nacre

1. I am that grain of salt, and I am also the nacre tears that the oyster cried.
   我是那粒沙，也是牡蛎哭泣时流出的珍珠泪。
2. 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。
3. Unique Optical Reflection Spectra of Bivalve Nacre and Its Origin
   珍珠层独特的反射光谱特征及其成因
4. Objective To study the adhesion and proliferation of osteoblast on the surface of artificial bone. It is likely that nacre will become a good candidate for bone graft substitution in future.
   目的评价人成骨细胞在珍珠层聚乳酸人工骨上的粘附能力。认为珍珠层是一种很有前途的骨植入材料，提出了今后研究的方向。
5. Bioactive glasses were invented to create a better type of bone implant material. It is likely that nacre will become a good candidate for bone graft substitution in future.
   生物活性玻璃被发明的时候是为了获得更好的骨植入材料。认为珍珠层是一种很有前途的骨植入材料，提出了今后研究的方向。
6. Deposition of Plate-Like Apatite on Nacre Surfaces and Its in Vitro Bioactivity Coastal deposits are those sediments deposited at or near sea level.
   贝壳表面沉积片状磷灰石及其体外生物活性沿海沉积物是沉积在海平面或接近于海平面处的沉积物。
7. Mechanics Properties of Composite Materials Based on Stacked Microstructure of Nacre
   基于珍珠母堆垛微结构复合材料力学特性
8. Dynamic aragonite sheets thickness and new structural model of shell nacre
   贝壳珍珠层动态的文石板片厚度及其新结构模型
9. It is likely that nacre will become a good candidate for bone graft substitution in future.
   认为珍珠层是一种很有前途的骨植入材料，提出了今后研究的方向。
10. 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。
11. The oyster covers the piece of shell with a pearly substance known as@ nacre.
    牡蛎分泌一种叫做珠母贝的珍珠状物质覆盖那一小片贝壳。
12. As a result, nacre thickness is sometimes just a cosmetic layer that 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。
13. 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。
14. Experimental study on biocompatibility of nacre
    新型骨替代材料-珍珠层的生物相容性研究
15. In vitro biocompatibility and degradation of nacre/ polylactic acid composite artificial bone
    珍珠层/聚乳酸组合人工骨体外相容性及降解实验研究
16. 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。
17. The research status and the update progress of nacre are reviewed.
    对珍珠层的研究现状和最新进展进行了评述。
18. [ Objective] To study the biocompatibility of nacre on cultured human osteoblasts in vitro.
    [目的]研究珍珠层的生物相容性。
19. 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。
20. 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。
21. Microstructure of nacre is significant to understand the behavior of nacre and the biomimetic designing of materials.
    天然生物材料的组织结构特征及其与性能间的关系研究对于材料的仿生设计有重要意义。
22. The application of nacre, a type of natural bioactive ceramic, in bone tissue reconstruction
    天然生物活性陶瓷珍珠层在骨组织修复中的应用
23. Conclusion: The nacre composite artificial bone can promote the osteogenic ability of human osteoblast in vitro.
    结论：珍珠层人工骨可促进成骨细胞的体外成骨能力。
24. 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。
25. Preparation, Characterization and Tribological Behavior of Self-assembled Nanocomposite Thin Film with Mimic Nacre Structure
    仿贝壳结构的自组装纳米复合薄膜的制备、表征及摩擦学性能研究
26. A Review of Proteins in Nacre and Their Interaction with Calcium Carbonate
    珍珠层中的蛋白质及其与碳酸钙相互作用研究进展
27. Adhesion and Proliferation of Human Osteoblasts on the Surface of the Nacre Composite Artificial Bone
    成骨细胞在珍珠层复合人工骨表面的粘附和增殖
28. In-depth study provides new methods and understanding for preparation of materials inspired from nacre.
    不断深入的研究为仿生贝壳材料的制备提供了新的思路和方法，全文共分6章。
29. The immunochemical study showed that CaLP may locate around the prisms and in the organic layer sandwiched between the prismatic layer and the nacre.
    贝壳原位免疫实验显示，CaLP可能分布在贝壳棱柱层的棱柱周围以及棱柱层和珍珠层之间的有机夹层中。
30. Based on the study and understanding of nacre structure and its biomineralization mechanism with experiment skills in calcium carbonate especially amorphous calcium carbonate ( ACC) synthesis, we do research on biomimetic preparation of different materials with nacre-like structure or mechanical property.
    本文基于对贝壳结构和矿化机制的研究，以及对各种晶型碳酸钙尤其是无定型碳酸钙的合成技能，制备了不同的贝壳类结构或性质材料。

noun

1. the iridescent internal layer of a mollusk shell

   Synonym:    mother-of-pearl