信息来源： 作者: 审核人: 发布日期: 2020年04月28日 20:24浏览次数:

教育背景

09/2016-

06/2019

山东师范大学物理与电子科学学院                                          

• 原子与分子物理专业，于2019年6月获得理学博士学位。

• 研究方向：分子反应动力学。

09/2013-

06/2016

山东师范大学物理与电子科学学院                                          

• 原子与分子物理专业，获得理学硕士学位。

• 研究方向：分子反应动力学。

09/2009-

06/2013

山东师范大学物理与电子科学学院                                          

• 应用物理学专业，获工学学士学位。

科研成果

• 
  

• Yuping Wang and Dunyou Wang, “Quantum dynamics study of kinetic isotope effects of OD with HBr and DBr”，Physical Chemistry Chemical Physics, 2019(Vol.21, 14722)；

• 
  

• Yuping Wang and Dunyou Wang, “Quantum dynamics calculations reveal temperature independence of kinetic isotope effect of the OH+HBr/DBr reaction”，The Journal of Chemical Physics, 2018(Vol.149, 034302)；

• 
  

• Yuping Wang, Yida Li and Dunyou Wang, “Quantum dynamics study of energy requirement on reactivity for the HBr+OH reaction with a negative-energy barrier”, Scientific Reports, 2017(Vol.7, 40314)；

• 
  

• Yuping Wang, Fanbin Meng, Pengxiu Yan and Dunyou Wang, “Quantum dynamics study of energy efficiency on reactivity for the double-barrier potential energy surface of the N+N₂ reaction”, Chemical Physics Letters, 2015(Vol.633, 202-207)；

• 
  

• Yuping Wang, Pengxiu Yan, Yida Li and Dunyou Wang, “Time-Dependent Quantum Dynamics Study of the F+CD₄→DF+CD₃ reaction”, Journal of Atomic and Molecular Science. 2015(Vol.6, 225-235)；

• 
  

• Yida Li, Yuping Wang and Dunyou Wang, “Quantum dynamics study of the potential energy minima effect on energy efficiency for the F^-+CH₃Cl→FCH₃+Cl^- reaction”, The Journal of Physical Chemistry A,  2017(Vol.121, 2773-2779)；

• 
  

• Pengxiu Yan, Yuping Wang, Yida Li and Dunyou Wang, “A seven-degree-of-freedom, time-dependent quantum dynamics study on the energy efficiency in surmounting the central energy barrier of the OH+CH₃→O+CH₄ reaction”, The Journal of Chemical Physics, 2015(Vol.142, 164303)；

• 
  

• Pengxiu Yan, Fanbin Meng, Yuping Wang and Dunyou Wang, “Energy efficiency in surmounting central energy barrier: a quantum dynamics study of the OH+CH₃→O+CH₄ reaction”, Phys. Chem. Chem. Phys., 2015(Vol.17, 5187-5193).