Sea Urchin Skeleton: Structure, Composition, and Application as a Template for Biomimetic Materials

机译：海胆骨架：结构，组成和应用作为仿生材料的模板

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SEM and optical microscopy, chemical and EDX analysis, XRD, and FT-IR spectroscopy of three sea urchins skeletons (tests) show that the test is a spongy stereom, consisting of calcite with high content of magnesium. The tests are composed of mineral-organic composite of calcite-magnesite crystals, coated with organic film, containing silicon in form of polyphenylsiloxane. In the test of sea urchin pore spaces are linked into united system of regular structure with structure motive period about 20 um. This developed three-dimensional structure was used as a template for polymer material based on polyferrofenilsiloxane [OSiC_6H_5OH]_x[OSiC_6H_5O]_y[OFeO]z, which is chemically similar to the native film, coating sea urchins skeleton.

机译：SEM和光学显微镜，化学和EDX分析，XRD和FT-IR光谱的三次海胆骨骼（测试）表明该测试是一种海绵状立体化，由具有高含量镁的方解石组成。该试验由方解石 - 菱镁矿晶体的矿物质组合物组成，涂有有机膜，含有多酚硅氧烷形式的硅。在海胆试验中，孔隙空间与常规结构的联合系统有关，结构动力周期约20℃。该开发的三维结构用作基于聚氯氟硅氧烷的聚合物材料的模板[OSIC_6H_5O] _X [OSIC_6H_5O] _y [OFEOO] Z，其与天然薄膜化学相似，涂覆海胆骨架。

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《International Conference on Smart Materials Technologies》|2017年|1 v. (various pagings) :|共5页
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Nikolay P. Shapkin; Irina G. Khalchenko; Alexander E. Panasenko; Anatoly L. Drozdov;
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中图分类 TB39-532;
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SEM; EDX; XRD;

机译：我是;EDX;XRD;

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4. Sea Urchin Skeleton: Structure, Composition, and Application as a Template for Biomimetic Materials [C] . Nikolay P. Shapkin, Irina G. Khalchenko, Alexander E. Panasenko, International Conference on Smart Materials Technologies . 2017

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5. Biomimetic templates for the synthesis of nanostructured and nanocomposite silica materials. [D] . Knecht, Marc R. 2004

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Sea Urchin Skeleton: Structure, Composition, and Application as a Template for Biomimetic Materials

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