1) industrialization material
工业化材料
2) materials industry
材料工业
1.
In this paper,not only the application of the supercritica fluid technology in environmental industry,chemical industry,foodstuff industry,medication industry and materials industry was systematically introduced,but also its development trend was discussed.
不仅全面介绍了超临界流体在环保、化工、食品、医药以及材料工业中的应用,而且对其发展趋势进行了评述。
2.
In China, materials industry includes steel、 colored metals、 building materials、petrochemical and textile industry.
本文在对我国资源、能源、生态环境和可持续发展 ,国民经济的稳步增长和世界技术进步趋势分析的基础上 ,面对我国进入 WTO后的机遇与挑战 ,着重提出了材料工业的共性关键技术和发展战略、重点研究课题以及政策建
3.
Based on this situation, taking building materials for the research object, materials life cycle analysis network database that accords with Chinese materials industry situation is developed independently in this paper.
材料在创造社会文明的同时,也带来一系列的资源、能源及环境问题,这逐渐成为制约材料工业可持续发展的关键因素。
3) material industry
材料工业
1.
Based on the point of view that the development of non-metallic mineral industry in 21 centuryshould be promoted by minerals study and mineral material、 material industry developing, the paper discusseddeeply that how to reclaim more wide markets through closely linking between mineral research、 deepprocessing products and science-technology developing in related industrial fields.
本文以矿物资源、矿物材料及材料工业带动新世纪非金属矿工业发展的观点,从更大广度和深度上讨论了矿物资源研究和深加工制品与相关领域科技成果等科技推进市场的有关技术和策略问题。
2.
In order to solve problems of transferring environmental loads to environmental costs,this paper establishes an environmental cost assessment model for material industry based on impact assessment of inventory analysis.
为了解决材料工业生命周期评价中普遍存在的环境负荷数据向环境成本转换问题,在清单分析中影响评价的基础上,构建了材料工业产品生命周期环境成本评价模型。
3.
In this paper, recycle actuality of non-metallic tailings are analyzed, utilization domain of non-metallic tailings in material industry are also summarized, then effective measure of non-metallic tailings Utilization in material industry are discussed.
对目前国内外非金属尾矿再利用的现状进行了分析,综述了非金属尾矿在材料工业中的应用情况,并对非金属尾矿在材料工业中再利用的发展前景提出了一些设想。
5) chemical materials
化工材料
1.
Pilot Studies on the Application of Chemical Materials in the Biologic Bacterium Preparation;
腐殖酸类化学化工材料在生物菌制剂中应用的初步研究
6) chemical engineering of materials
材料化工
1.
Chemica1 engineering of material is a multi-disciplinary of materials science，chemistry and engineering．The purpose of developing chemical engineering of materials is to promote the transition of laboratoty achievements into industrialization and to solve the problems of engineering technology,equipments and control.
材料化工是材料、化学与工程的交叉学科，发展材料化工的目的是解决实验室成果转化为工业生产的工程技术、设备、控制等问题。
补充资料：材料保护:磷化与铬酸盐化
磷化与铬酸盐化
金属在含有游离磷酸和易溶的硷﹑酸液中﹐利用表面附近的溶液酸硷度的变化获得难溶磷酸盐膜的材料保护技术。这种膜是金属在含有 6价铬和矿物性酸为主要组分的溶液中所形成的非结晶的无孔保护覆层。磷化广泛用於钢铁製品高级涂装层的前处理﹐还可与防锈油脂结合应用﹐延长有效保护期。磷化一般在接近溶液的沸点的温度下进行﹐硷化槽中的沉渣需要经常清理。铬酸盐化广泛用於锌压铸件﹑热浸锌件和镀锌镀鎘件上﹐形成的覆层能防止零件在潮湿环境中生锈﹐并能提高金属件的抗蚀性和改善外观。铝製品上的铬酸盐化有利於涂装﹐也能改善其抗蚀性和外观。
金属在含有游离磷酸和易溶的硷﹑酸液中﹐利用表面附近的溶液酸硷度的变化获得难溶磷酸盐膜的材料保护技术。这种膜是金属在含有 6价铬和矿物性酸为主要组分的溶液中所形成的非结晶的无孔保护覆层。磷化广泛用於钢铁製品高级涂装层的前处理﹐还可与防锈油脂结合应用﹐延长有效保护期。磷化一般在接近溶液的沸点的温度下进行﹐硷化槽中的沉渣需要经常清理。铬酸盐化广泛用於锌压铸件﹑热浸锌件和镀锌镀鎘件上﹐形成的覆层能防止零件在潮湿环境中生锈﹐并能提高金属件的抗蚀性和改善外观。铝製品上的铬酸盐化有利於涂装﹐也能改善其抗蚀性和外观。
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