Ingredients: Nacre Powder, Mica Powder, Talc, etc.
成份：珠光粉、云母粉、滑石粉等。
There is much comparability between pearl and nacre in shells.
珍珠与贝壳珍珠层具有较多的相似性，但也存在很多不同。
Ingredients: Jojoba Oil, Olive Oil, Beeswax, Nacre Powder, Natural Fruit Essence, Pectin etc.
成份：霍霍巴油、橄榄油、蜜腊、珠光粉、天然水果香精、果胶等。
As a resul t, nacre thickness is sometimes just a cosmetic layer t hat can wear thin over time.
所以真珠质的厚度就像脸上化妆品，不久就会磨薄了。
Pearls are organic gems , created when an oyster covers a foreign object with beautiful layers of nacre.
摘要珍珠层是一种天然的纳米生物陶瓷材料，一直是生物矿物材料学者研究的焦点。
Nacre Shell Cream also known as mother of pearl has been a well guarded beauty secret throughout history.
珍珠层霜又作珍珠母，在历史上一直是很好的美容秘方。
Covered by her nacre tears, the grain of sand could not hurt her anymore: it had become smooth and harmless.
那粒沙子被她珍珠质的泪水包住了，再也不能碰伤她：它变得光滑，而且不再伤人。
Our nacre shell cream is made from crushed oyster shell which are rich in nacre, conchiolin, proteins and nutrients.
我们的珍珠层霜选用富含珠母贝、贝壳硬蛋白、蛋白质和营养成分的牡砺壳制成。
Cultured and natural pearls will feel slightly rough , like fine sandpaper , because of the texture of natural nacre.
天然珍珠和人工养殖珍珠会有些许粗躁的感觉，如同细砂纸般，那是真珠质的天然触感。
The application of alongside printing consisted of nacre printing and cover printing on polyester fabrics was introduced.
介绍在深色涤纶织物上应用珠光粉印花和罩印共同印花工艺。
The nacre is known by people's attention for a long time which is one of the general construction units of mollusk shell.
珍珠层很早就引起了人们的关注，它是软体动物贝壳中普遍发育的一种结构单元。
To observe and analysis the effect of nacre composite artificial bone on biological behavior of human osteoblast in vitro.
阐明珍珠层与聚乳酸复合后形成的人工骨材料在体外培养环境中对成骨细胞生物学行为的影响。
The sun is setting fast. The colors die. They shift from purple to dried blood, from nacre to bister, from cool dead grays to pigeon shit.
太阳很快要落下去了，天空中的色彩也消失了，紫色变成干血色，青贝色变成褐色，黯淡的灰色变成鸽粪色。
Nacre: this element whitens and brightens skin, getting rid of spots and blemishes, while leaving your skin feeling soft with a mother of pearl finish.
珠母贝：这种成分能够亮白肌肤，去除斑点和瑕疵，同时珍珠母能保持肌肤柔软。
Not only then are the smaller, less robust creatures but the pollution in the water changes the color of the nacre and changes the color of the pearl.
珠蚌不但更小，生命力更弱，受到污染的水会改变真珠质和珍珠的颜色。
The unusual exothermal transformation of nacre aragonite to calcite is perhaps resulted from the stored excess enthalpy in nanometer-size aragonite of nacre.
珍珠层文石这种异常的热相变特征可能是由纳米级文石储存的过剩焓引起的。
This paper studies pyrogenation of freshwater breeding nacre and mussel, and discusses the influence of shell on the pyrogenation process of macromolecule material.
本文研究了淡水养殖珍珠贝和淡水蚌壳的热分解行为，并且探讨了贝壳对高分子材料热降解行为的影响。
Fabrication of biomimetic laminated composite by mimicking the cyclical matrix control process to form the highly structured Mollusca nacre was presented in this paper.
以模拟软体动物珍珠层的周期性基质控制形成过程制备仿生层状复合材料。
The multilayer toughening conch nacre structure bio-inspired ballistic resistant composites which consisted of thin layer ceramic and resin matrix composites were prepared.
将薄层抗弹陶瓷材料与树脂基复合材料通过仿生结构设计制备了软、硬相交替叠合的多层增韧贝壳珍珠层结构仿生复合材料。
The structural color of nacre in bivalve shells of Pinctada maxima is derived from the combination effects of aragonite-protein multilayer structure and yellow pigments in nacre.
大珠母贝珍珠层的结构色是由文石板片和蛋白质层构成的多层薄膜结构和黄色素的共同作用决定的。
The relative concentrations of carotenoid in nacre are closely associated with the color of nacre and tend to reduce gradually from posterior to umbo region in nacre of the same shell.
珍珠层中类胡萝卜素的相对浓度与珍珠层的颜色密切相关，在同一贝壳中从壳后端至壳顶，其相对浓度逐渐变小。
The characteristic of structure of shell nacre and some kinds of natural biomaterial are briefly introduced , and the research and recent developments of biomimetic materials are reviewed.
简要地介绍了贝壳珍珠层天然生物材料的结构特征，进而综述了仿生材料的研究现状。
The structural color and microstructure of nacre in bivalve shells of Pinctada maxima were investigated by optical reflection spectra, scanning electron microscopy and theoretical simulation.
采用反射光谱、扫描电镜及理论模拟计算对大珠母贝珍珠层的结构色及微结构进行了系统的研究。
Only relatively pristine material has the goods Landman is after, so his team USES a scanning electron microscope (below), which utilizes a beam of electrons to image surfaces, to find the best nacre.
只有相对原始状态的材料才拥有兰德曼所需要的研究对象，因此他的研究小组必须使用利用电子束表面成像的扫描电子显微镜(下图)去寻找最好的珍珠层。
Only relatively pristine material has the goods Landman is after, so his team USES a scanning electron microscope (below), which utilizes a beam of electrons to image surfaces, to find the best nacre.
只有相对原始状态的材料才拥有兰德曼所需要的研究对象，因此他的研究小组必须使用利用电子束表面成像的扫描电子显微镜(下图)去寻找最好的珍珠层。
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