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首页> 外文期刊>Natural product research >Short communication: investigating the effect of saffron (Crocus sativus L.) nano-sizing on its colour extraction efficiency: a preliminary study
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Short communication: investigating the effect of saffron (Crocus sativus L.) nano-sizing on its colour extraction efficiency: a preliminary study

机译:短期通信:研究藏红花(番红花Sativus L.)纳米尺寸对其颜色提取效率的影响:初步研究

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This study investigated the effect of saffron nano-sizing on its the colour extraction yield. The whole stigma was ball-milled at three different times (10, 20 and 100 h), immediately or with a 24 h delay was submitted to absorption test, and then the colour extraction efficiency was determined. When stigma was milled for 100 h, its particle size was reduced to less than 20 nm, as shown by SEM and TEM images, and its extraction efficiency was considerably increased by 19.8% as compared with the stigma blended for 10 min. However with a 24 h delay between the end of milling and absorption test, the yield of colour extraction significantly decreased. The recommended milling conditions resulting in extraction efficiency of 16.2% (in comparison with stigma blended for 10 min) were determined to be the milling for 10 h with initial tendering prior to milling operation.
机译:本研究调查了藏红花纳米尺寸对其颜色提取产率的影响。 整个耻辱在三种不同的时间(10,20和100h),立即或用24小时延迟,提交吸收试验,然后测定颜色提取效率。 当液体研磨100小时时,其粒度降低至小于20nm,如SEM和TEM图像所示,与颗粒混合10分钟相比,其提取效率显着增加了19.8%。 然而,在铣削和吸收试验结束之间具有24小时的延迟,颜色提取的产率显着降低。 确定提取效率为16.2%的推荐铣削条件(与颗粒混合10分钟的颗粒相比),以铣削操作前初始损耗为10小时。

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