衰减全反射-傅里叶变换红外(ATR-FTIR)分析肯尼亚乳香精油

Mwaura J. Njuguna, Mary Muriuki, S. Karenga
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引用次数: 0

摘要

ATR-FTIR分析是一种可靠的方法,用于分析固体和液体样品,只需最少的样品制备。样品通常放置在ATR晶体上并施加压力以获得清晰的光谱。采用Clavenger蒸馏仪蒸馏法提取肯肯花精油8小时。精油经无水硫酸钠干燥后,置于棕色紫罗兰中,4℃冷藏。这些油的样本后来在肯尼亚内罗毕县的政府化学家那里进行了分析。记录到600及以上的高命中质量的化合物在油中存在的可能性最高。桉树油的命中质量为673,1,8 -cionele的命中质量为655。因此,这两种物质被认为存在于肯尼亚肯雅花精油中
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Attenuated Total Reflectance –Fourier Transform Infrared (ATR-FTIR) Analysis of Ocimum kenyense Essential Oils
ATR-FTIR analysis is a robust method that is used to analyse solids and liquid samples with minimal sample preparation. The samples are usually placed on the ATR crystals and pressure applied to obtain a clear spectrum. Essential oils from O. kenyense were extracted through hydro distillation using the Clavenger apparatus for 8 hours. The essential oils were dried by passing through anhydrous sodium sulphate after which they were placed in brown viols and refrigerated at 4℃. The sample of oils was latter analysed at the government chemist in Nairobi County in Kenya. Compounds that recorded a high hit quality of 600 and above had the highest probability of being present in the oil. Eucalyptus oil had a hit quality of 673 and 1, 8-cionele had a hit quality of 655 respectively. Therefore, the two were presumed to be present in O. kenyense essential oils
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