电话: 1340-198-3017
E-mail: lily11697@163.com
化学与分子工程学院
南京工业大学浦口校区
南京，江苏 211800
出 生 日 期: 03/03/1983
最 高 学 历: 06/30/2012, 博士（化学，理学）,浙江大学
u 教 育 经 历 及 获 得 奖 励
l 09/2002－06/2006 学士, 同济大学
2003 二等奖学金
2003-2006 化学系学生会
2004优秀毕业生，二等奖学金
u 09/2012-12/2016
国家自然科学青年基金(No. 21301091)
江苏省自然科学青年基金 (No. BK20130914)
l 09/2006-06/2012 浙江大学
发表三篇文章彩票平台大全，参与六个项目.
负责与联合利华Unilever?的合作项目.
l 09/2002－06/2006 同济大学
发表一篇文章
u 2011, 23, 4695 Employment Experience
l Education and Awards
l 09/2002－06/2006 Bachelor in Chemistry, TongJi University, Shanghai, P. R. of China
2003 leader of learning department and propaganda department; the second prize scholarship of Tongji University
2003-2006 member of student union of chemistry department
2004 excellent student; the second prize scholarship
u 09/2012-12/2016 Project Principal
National Natural Science Foundation of China (No. 21301091)
Jiangsu Provincial Natural Science Foundation (No. BK20130914)
l 09/2006-06/2012 Ph. D in chemistry
Application and characterization of the nano apatite biomaterials. Published 3 papers, and joined 6 research projects.
Worked as a leader in the cooperative project of enamel regeneration with R&D department of Unilever?.
Skilled in using of AFM, FTIR, XRD, SEM etc.
l 09/2002－06/2006 Bachelor in Chemistry
Published one SCI paper.
Designed the plan of research and did the experiment independently.
u 2011, 23, 4695<span "> (IF > 10.0）
2、Li Li, H.Pan, J.Tao, X.Xu, C.Mao, X.Gu, R.Tang, Repair of enamel by using hydroxyapatite nanoparticles as the building blocks. J.Mater.Chem. 2008, 18, 4079 (IF > 5.0）
3、Li Li, Caiyun Mao, Jianming Wang, Xurong Xu, Haihua Pan, Yan Deng, Xinhua Gu, and Ruikang Tang, Enamel repair by using bioglass and Glutamic (under preparing)
4、Li Li, Song YS, Yan B, A novel dimeric europium complex of 5-amino-2-chlorobenzoic acid: Structure and photophysical properties, J COORD CHEM.2005, 8, 661 (IF > 0.8)
5、Jinhui Tao, Haihua Pan, Halei Zhai, Jieru Wang, Li Li, Jia Wu, Wenge Jiang, Xurong Xu and Ruikang Tang, Control of Tricalcium phosphate Single-Crystal formation from Its Amorphous Precursor by Interfacial Energy, Cryst. Growth Des. 2009, 9, 3154
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