraquinone were investigated whether they have photochromic properties or not.To determine these properties,all the compounds were exposed UV radiation during various irradiation times such as 0,2,4,6 min at 365 nm.It was observed that the solutions of the anthraquinone derivatives are sensitive to UV irradiation in ethyl acetate.It is suggested that the synthesized complexes are able to absorb UV light more than their ligands within 2 min and any significant change could not record about photochromism.
机译:这项研究的目的是合成茜素部分的Ru(III)和Al(III)配合物作为紫外线吸收剂并研究它们的紫外线相互作用.Alizarin和茜素磺酸钠的Ru(III)和Al(III)配合物在〜1H NMR,FT-IR和磁化率方法中确定结构。合成的复合化合物为蒽醌,茜素,茜素磺酸钠,1,2,5,8-研究四羟基蒽醌是否具有光致变色性质。为确定这些性质,所有化合物在365 nm的0、2、4、6 min等不同照射时间下均暴露于紫外线辐射下。衍生物对乙酸乙酯中的UV辐射敏感。建议合成的配合物在2分钟内能吸收比配体更多的UV光,任何显着变化都不能记录光致色度短信

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