1) green luminescence materials
绿色发光材料
2) green material
绿色材料
1.
The concept of green material and its development were introduced briefly.
简要介绍了绿色材料的概念和发展状况。
2.
A great deal of industry scrap was come into being in the process of producting magnesium alloy which was reputed green material of 21 century;to exert magnesium resource advantage of our country and improve international competition of magnesium alloy,the reclaiming and recycling magnesium alloy were must taken into account and settled with exploiture of magnesium alloy.
镁合金被誉为21世纪的绿色材料,镁合金制品的生产过程产生大量的工业废料,要充分发挥我国的镁资源优势和提高镁合金在国际上的竞争力,必须在开发镁合金的同时考虑和解决镁合金的回收和再生问题。
3.
Moreover, it expounds the design concepts of the green material design and the humanization design, and analyzes the importance of the green material design and the humanization design in the green furniture product design.
介绍绿色家具产品设计的新概念;分析了绿色家具产品设计的内函、特点及国内外当前绿色家具产品设计的实际水平,及对绿色材料设计和人性化设计的设计概念进行了论述;分析了绿色材料设计及人性化设计在绿色家具产品设计中的重要性;重点提出我国绿色家具产品设计应优先发展绿色材料设计技术、人性化设计技术、清洁化涂料和胶料设计技术及清洁化环境设计技术。
3) green materials
绿色材料
1.
Based on the importance of the materials of green design for household appliances,it puts forward on the selecting principle of the green materials.
基于家电产品绿色设计中材料的重要性,提出了材料的选择原则;并根据国内外对家电产品绿色材料的要求,进一步对家电产品的材料选择进行探讨分析,提出了一系列具体的材料选择措施;同时提出需要通过建立绿色材料数据库、知识库和材料绿色度评价系统,对家电产品实行材料管理,从而推动家电产品的绿色设计和循环经济的发展。
2.
This paper introduced the meanings of green materials and the aims of green materials education.
绿色材料又称化学生态环境材料。
3.
Its supporting technologies are researched,that including database and knowledge base of green materials and environmental influence evaluation system based on green materials life cycle.
研究了材料对外部环境的影响,提出了面向绿色制造的材料选择方法:技术性原则、经济性原则和环境性原则的综合和集成,探讨了绿色材料数据库和知识库、绿色材料生命周期环境影响评估系统等支撑技术,构建了面向绿色制造的材料选择多目标决策模型,以便为材料选择提供理论和技术支持。
4) blue-emitting phosphor
蓝色发光材料
5) blue emitting material DPVBi
蓝色发光材料DPVBi
6) red emitters
红色发光材料
1.
The advances,the applications in organic light-emitting diodes (OLEDs) and the future R&D directions of the well developed types of organic red emitters,such as transition metal complexes,intra-molecular charge transfer(ICT) compounds,condensed aromatic hydrocarbons and oligomers are discussed.
本文总结了近年来有机金属配合物、分子内电荷转移化合物、稠环芳香类化合物以及齐聚物等几类有机电致发光红色发光材料的研究进展 ,详细介绍了它们在有机电致发光器件中的应用 ,并对有机电致发光红色发光材料未来的研究方向作了展望。
补充资料：材料界面(见材料表面)
材料界面(见材料表面)
interface of materials
材料界面interfaee of materials见材料表面。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条