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首页> 外文期刊>Applied radiation and isotopes: including data, instrumentation and methods for use in agriculture, industry and medicine >ESR Dosimeters based on Metallodiphthalocyanines: Correlation between ESR and Spectrophotometric Data
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ESR Dosimeters based on Metallodiphthalocyanines: Correlation between ESR and Spectrophotometric Data

机译:基于金属二酞菁的ESR剂量计:ESR与分光光度数据之间的相关性

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摘要

Ionizing radiation (IR) induced redox processes in liquid dosimetric systems based on diphthalocyanine metal (DPcM) complexes solutions in organic solvents are accompanied by changes in their visible spectra and magnetic properties which can be measured by electron spin resonance (ESR) method at g approx= 2 and spectrophotometry (SP) without any special treatment of the samples. The good correlation between ESR and SP data for different systems based on solutions of DPc complexes of Lu, Hf and Zr can be explained by the fact that both methods determine the concentration of DPcM radical forms. The better accuracy of ESR method makes it possible to measure lower doses than using SP procedure.
机译:在有机溶剂中基于双酞菁金属(DPcM)配合物溶液的液体剂量系统中,电离辐射(IR)引起的氧化还原过程伴随着可见光谱和磁性的变化,这些变化可以通过电子自旋共振(ESR)方法在约g处测量。 = 2和分光光度法(SP),无需对样品进行任何特殊处理。基于Lu,Hf和Zr的DPc配合物溶液的不同系统的ESR和SP数据之间的良好相关性可以通过以下两种事实来解释:两种方法都确定了DPcM自由基形式的浓度。与使用SP程序相比,ESR方法精度更高,因此可以测量更低的剂量。

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