EDUCATIONS
  1997,9-2001,7: Bachelor of Chemistry.  Department of Chemistry, Xiamen University, China. 
   2001,9-2006,7: Ph.D of Physical Chemistry. Fujian Institute of Research on the Structure of the Matter, Chinese Acacemy of Sciences. 
   2006,9-present: Teacher and Researcher, Zhejiang Normal University, China.

Favorites: Computer, PingPong, Climbing

欢迎物理专业本科生报考

Contact me: lyzhao(AT)zjnu(DOT)cn

RESEARCH INTERESTS
   Developing the ab-initio quantum chemical program. 
   Investigating the Electronic Structure and Optical Properties of Semiconductor Nanomaterials.

PROJECT
   Study of designing π-conjugated SiC nanostructures and calculating their nonlinear properties. NSFC, 21303164

PUBLICATIONS  

19. You-Zhao Lan and Xiao-Hu Bao
   First-principles study of the excitonic effect on two-photon absorption of semiconductors: Theory and application to MoS2 and WS2 monolayers 
   Physical Review B, 101 (2020) 195437

18. 施佳妤，蓝尤钊*
   First-principles study of stacking effect on second harmonic generation of graphene-like two-dimensional silicon carbide 
   物理学报, 67 (2018) 217803

17. You-Zhao Lan*
   First-principles studies of effects of layer stacking, opposite atoms, and stacking order on two-photon absorption of two-dimensional layered silicon carbide
   Computational Materials Science, 151 (2018) 231

16. You-Zhao Lan*
   Excitonic effects on the optical response of monolayer and bilayer graphene-like silicon carbide
   Computational Materials Science, 138 (2017) 213–218

15. You-Zhao Lan*
   New understandings of third harmonic generation coefficient of bulksilicon: Implementation and application of the full ab initio bandstructure sum-over-states method
   Computational Condensed Matter, 8(2016)22

14. You-Zhao Lan* , Meng Gao, and Hong-Lan Kang
   Enhanced optical nonlinearity based on silicon ring
   Molecular Physics, 114(2016)835

13. You-Zhao Lan* , Hong-Lan Kang, and Tao Niu
   One- and two-photon absorptions of the Cn and Cn−1Si fullerenes in gas phase and solution
   The European Physical Journal D,  69(2015)69

12. You-Zhao Lan*,Yan-E Gao,Hong-Lan Kang
   A large enhancement of (hyper)polarizabilities of polyyne capped by Cu
   Chemical Physics Letters, 608 (2014) 308–313

11. You-Zhao Lan*, HongLan Kang, Tao Niu
   Comprehensive understanding of size-, shape-, and composition-dependent polarizabilities of SimCn (m, n = 1 – 4) clusters
   International Journal of Quantum Chemistry, 113(2013) 949

10. You-Zhao Lan*
   Two-photon absorption of Sin (n=3-10) clusters compared with Si bulk
   Chemical Physics Letters, 545 (2012) 95

9.You-Zhao Lan* and Yun-Long Feng
   Dynamic second-order hyperpolarizabilities of Si2C and Si3C clusters using coupled cluster singles-and-doubles response approach
   Chemical Physics Letters, 501 (2011) 409

8.You-Zhao Lan* and Yun-Long Feng.
   Study of absorption spectra and (hyper)polarizabilities of SiCn and SinC (n = 2-6) clusters using density functional response approach
   Journal of Chemical Physics, 131 (2009) 054509

7.You-Zhao Lan* and Yun-Long Feng.
   Comparative study on the geometric and energetic properties, absorption spectra, and polarizabilities of charged and neutral Cu@Sin clusters (n = 9 – 14)
   Physical Review A, 79 (2009) 033201

6.You-Zhao Lan* ,Yun-Long Feng, Yi-Hang Wen, and Bo-Tao Teng.
   Dynamic second-order hyperpolarizabilities of Si3 and Si4 clusters using coupled cluster cubic response theory
   Chemical Physics Letter, 461 (2008) 118

5.You-Zhao Lan* ,Yun-Long Feng, Yi-Hang Wen, and Bo-Tao Teng.
   Absorption Spectra and Frequency-dependent Polarizabilities of Small Silicon Clusters: A Density Functional Study
   Journal of Molecular Structure-Theochem, 854 (2008) 63
   ERRATUM:  
   The DFT-B3LYP/6-311++G** result in table 2 should be ignored and the conclusion of "(3)The increase of diffuse and polarization functions has no effect on the polarizabilities (see row 4 and 5)." on page 4 is not available. All other results and conclusions still hold.

4. Lan You-Zhao*, Wu Dong-Sheng, Huang Shu-Ping, Shen Juan, Li Fei-Fei, and Cheng Wen-Dan.
   Length dependence of linear and nonlinear optical properties of finite-length BN(5,0) nanotube.
   Chinese Physics, 15 (2006) 1563

3. Y.-Z. Lan, W.-D. Cheng*, D.-S. Wu, J. Shen, S.-P. Huang, H. Zhang, Y.-J. Gong, and F.-F. Li.
   A theoretical investigation of hyperpolarizability for small GanAsm (n+m=4-10) clusters.
   Journal of Chemical Physics, 124 (2006) 094302

2. Y.-Z. Lan, W.-D. Cheng*, D.-S. Wu, X.-D. Li, H. Zhang, Y.-J. Gong, J. Shen, F.-F. Li.
   Theoretical studies of third-order nonlinear optical response for B12N12, B24N24 and B36N36 clusters.
   Journal of Molecular Structure-Theochem, 730 (2005) 9

1. Y.-Z. Lan, W.-D. Cheng *, D.-S. Wu, X.-D. Li, H. Zhang, Y.-J. Gong. 
   TDHF-SOS treatments on linear and nonlinear optical properties of III-V semiconductor clusters (Ga3As3, Ga3Sb3, In3P3, In3As3, In3Sb3).
   Chemical Physics Letter, 372 (2003) 645