Toby Zeng - University of Waterloo

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Curriculum Vitae of Tao Zeng Computer skills Programming languages: Fortran and C/C++. Parallel computation experience: Message Passing Interface (MPI) and Open Multiprocessing (OpenMP). Research Interests Path integral Monte Carlo simulation; Path integral molecular dynamics; Hydrogen storage; Spin-orbit coupling; Relativistic quantum chemistry; Jahn-Teller effect; Non-adiabatic coupling; Electronic energy surface hopping; Accurate electronic calculation; Pseudopotential method; Excited state chemistry. Research Contributions Publications and other Contributions to Research and Development Peer-Reviewed Papers: U of Waterloo: 22. T. Zeng, H. Li, and P.-N. Roy (2013) “Simulating asymmetric top impurities in superfluid clusters: a para-water dopant in para-hydrogen.” Journal of Physical Chemistry Letters; (Letter); 4, 18-22. 21. C. Ing, J. Yang, K. Hinsen, T. Zeng, H. Li, and P.-N. Roy (2012) “A path-integral Langevin equation treatment of low-temperature doped helium clusters.” Journal of Chemical Physics; (Article); 136, 224309, 12 pages. 20. T. Zeng, H. Li, R. J. Le Roy, and P.-N. Roy (2011) “Adiabatic-hindered-rotor treatment for para-H 2 and H 2 O system.” Journal of Chemical Physics; (Article); 135, 094304, 15 pages. U of Alberta: 19. T. Zeng, D. G. Fedorov, M. W. Schmidt, and M. Klobukowski (2012) “Natural spinors reveal how the spin-orbit coupling affects the Jahn-Teller distortions in the hexafluorotungstate(V) anion.” Journal of Chemical Theory and Computation; (Article); 8, 3061-3071. 18. H. Mori, T. Zeng, and M. Klobukowski (2012) “Assessment of chemical core potentials for the computation on enthalpies of formation of transition-metal complexes.” Chemical Physics Letters; (Article); 521, 150-156. 17. T. Zeng, D. G. Fedorov, M. W. Schmidt, and M. Klobukowski (2011) “Effects of spin-orbit coupling on covalent bonding and the Jahn-Teller effect are revealed with the natural language of spinors.” Journal of Chemical Theory and Computation; (Article); 7, 2864-2875. 16. T. Zeng, D. G. Fedorov, M. W. Schmidt, and M. Klobukowski (2011) “Two-component natural spinors from twostep spin-orbit coupled wave functions.” Journal of Chemical Physics; (Article); 134, 214107, 9 pages. 15. T. Zeng, D. G. Fedorov, and M. Klobukowski (2011) “Performance of dynamically weighted MCSCF and spin-orbit coupling calculations of diatomic molecules of Group 14 elements.” Journal of Chemical Physics; (Article); 134, 024108, 11 pages. 14. T. Zeng, D. G. Fedorov, and M. Klobukowski (2010) “Model core potentials of p-block elements generated considering the Douglas-Kroll relativistic effects, suitable for accurate spin-orbit coupling calculations.” Journal of Chemical Physics; (Article); 133, 114107, 11 pages. 13. T. Zeng, D. G. Fedorov, and M. Klobukowski (2010) “Multireference study of spin-orbit coupling in the hydrides of the 6p-block elements using the model core potential method.” Journal of Chemical Physics; (Article); 132, 074102, 15 pages. 12. T. Zeng, D. G. Fedorov, and M. Klobukowski (2009) “Model core potentials for studies of scalar-relativistic effects and spin-orbit coupling at Douglas–Kroll level. I. Theory and applications to Pb and Bi.” Journal of Chemical Physics; (Article); 131, 124109, 17 pages. 2/6
