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A simple method for estimation of sulphur in nanoformulations by UV spectrophotometry

机译:用紫外分光光度法估算纳米制剂中硫的简单方法

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We have recently reported the development of nanosulphur with remarkable fungicidal properties, much better than the conventional sulphur. The nanosulphur could substitute the toxic conventional synthetic fungicides. The lack of estimation protocols for active ingredient in nanoformulations and exploitation of nanosulphur as a new technology for fungal management necessitates the need for estimation protocols to ensure the quality and quantity of sulphur in nanoformulations. Therefore, a method was developed for the estimation of sulphur in its nanoformulations using UV-visible spectrophotometry. Thirty-four samples of nanosulphur were analysed to validate the method. The percentage estimation of the active ingredient in all the samples was above 80.
机译:我们最近报道了具有显着杀真菌特性的纳米硫的发展,它比传统的硫要好得多。纳米硫可以替代有毒的常规合成杀真菌剂。纳米制剂中缺乏有效成分的估算规程,而纳米硫作为真菌管理的新技术被利用,因此需要制定估算规程以确保纳米制剂中硫的质量和数量。因此,开发了一种使用紫外可见分光光度法估算纳米制剂中硫的方法。分析了34个纳米硫样品以验证该方法。所有样品中活性成分的百分比估计均高于80。

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