Eye shadow 화장품에 첨가된 무기물질의 성분과 미세구조 분석
Analysis on the Elements and Ultrastructure of Inorganic Materials in the Eye Shadow Cosmetics
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In this study, we investigated the microstructure and element of the ingredients of three kinds of eye shadow with different color each other commonly in use for eye make-up using scanning electron microscope and energy disperse X-ray spectroscope. In the examination of golden peach eye-shadow under observation of scanning electron microscope, mica covered by titanium dioxide was observed in a form of thin section. The mica with pearly luster was mostly observed. In the examination of brown eye-shadow, the particles of the mixture were relatively even in size and homogenous in composition. It was found that the inorganic matters of the mixture had talc, iron oxide black and iron oxide yellow as main component. Among them, talc was a major component of most matters. In the examination of deep brown eye shadow, the mixture was homogenous with small particles covering the surface of silica. The flakes of round silica and talc were observed, which were relatively big in size. The major component of it was iron oxide black with lumps in a form of thin flack around them. The inorganic elements comprising the golden peach eye-shadow were carbon, oxygen, magnesium, aluminum, silicon, potassium, titanium and iron. Silicon accounts for 13.32%, the largest portion, and iron 0.67%, the least portion. The brown eye-shadow were carbon, oxygen, magnesium, silicon and iron. Among them, silicon accounts for 17.31％, the largest portion, and iron 2.58%, the least portion. The deep brown eye shadow were carbon, oxygen, sodium, magnesium, aluminum, silicon, sulfur and iron. Among them, iron accounts for 45.37%, the largest portion, and aluminum 0.20%, the least portion. According to the results of elemental analysis of the inorganic matters comprising three types of eye shadow used in the present study, it was found that there are differences in the content of inorganic minerals which create a luster or chic effect depending upon the function of eye make-up.
Abstract
In this study, we investigated the microstructure and element of the ingredients of three kinds of eye shadow with different color each other commonly in use for eye make-up using scanning electron microscope and energy disperse X-ray spectroscope. In the examination of golden peach eye-shadow under observation of scanning electron microscope, mica covered by titanium dioxide was observed in a form of thin section. The mica with pearly luster was mostly observed. In the examination of brown eye-shadow, the particles of the mixture were relatively even in size and homogenous in composition. It was found that the inorganic matters of the mixture had talc, iron oxide black and iron oxide yellow as main component. Among them, talc was a major component of most matters. In the examination of deep brown eye shadow, the mixture was homogenous with small particles covering the surface of silica. The flakes of round silica and talc were observed, which were relatively big in size. The major component of it was iron oxide black with lumps in a form of thin flack around them. The inorganic elements comprising the golden peach eye-shadow were carbon, oxygen, magnesium, aluminum, silicon, potassium, titanium and iron. Silicon accounts for 13.32%, the largest portion, and iron 0.67%, the least portion. The brown eye-shadow were carbon, oxygen, magnesium, silicon and iron. Among them, silicon accounts for 17.31％, the largest portion, and iron 2.58%, the least portion. The deep brown eye shadow were carbon, oxygen, sodium, magnesium, aluminum, silicon, sulfur and iron. Among them, iron accounts for 45.37%, the largest portion, and aluminum 0.20%, the least portion. According to the results of elemental analysis of the inorganic matters comprising three types of eye shadow used in the present study, it was found that there are differences in the content of inorganic minerals which create a luster or chic effect depending upon the function of eye make-up.
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