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composite material science
相关语句
  复合材料学
     The development of wood science and technology in China will be characterized in intersection and frontier with other sciences in the direction of plant material science, wood based composite material science, wood based reconstituted material science, wood based Eco material science, science of environment engineering of wood structure, as well as science of wood chemical processing
     木材科学与技术学科的发展特点将更显交叉性和边缘性 ,向植物材料学、木基复合材料学、木质重组材料学、木质环境材料学、木结构环境工程学和木材化学加工学等方向发展
短句来源
     ObjectiveTo approach the taxonomy of polymer hydrogels prepared with composite material science methods.
     目的探讨以复合材料学方法所得高分子水凝胶的分类。
短句来源
  相似匹配句对
     The Science and Material of Nanometer
     纳米科学与纳米材料
短句来源
     Magnetostrictive Composite Material
     粉末冶金粘结磁致伸缩材料
短句来源
     Malimo Composite Material
     生产复合材料的针织缝编技术
短句来源
     Wood composite material is developing emphasis of wood material science.
     木质复合材料是木质材料科学发展的重点。
短句来源
     Material
     实验材料
短句来源
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A global integration of economy,science and technology along with national economic reforming and re structuring of government research institutions in China has created a great deal of impact on the development of wood science and technology, which must further strengthen the knowledge innovation and technology innovation in the new century in the country. Wood knowledge innovation will focus on wood resources structure in China. The relationship among properties, quality and bio formation as well as processing...

A global integration of economy,science and technology along with national economic reforming and re structuring of government research institutions in China has created a great deal of impact on the development of wood science and technology, which must further strengthen the knowledge innovation and technology innovation in the new century in the country. Wood knowledge innovation will focus on wood resources structure in China. The relationship among properties, quality and bio formation as well as processing and utilization of plant materials such as wood from plantation forest will be further understood. Technology innovation will be carried out mainly by enterprises and technology breakouts could be expected in processing and utilization of plant materials like wood, value added manufacturing, better performance of wood based materials and better environment protection etc. The development of wood science and technology in China will be characterized in intersection and frontier with other sciences in the direction of plant material science, wood based composite material science, wood based reconstituted material science, wood based Eco material science, science of environment engineering of wood structure, as well as science of wood chemical processing

在新世纪到来之际 ,为了适应全球经济一体化、科技经济一体化以及国家经济体制改革和科技体制改革的发展要求 ,我国将加强木材科学与技术的知识创新和技术创新 ,对学科发展进行重大调整。知识创新将在以人工林木材为主的植物材料的材质材性与生物形成和加工利用的关系方向有重大进展 ;技术创新将以企业为主 ,在以木材为主的植物资源加工利用技术、产品增值加工技术、木质材料性能、产品应用技术和环保技术方面有较大的突破 ;木材科学与技术学科的发展特点将更显交叉性和边缘性 ,向植物材料学、木基复合材料学、木质重组材料学、木质环境材料学、木结构环境工程学和木材化学加工学等方向发展

ObjectiveTo approach the taxonomy of polymer hydrogels prepared with composite material science methods.MethodsThe research results which have been obtained were synthesized and analysed in the light of multiscale design viewpoint,and the hydrogel composite materials were classified by the composite ways and its structural levels.Results and ConclusionA kind of taxonomy system was advanced in which new concepts of intermolecular composite,textural composite etc.were induced.Apply-ing...

ObjectiveTo approach the taxonomy of polymer hydrogels prepared with composite material science methods.MethodsThe research results which have been obtained were synthesized and analysed in the light of multiscale design viewpoint,and the hydrogel composite materials were classified by the composite ways and its structural levels.Results and ConclusionA kind of taxonomy system was advanced in which new concepts of intermolecular composite,textural composite etc.were induced.Apply-ing these concepts and methods will be helpful to research on composite biomaterials.

目的探讨以复合材料学方法所得高分子水凝胶的分类。方法根据多尺度设计的观点将现有的研究结果进行综合和分析,并依据复合方式及其结构层次对水凝胶复合材料进行了分类。结果和结论提出了复合水凝胶材料的一种分类体系,其中引入了分子间复合及织构复合等新概念。运用这些概念和方法有助于生物复合材料的研究。

 
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