Symposium Proceedings Российско-японский симпозиум «Chemical Theory for Complex Systems» |
Symposium Proceedings |
Симпозиум пройдет в Санкт-Петербургском государственном университете 19.09.2014 г. |
Организационный комитет симпозиума: |
|
Программа Российско-японского симпозиума «Chemical Theory for Complex Systems» |
Четверг, 18 сентября 2014 г. Заезд участников Пятница, 19 сентября 2014 г. (г. Санкт-Петербург, СПб, Биржевая линия, 6: Центр питания, культурного и делового сотрудничества СПбГУ) 8.30 – 9.00 Poster mounting 9.00 – 9.10 Opening of the symposium. Alexey Timoshkin 9.10 – 10.50 Oral presentations. Chair: Alexey Timoshkin 9.10-9.35 Keiji Morokuma, Kyoto University "Theory and Computation Provide Insights and Discovery on Chemical Reactions of Complex Molecular Systems" 9.35-10.00 Andrei Zaitsevskii Moskow State University “Chemical bonding in transuranium element higher oxide molecules". 10.00-10.25 Shigeyoshi Sakaki, Kyoto University "Reaction behavior of transition metal complexes with unusual valence" 10.25-10.50 Vladimir Sizov, St. Petersburg State University. “Conducting polymers based on transition metal complexes with Schiff bases: bringing together experiment and calculations” 10.50 - 11.10 Coffee break and poster viewing. 11.10 – 12.25 Oral presentations. Chair: Shigeyoshi Sakaki 11.10-11.35 Anatoly Titov, St. Petersburg Nuclear Physics Institute "Efficiency of relativistic pseudopotentials and DFT methods to study chemistry of actinide and transactinide elements". 11.35-12.00 Koichi Yamashita, University of Tokyo "A Reparametrization Approach of DFT Functionals Based on the Equilibrium Temperature of Spin Crossover Compounds" 12.00-12.25 Anna Pomogaeva, St. Petersburg State University. “The effect of terminal groups on electronic properties of group 13-15 nanoneedles”. 12.25 – 14.00 Lunch 14.00–15.40 Oral presentations. Chair: Koichi Yamashita 14.00-14.25 Aleksandr Tulub, St. Petersburg State University. “On the stability of magnetic properties of FeSi(n) clusters (n=4-12) by high temperature in a framework of MCSCF method”. 14.25-14.50 Kazuo Kitaura, Kobe University "Recent development of the fragment molecular orbital method" 14.50-15.15 Alexey Timoshkin St. Petersburg State University. “Lewis Superacids and Donor-Acceptor Cryptands: From Noble Gas Complexes to Hydrogen Splitting”. 15.15-15.40 Jun-ya Hasegawa, Hokkaido University "Excitation energy transfer pathways in bridged donor-acceptor systems" 15.40-16.00 Coffee break and poster viewing. 16.00-17.15 Oral presentations. Chair: Anna Pomogaeva 16.00-16.25 Masataka Nagaoka, Nagoya University "Toward Controlling Complex Chemical Reactions in the Molecular Aggregation States-From Multiscale Simulation to Computational Molecular Technology" 16.25-16.50 Alexander Khlebnikov, St. Petersburg State University. How DFT calculations can help to synthetic organic chemist. 16.50-17.50 Poster viewing and discussions. 17.50-18.00 Closing of the symposium. Prof. Keiji Morokuma. Poster presentations: P-1. Yuri Demidov, St. Petersburg Nuclear Physics Institute Ab-initio simulation of element 113 hydroxide molecular structure and properties P-2. Christina Reshetova, St. Petersburg State University. “Spectroscopic and quantum-chemical investigations of chloro- and nitro-bis-bipyridyl complexes of ruthenium(II) with 4-substituted pyridine ligands” P-3. Anna Lisovenko, St. Petersburg State University. Influence of donor-acceptor interaction on hydrogenation of borazine and polyborazines P-4. Dmitri Doinikov, St. Petersburg State University. Requirement of Grimme's dispertion correction for DFT calculations of B–N complexes. P-5. Ilya Kopanichuk, St. Petersburg State University. Adsorption of Lennard-Jones fluid in finite slit-shaped pores P-6. Anastasia Sizova, St. Petersburg State University. Computer simulation of CO2/CH4 mixture adsorption in porous materials: effects of pre-adsorbed water P-7. Maria Novozhilova, St. Petersburg State University. Spectroelectrochemical Studies of Electrodes Modified by Polymer Complexes of Nickel with Schiff Bases P-8. Pavel Snegurov, St. Petersburg State University. Molecular dynamics simulation of ionic conductivity in yttria-stabilized zirconia. P-9. Galina Mudzhikova, St. Petersburg State University. "Behaviour of Frozen AOT Reverse Micelles by Molecular Dynamics Method" Суббота, 20 сентября 2014 г. Отъезд участников |