Curriculum Vitae of Tao Zeng 11. T. Zeng, H. Mori, E. Miyoshi, and M. Klobukowski (2009) “Calibration of new model core potentials for main group elements.” International Journal of Quantum Chemistry; (Article); 109, 3235-3245. 10. T. Zeng and M. Klobukowski (2009) “New model core potentials for gold.” Journal of Chemical Physics; (Article); 130, 204107, 12 pages. 9. T. Zeng and M. Klobukowski (2008) “Relativistic model core potential study on the Au + Xe system.” Journal of Physical Chemistry A; (Article); 112, 5236-5242. 8. T. Zeng, Z. Jamshidi, H. Mori, E. Miyoshi, and M. Klobukowski (2007) “Electron affinities of heavier phosphoryl and thiophosphoryl halides APX 3 (A = O, S and X = Br, I).” Journal of Computational Chemistry; (Article); 28, 2027-2033. Inst. Coal Chemistry, Chinese Academy of Sciences 7. X.-D. Wen, T. Zeng, and H. Jiao (2006) Reply to “Comment on ‘Density functional theory study of triangular molybdenum sulfide nanocluster and CO adsorption on it’” Journal of Physical Chemistry B; (Letter); 110, 14004- 14005. 6. X.-D. Wen, T. Zeng, B.-T. Teng, F.-Q. Zhang, Y.-W. Li, and H. Jiao (2006) “Hydrogen adsorption on a Mo 27 S 54 cluster: A density functional theory study.” Journal of Molecular Catalysis A: Chemical; (Article); 249, 191-200. 5. C.-F. Huo, T. Zeng, Y.-W. Li, M. Beller, and H. Jiao (2005) “Switching end-on into side-on CN coordination: A computational approach.” Organometallics; (Article); 24, 6037-6042. 4. T. Zeng, X.-D. Wen, Y.-W. Li, and H. Jiao (2005) “Removal of surface sulfur from MoS x cluster under CO adsorption.” Journal of Molecular Catalysis A: Chemical; (Article); 241, 219-226. 3. X.-D. Wen, T. Zeng, Y.-W. Li, J. Wang, and H. Jiao (2005) “Surface structure and stability of MoS x model clusters.” Journal of Physical Chemistry B; (Article); 109, 18491-18499. 2. T. Zeng, X.-D. Wen, Y.-W. Li, and H. Jiao (2005) “Density functional theory study of triangular molybdenum sulfide nanocluster and CO adsorption on it.” Journal of Physical Chemistry B; (Article); 109, 13704-13710. 1. T. Zeng, X.-D. Wen, G.-S. Wu, Y.-W. Li, and H. Jiao (2005) “Density functional theory study of CO adsorption on molybdenum sulfide.” Journal of Physical Chemistry B; (Article); 109, 2846-2854. Book Chapters: 2. T. Zeng and M. Klobukowski (2011) “Model core potential in the first decade of the XXI century.” in Practical Aspects of Computational Chemistry II, An Overview of the Last Two Decades and Current Trends, J. Leszczynski and M. K. Shukla (Eds.), Springer, Chapter 8, 209-254 (Ph.D. work). 1. T. Zeng and M. Klobukowski (2011) “Guide to Programs for Non-relativistic Quantum Chemistry Calculations.” in Handbook of Computational Chemistry, J. Leszczynski (Ed.) Springer, Chapter 17, 611-630 (Ph.D. work). Programming: 3. During my in University of Waterloo, I implemented asymmetric top rotation into our in-house path-integral Monte Carlo program and also parallelized the program. This program will be publicized in the near future. (PDF work). 2. During my visit to Iowa State University, I solely conceived the idea and wrote the program module of the natural orbital analysis for the spin-orbit coupling configuration interaction wave function in the worldwide famous program package GAMESS-US (Ph.D. work). 1. During my visit to Iowa State University, I implemented our newly developed Douglas-Kroll Spin-Orbit Coupling Model Core Potential algorithm and all the potential and basis set libraries into GAMESS-US (Ph.D. work). 3/6
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