biomimetic materials

Design and preparation of Ca-P biomimetic artificial bone materials

Ca-P仿生人工骨材料的设计与制备

Biomimetic Strengthening PLA Scaffold Materials for Bone Tissue Engineering

仿生增强制备聚乳酸基骨组织工程复合材料

After analyzing the feasibility and superiority of biomimetic inorganic materials in stone conservation, it shows that they are the new potential protecting materials.

分析了仿生无机材料在石质文物保护应用中的可行性及优越性，表明是一种很有潜力的新型保护材料。

Study on the Chitosan/ Hydroxyapatite Biomimetic Bone Materials

壳聚糖/羟基磷灰石仿生骨材料的研究

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 biomimetic mechanism of inorganic materials is discussed under mediation of variable organic templates and coating of phosphates on titanium surface by self assembling method was studied.

进一步进行了以自组装方法在钛表面镀磷酸盐的研究，探讨了在变动的有机模板调制下无机材料的仿生合成机理。

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。

Advances in Biomineralization of Nacreous Layer and Its Inspiration for Biomimetic Materials

贝壳珍珠层生物矿化及其对仿生材料的启示

After discussing the exploring research of the organic fluorinated polymeric materials, nanoparticle materials and biomimetic inorganic materials having specific characteristics in stone conservation, it showed that they are the new potential protecting materials.

本文对有特殊性能的有机氟聚合物材料、纳米材料和仿生无机材料在石质文物保护中的探索研究进行了介绍，表明它们是很有潜力的新型石质文物保护材料。

It is observed that some changes happen to the preferential orientation of aragonite crystals in the nacre, which is very important for further understanding the biomineralization process and instructing the biomimetic synthesis of materials.

率先对鲍鱼贝壳珍珠层的微结构进行了基于贝龄的动态分析，发现了珍珠层中文石晶体择优取向的变化，对于加深生物矿化的认识与更好地指导材料仿生合成具有重要意义。

This dissertation is intended to supplement and develop precursor calcinations routes to synthesize porous inorganic materials and use templates to prepare micro-or nano-scale biomimetic inorganic materials.

本论文旨在补充和发展无机微纳结构材料的合成与组装方法，利用前驱体煅烧路线控制合成多孔无机材料，以及利用生物分子模板法设计制备微纳结构的仿生材料。

The research status of biomimetic synthesis of inorganic materials is reviewed.

本文综述了无机材料仿生合成的发展现状。

Biomimetic synthesis of Earth materials helps us to understand the mechanism of biomineralization under artificial conditions.

地球材料的仿生合成帮助我们了解了在人工条件下的生物成矿机制。

Two kinds of projects were proposed to prepare bone biomimetic composite materials with tussah fibroin.

本课题运用生物矿化原理提出两种方案制备了柞蚕丝丝素蛋白（TSF）骨仿生复合材料。

Research Progress of Biomineralization in Biomimetic Materials Field

生物矿化在仿生材料领域的研究进展

Research Status of Biomimetic Materials

仿生材料的研究现状

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。

Application of Biomimetic Inorganic Materials in Stone Conservation

仿生无机材料在石质文物保护中的应用

Thoroughly studying on ligament structure, composition, and properties can provide not only scientific data, but also templates for synthesizing of high performance biomimetic materials.

对其结构、组成和性能等进行深入研究，可为高性能仿生材料的合成提供模板和科学依据。

Phospholipid Polymers are a family of biomimetic materials and proved to be biocompatible, specifically blood-compatible.

磷脂聚合物是一类生物相容性很好的生物材料.

The Status Quo and Development of Study on Inter-Laminated Biomimetic Composite Materials

仿生叠层复合材料的研究现状与发展

The adsorptions of protein on different substrate are widely applied in various fields, such as biomaterials, biomedical devices, biosensors, biomimetic materials and so on.

蛋白质在载体材料表面的吸附广泛应用于生物材料、生物医学、生物传感器、仿生材料等领域。

Biomimetic analysis and design is a new direction in the study of composite materials. The bio-structure characteristics and its relevance to properties should be further studied in the research of structure biomimetic materials to facilitate the development of biomimetic materials science.

认为应对现有生物体的结构特征与其性能的相关性进行进一步的研究，从材料科学角度研究它们的规律，进行仿生设计，以推动仿生材料学的发展。

Biocompatibility of four new biomimetic polymeric materials with mouse embryonic fibroblast/ 3T3 cell line: an experimental study in vitro

系列仿生高分子复合材料与小鼠成纤维细胞生物相容性体外实验研究