基本信息：

姓名：项红萍
职称：副教授/博导
电子邮箱：xianghp@tongji.edu.cn

办公地点：嘉定校区德才馆450室
电话：

研究方向：

1.    发展高通量高效的多尺度材料计算方法和软件。

2.    跨尺度研究金属纳米粒子及其阵列表面等离子体振荡。

3.    设计超高速激光诱导的量子逻辑，量子信息存储磁性纳米材料。

4.    电、磁功能材料结构设计、性质预测以及机制解析。

学习工作经历：

2003/9-2008/7    中国科学院长春应用化学研究所           博士学位

2008/10-2010/3    德国亚琛工业大学无机化学学院           博士后

2010/4-2012/6     德国凯泽斯劳滕工业大学物理系           博士后

2012/7-2014/12    美国加州州立大学北邻分校物理系         博士后

2015/1-2017/3     中国科学院福建物质结构研究所           副研究员

2017/4-至今       同济大学材料科学与工程学院             副教授

代表性论文：

1.         Xiang H. P., Zhang X., Neuhauser  D., Lu G., Size-dependent plasmonic resonances from large-scale quantum  simulations.Journal of Physical  Chemistry Letters5, 1163 (2014).            

2.         Xiang H. P., Zhang M. L. Zhang X.  Lu G. Understanding Quantum Plasmonics from Time-Dependent Orbital-Free  Density Functional Theory.Journal  of Physical Chemistry C120, 14330(2016).

3.         Zhang M. L.Xiang. H. P., Zhang X. Lu G.  Quantum electrodynamics and plasmonic resonance of metallic nanostructures.Journal of Physics: Condensed Matter28,155302 (2016).            

4.         Chaudhuri,  D.,Xiang H. P., Lefkidis, G., Huebner, W.,  Laser-induced ultrafast spin dynamics in di-, tri- and tetranuclear nickel  clusters, and the M process.Physical  Review B90, 245113(2014).            

5.         Xiang H. P.^*, Lefkidis  G., Hübner W., First-principles study of the ultrafast, laser-induced spin  transferability in the multi-center magnetic cluster Ni₃Na₂.Journal of Superconductivity and  Novel Magnetism26,  2001 (2013).            

6.         Xiang H. P.^*, Lefkidis G., Hübner W. Unified theory of ultrafast  femtosecond and conventional picosecond magnetic dynamics in the distorted  metallic three-center magnetic cluster Ni₃Na₂.Physical Review B86, 134402 (2012).            

7.         Tang X. J.,Xiang H. P., Liu X. H., Dronskowski R. A ferromagnetic  carbodiimide: Cr₂(NCN)₃.Angewandte Chemie122,  4846 (2010).

8.         Xiang H. P., Dronskowski  R., Eck B., Tchougreeff A L. Influence of Coulomb correlation and  spin-orbital coupling on the electronic and magnetic structures of MNCN (M =  Fe, Co, Ni).Journal of Physical  Chemistry A114,  12345 (2010).            

9.         Xiang H. P., Liu X. H.,  Dronskowski R. A theoretical re-investigation of the electronic structure of  CuNCN: the influence of packing on the magnetic properties.Journal of Physical Chemistry C113, 18891(2009).

10.       Zhang S. Y.,Xiang  H. P.^*, Guo W. B., Tang Y. Y., Cui M. Y., He Z. Z. Synthesis,  characterization, and mechanism analysis ofS= 2 quasi-one-dimensional ferromagnetic semiconductor Pb₂Mn(VO₄)₂(OH).Dalton Transactions45,  7022 (2016).

11.       Xiang H. P.^*,Tang Y. Y., Zhang S. Y., He Z. Z.Intra-chain  superexchange couplings in quasi-1D 3dtransition-metal magnetic  compounds.Journal of Physics:  Condensed Matter28,276003  (2016).

12.       Xiang H. P., Wu Z. J.,  Ab initio study on the electronic, magnetic and mechanical properties of CaCu₃V₄O₁₂.Inorganic Chemistry47,  2706 (2008).            

13.       Xiang H. P., Liu X. J.,  Zhao E. J., Meng J., Wu Z. J., Magnetic and electronic properties of CaCu₃Cr₄O₁₂and CaCu₃Cr₂Sb₂O₁₂by  first-principles density functional calculation.
Inorganic Chemistry46,  9575 (2007).            

14.       Xiang H. P., Liu X. J.,  Zhao E. J., Meng J., Wu Z. J., Ferrimagnetic and half-metallic CaCu₃Fe₄O₁₂:  Prediction from first principles investigation.Applied Physics Letters91, 011903(2007).            

15.       Xiang H. P., Liu X. J.,  Zhao E. J., Meng J., Wu Z. J., First-principles study on the conducting  mechanism of the heavy-fermion system CaCu₃Ru₄O₁₂.Physical Review B76,  155103 (2007).