- [Poster] Microscopic Mechanism of FEC Concentration Effect on SEI Film Formation in Na-ion Batteries
2018.11.28-30 The 32nd Molecular Simulation Symposium [AIST Tsukuba Central Auditorium, National Institute of Advanced Industrial Science and Technology (Ibaraki, Japan)]
- 215P Theoretical study of constant pH method based on the configuration selection method satisfied zero energy difference condition
- 232P Effect of polarizable electrode surface model on interfacial kinetics of ionic liquid
- 243P Structural stability analysis of solid electrolyte interphase (SEI) film in lithium ion battery by using constant potential molecular dynamics method
- [Poster] Tacticity Prediction of Poly(methyl methacrylate) from Radical Polymerization via Red Moon Methodology
- [Poster] The Influence of Chemical Substituents on Linker Rotational Behavior in Pillar-layered MOFs by Computational Method
- 2P078 Theoretical study on mechanism for controlling hemoglobin function by allosteric interaction with chloride ions
- 2P104 Microscopic Structure of Hydrate Melt Electrolyte for Aqueous Li-Ion Batteries on Electrode Surface
- 2P113 Theoretical analysis of Au electrode potential shift by ionic liquid
- 3P095 Theoretical elucidation of aggregation process in aqueous aluminum solution - its initial process and pH dependence -
- 4P020 Quantum chemical analysis of SN1 reaction of 3-Chloro-3,7-dimethyloctane in methanol : Toward microscopic understanding of the generation process of enantiomers
- 4P049 Quantum chemical analysis on hydrogen generation mechanism in decomposition process of lubricant molecules
- 4P100 Theoretical analysis of the active site opening mechanism in olefin polymerization reaction by ansa-zirconocene catalyst
- P414 Macroscopic Mechanisms of SEI Film Formation in Li-Ion Batteries with Highly Concentrated Electrolyte
- P854 Microscopic Effect of FEC Additive Concentration on SEI Film Formation in Na-ion Batteries
- P48 Theoretical study on hydrogen generation mechanism in decomposition process of lubricant molecules using QM method
- P49 Theoretical study on allosteric regulation of hemoglobin by chloride ions
- P50 Model preparation of radical polymerization of PMMA toward prediction of tacticity by Red Moon methodology
- P51 Program development of force field parameter optimization by local data modeling method
* These are the presentations that won a Best Poster Prize or Best Presentaion Award.