科研：
1. Zhenxing Liu* and D. Thirumalai*, Cooperativity and Folding Kinetics in a Multidomain Proteinwith Interwoven Chain Topology, ACS Central Science 2022, 8, 763−774
2. Meng Qin, Natalia Denesyuk, Zhenxing Liu,Wei Wang,* and D. Thirumalai*, Temperature and Guanidine Hydrochloride Effectson the Folding Thermodynamics of WW Domain and Variants, J. Phys. Chem. B 2021,125, 11386−11391
3. Wenbin Kang, Chuan He, Zhenxing Liu,Jun Wang*, Wei Wang*, Composition-related structural transition of randompeptides: insight into the boundary between intrinsically disordered proteinsand folded proteins，Journal of Biomolecular Structure & Dynamics,2019, 37( 8): 1956-1967.
4. Zhenxing Liu*, D. Thirumalai, DenaturantsAlter the Flux through Multiple Pathways in the Folding of PDZ Domain, J. Phys.Chem. B 2018, 122, 1408−1416.
5. Shuangshuang Zhang, Li-Jian Qu, TongchuanSuo*, Zhenxing Liu, and Dadong Yan*, Multiple Transitions between VariousOrdered and Disordered States of a Helical Polymer underStretching, Journal of Chemical Physics, 2017, 146, 174904.
6. Zhenxing Liu*，Govardhan Reddy ，D. Thirumalai，Folding PDZ2Domain Using the Molecular Transfer Model，Journal of Physical Chemistry B, 2016,120, 8090−8101.
7. Liqin Xiong ，Zhenxing Liu*，Molecular dynamicsstudy on folding and allostery in RfaH，Proteins-Structure Function andBioinformatics，2015，83（9）：1582-1592.
8. D.Thirumalai*，Zhenxing Liu，Edward P. O'Brien，Govardhan Reddy，Protein folding:from theory to practice，Current Opinion in Structural Biology，2013，23（1）：22-29.
9. Govardhan Reddy，Zhenxing Liu，D. Thirumalai*，Denaturant-dependentfolding of GFP，Proceedings of theNational Academy of Sciences of the United States of America，2012，109（44）：17832-17838.
10. Zhenxing Liu ，Govardhan Reddy*，D. Thirumalai,，Theory of the MolecularTransfer Model for Proteins with Applications to the Folding of the src-SH3Domain，Journal ofPhysical Chemistry B，2012, 116(23): 6707-6716.
11. Zhenxing Liu ，Govardhan Reddy，Edward P. O'Brien，D. Thirumalai*，Collapse kineticsand chevron plots from simulations of denaturant-dependent folding of globularproteins，Proceedings of theNational Academy of Sciences of theUnited States of America，2011，108(19)：7787-7792.
12. Zhenxing Liu ，Jie Chen，D. Thirumalai* ，On the accuracy ofinferring energetic coupling between distant sites in protein families from evolutionaryimprints: Illustrations using lattice model，Proteins-Structure Function andBioinformatics，2009，77(4)：823-831.
13. Limin Wang* ，Weiyi Zhang* ，Zhenxing Liu ，Properties of aUnique Type of Critical State in the Two-Dimensional Two-Band Anderson LatticeModel in the Presence of Site-Selective Disorder，Journal of the Physical Society of Japan，2008，77（12）。
14. Limin Wang* ，Zhenxing Liu ，Weiyi Zhang，Localization andscaling behavior of polariton-gap in Fibonacci and symmetric Fibonacci-classpiezomagnetic superlattices，Journal of the Physical Society of Japan，2008，77（3）.
15. Zhenxing Liu* ，Limin Wang，Hui He，Weiyi Zhang，Trifurcation of band-gapstructure and coexistence of lattice-like states and critical states inpiezoelectric period-doubling superlattices，European Physical Journal B，2007，59(2)：179-184.
16. Zhenxing Liu *，Weiyi Zhang，Bifurcation inband-gap structures and extended states of piezoelectric Thue-Morsesuperlattices，Physical Review B，2007，75（6）.
17. Zhenxing Liu* ，Weiyi Zhang，Study of thephonon-polaritons in piezomagnetic superlattices using a generalized transfermatrix method，Journal ofPhysics: Condensed Matter，2006，18（39）：9083-9092.
18. Zhenxing Liu* ，Weiyi Zhang，Multibandpolaritonic filter made of piezoelectric superlattices，Physics Letters A，2006，351（3）：192-197.
19. Zhenxing Liu* ，Weiyi Zhang，Scaling andlocalization of polaritonic states in piezoelectric Fibonacci superlattices，Physical Review B，2005，72（13）.
20. Weiyi Zhang* ，Zhenxing Liu ，Zhenlin Wang，Band structuresand transmission spectra of piezoelectric superlattices，Physical Review B，2005，71（19）.
教学：
1. 刘振兴，王引书，李晓文，彭婧, 李融武, 大学物理实验课程的分类指导教学改革研究, 物理实验，2018，12。
2. 彭芳麟, 梁颖, 刘振兴, 在计算物理基础课中用MATLAB培养学生的编程能力, 大学物理, 2013, 09。
