化妆品用润肤剂感官评估初探
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摘要
对12种不同类型的润肤剂进行感官评估。方差分析可知有机硅类及合成类润肤剂在使用时可以涵盖非常广的感官属性范围。植物类润肤剂差异并不明显,矿物类润肤剂在使用过程中差异较大,而使用之后指标差异不明显。主成分分析可知12种润肤剂根据不同的感官属性可以分成5类,区别润肤剂的主要指标为使用之后的存留量及光泽度。
Twelve emollients of different kinds were characterized by sensory evaluation. By means of ANOVA, it shows that the organic silicone emollients and synthetic emollients can cover a wide range of sensory attributes, and the difference among plant emollients is not obvious, in contrast the mineral emollients show significant difference in application process but not in indexes after application. The 12 emollients can be divided into 5 categories according to the sensory attributes by principal component analysis(PCA).
Twelve emollients of different kinds were characterized by sensory evaluation. By means of ANOVA, it shows that the organic silicone emollients and synthetic emollients can cover a wide range of sensory attributes, and the difference among plant emollients is not obvious, in contrast the mineral emollients show significant difference in application process but not in indexes after application. The 12 emollients can be divided into 5 categories according to the sensory attributes by principal component analysis(PCA).
引文
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[2]WINGFIELD C.Skin care in the older person:a focus on the use of emollients[J].British Journal of Community Nursing,2011,16(10):470-478.
[3]PENZER R.Emollients:selection and application[J].Podiatry Now,2005,8(9):A1-A5.
[4]PARENTE M E,GAMBARO A,SOLANAS G.Study of sensory properties of emollients used in cosmetics and their correlation with physicochemical properties[J].Journal of Cosmetic Science,2005,56(3):175-182.
[5]SAVARYG,GRISELM,PICARDC.Impact of emollients on the spreading properties of cosmetic products:a combined sensory and instrumental characterization[J].Colloids and surfaces B Biointerfaces,2013,102(1):371-378.
[6]VAN G,JOOST R,KROONENBERG,et al.Analysis of variance of multiply imputed data[J].Multivariate Behavioral Research,2014,49(1):78-91.
[7]杨小勇.方差分析法浅析-单因素的方差分析[J].实验科学与技术,2013,11(1):41-43
[8]CHEN H Y,LIéGEOISR,DE BRUYN J R.Principal component analysis of particle motion[J].Physical Review E,2015,91(4):1-6.
[9]苏键,陈军,何洁.主成分分析法及其应用[J].轻工科技,2012(9):12-16.
[10]王术.主成分分析法在我国学术期刊综合评价中的应用综述[J].情报探索,2014(10):30-32.