2015年6月26日,科技部委托上海市科委组织专家对中心承担的科技部国际合作项目《中国-巴西政府纳米技术联合研究中心及新能源项目合作开发》进行了验收。专家组对该项目取得的研究成果给与了高度评价,认为项目在实施过程中取得了一定的成就。第一,与巴西在纳米技术领域建立起了很好的交流平台,签约了合作协议,促进了人员交流,并接受了巴西科研人员在中心开展访问研究,增强了中巴双方科研人员的友谊;第二,应用纳米技术在新能源领域取得突破,开展研究的锂离子电池快速电子/离子传导用的纳米复合电极材料制备、具有宽电化学窗口的基于纳米填料复合的聚合物电解质材料制备,以及研究的有关制备机理和电化学过程等方面都取得了良好进展,一些性能指标与同行对比具有明显优势,也为今后开发高性能锂离子电池材料的制备提供了科学实验依据;第三,开发了具有自主知识产权的锂离子电池关键材料的制备及应用共性技术,即高性能锂离子电池负极材料钛酸锂的制备新技术及其产品开发,并荣获2014年度上海市科技进步奖三等奖。
Established by the National Engineering Research Center for nanotechnology and applications in collaboration with Wuxi Nao New Materials Technology Co., Ltd. This center aims to apply nanotechnology to jointly develop functional aqueous polymeric materials and the end products of nanotechnology for related applications, advancing the application of nanotechnology to functional coatings.
Was established by the National Engineering Research Center for nanotechnology and applications in collaboration with Shanghai defuran Chemical Fiber Co., Ltd. This base aims to put the results of nanotechnology in textile fibre products for engineering research and is dedicated to advancing the industrial process of nanotechnology achievements.
Established by the National Engineering Research Center for nanotechnology and applications in collaboration with Changchun Bona Industrial Co., Ltd. This laboratory aims to study the application of nanotechnology to plastic materials in the automotive field with a view to achieve new functional development and cost-effective performance of automotive engineering materials and improve the competitiveness of related products in the market.