1) antifouling materials
生物防污材料
2) bio-protective material
生物防护材料
1.
In this paper,a comprehensive review was presented about the merit of electrospinning for bio-protetive material according to characteristic of electrospun fibers and special requirement of new type bio-protective material.
从静电纺丝纤维的特点出发,结合生物防护材料的特殊要求,综述了在生物防护材料领域应用静电纺丝技术的优势,并简要介绍了该技术面临的问题,最后展望了其应用前景。
3) bioantifouling
生物防污
1.
The progress in nontoxic antifouling coatings, including low surface energy antifouling coatings, bioantifouling coatings and nontoxic silicate antifouling coatings, is described.
介绍了低表面能防污涂料、生物防污涂料、无毒硅酸盐防污涂料等新型的无毒防污涂料的研究进展,并展望了无毒防污涂料的发展趋势。
4) Biomaterials
生物材料
1.
Biomaterials for control and remediation of cadmium pollution;
生物材料治理镉污染研究进展
2.
Electrospinning of Biodegradable Materials and Biomaterials and its Applications;
生物可降解及生物材料的电场纺丝及应用
3.
Proteins' Natural Conformation and Biomaterials' Biocompatibility;
蛋白质的天然构象与高分子生物材料的生物相容性
5) Biological materials
生物材料
1.
Low-temperature dielectric spectroscopy of biological materials is an important and effective method for studying cryo-ecosystem characterization,understanding cryo-microphenomenon,and developing a way for biological materials cryo-preservation.
生物介质低温介电谱是研究生物材料低温生态特性、了解介质内部低温微观现象,探寻生物材料低温保存方法的一种有效手段。
2.
Some biological materials in nature possess good matching and adaptability between property and structure.
自然界中的一些天然生物材料经过亿万年进化的结果使得它们具有性能和结构的良好适应性和匹配性。
3.
With the development of modern medical, and the appearance of new medical materials, the requirement of biological materials is growing.
随着现代医学的发展,新的医学材料的出现,对生物材料要求越来越高,而聚碳酸酯型聚氨酯材料正是这样一种对生物稳定性、对人体安全很有应用前景的植入材料。
6) biological material
生物材料
1.
Characteristics of immobilized biological materials used for removing heavy metals from water are reviewed,including selection of biological materials and the types of materials.
介绍了固定生物法去除水体中的重金属离子的特点 ,生物材料的类型 ,生物材料的选择 ,固定化方法及进行水处理的操作方式。
2.
It will be advantageous to use the biological material in film production.
介绍了可降解地膜的应用和发展，分析了可降解地膜制造和使用中的问题，提出了一种新的生物材料地膜成型原理──田间成型湿铺。
3.
The biological materials can be preserved in an extremely good state in cold environments and are often used to extract ancient DNA for genetic and evolutionary studies.
目前绝大多数关于古DNA研究的重要成果所使用生物材料均来自寒区环境 ,最为引人注目的有关猛犸象、棕熊和企鹅化石古DNA的研究 。
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