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Radiochromic film label made from chitosan and Taraxacum officinale leaf extract

机译:由壳聚糖和蒲公英officinale叶提取物制成的放射刻度胶片标签

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Monitoring the dose of gamma-ray radiation is important in the healthcare field.A simple indicator for dose monitoring is provided by radiochromic labels.This paper reports the preparation and characterization of radiochromic labels prepared from the natural dye of Taraxacum officinale(TO)leaf extract mixed with a chitosan matrix.The radiochromic label was fabricated in the form of a colored plastic biodegradable film.The film structure was characterized by Fourier transform infrared spectroscopy.The color of the film label was quantitatively measured with a UV-Vis spectrophotometer at 433 and 630 nm.The ability of the labels to detect gamma-ray radiation was evaluated for a dose range from 0 to 30 kGy.Gamma-ray radiation caused changes in the color intensity of the film labels.Spectral analysis revealed that the absorbance increased when the film label was exposed to gamma-ray radiation.The results of these experiments show that the radiochromic film label made from TO leaf extract in a chitosan matrix can be used as a radiochromic indicator to determine the dose of gamma radiation and is a good candidate for use in the sterilization of health equipment.
机译:监测伽玛射线辐射的剂量是在剂量监测医疗field.A简单指示器重要由放射致labels.This纸提供报告的准备和从蒲公英的铁皮(TO)叶提取物的天然染料制备放射性铬标记的表征与脱乙酰壳多糖matrix.The放射性铬标记进行混合,然后在一个彩色塑料可生物降解的薄膜film.The其结构经傅立叶变换的薄膜标签的红外线spectroscopy.The颜色的形式制造具有UV-Vis分光光度计在433进行定量测量并检测伽玛射线辐射的标签630 nm.The能力从在薄膜labels.Spectral分析的颜色强度为0〜30 kGy.Gamma射线引起辐射的变化的剂量范围进行评价,发现该吸光度增加时膜标签暴露于这些实验的伽玛射线辐射。结果表明,从TO叶提取物中制备的变色薄膜标签壳聚糖基质可以用作放射性铬指示符来确定γ辐射的剂量,是在卫生设备的杀菌使用的良好候选者。

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