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The 28th Annual Meeting of MRS-J Program List: Poster

F-2:New development of smart tribology by soft materials

Entry No Presentation Date Award Presenter Name Affiliation Paper Title
Dec. 18
16:10 - 18:00
F-2:ソフトマテリアルによるスマートトライボロジーへの新展開
北九州国際会議場 イベントホール
Kitakyushu International Conference Center Event Hall
3211   F2-P18-001 Dec. 18  Hiroyuki SHIMANAKA Dainichiseika Color & Chemicals Mfg. Co., Ltd Industrial Production of Bottlebrush Polymers via Reversible Complexation Mediated Living Radical Polymerization
3219   F2-P18-002 Dec. 18  Yoshiyuki SUGAHARA Faculty of Advanced Science and Engineering, Waseda University/Research Institute for Materials Science and Technology, Waseda University Growth of Poly(methyl methacrylate) Chains from Niobate Nanosheets via Surface-initiated Atom Transfer Radical Polymerization
3180   F2-P18-003 Dec. 18  Yuuki NAKAJIMA Institute for Chemical Research, Kyoto University Synthesis and Tribological Properties of Concentrated Polymer Brushes with Large Thickness on a Metallic Substrate
3160   F2-P18-004 Dec. 18  *M Takahiro TSUCHIYA Yokohama National University Layered Structure and Mechanical Properties of Concentrated Polymer Brushes
2986   F2-P18-005 Dec. 18  Yoshihito MORIKI Institute for Chemical Research, Kyoto University Effect of Degree of Swelling on Macrotribological Properties of Concentrated Polymer Brushes with Large Thickness
3123   F2-P18-006 Dec. 18  *M Kosuke SATO Graduate School of Science and Engineering, Saitama University Study on Lubricity of Concentrated Polymer Brush Using Simultaneous Measurements of Friction Coefficient and Film Thickness
2977   F2-P18-007 Dec. 18  *G Hiroshi EGUCHI Institute for Chemical Research, Kyoto University Simultaneous Evaluation of Friction and Lubrication Gap of Concentrated Polymer Brush for Well Understanding Its Tribological Characteristics.
2102   F2-P18-008 Dec. 18  *M Keisuke SATO Graduate School of Tokyo University of Science Macroscopic Tribological Properites of Thick Concentrated Polymer Brushes Under Lubrication with Ionic Liquid
2957   F2-P18-009 Dec. 18  *G Toshio KAMIJO National Institute of Technology, Tsuruoka College Effect of Hydrophilic Hydrophobic Smooth Sliding Surface Using Ionic Liquid Lubricant
2933   F2-P18-010 Dec. 18  *M Koichi MURAJI Institute for Chemical Research, Kyoto University Cross-linking of Concentrated Polymer Brush for Resiliency Improvement in Lubrication
2221   F2-P18-011 Dec. 18  Shuichi UEHARA Institute for Materials Research, Tohoku University Effect of Salts on Friction of Polymer Brush: Molecular Dynamics Simulation
2903   F2-P18-012 Dec. 18  *D Zhongmin LIU Insititute for Materials Reasearch, Tohoku University Understanding the Effect of Chain Topologies on the Wear Mechanism of Polymer Brush by Coarse-Grained Molecular Dynamics Simulation
3205   F2-P18-013 Dec. 18  Hikaru YAHAGI Graduate School of Science and Engineering, University of Yamagata Development of Sealant Using Low Friction Gel
3218   F2-P18-014 Dec. 18  *M Yamato HATTORI Yokohama National University Wear Pattern Formation of Elastomer Suffering Sliding Friction Against Rigid Blade
3214   F2-P18-015 Dec. 18  *G Hiroyuki ARAFUNE National Institute of Technology, Tsuruoka College Development and Characterization of Halogen-free Ionic Liquids for lubricant applications
2983   F2-P18-016 Dec. 18  Keita SAKAKIBARA Institute for Chemical Research, Kyoto University Control of Lubrication by Polymer Monolith Coating
3193   F2-P18-017 Dec. 18  Norio ISHIZUKA Emaus Kyoto, Inc. Diversity of Application Using Monolithic Porous Material
3154   F2-P18-018 Dec. 18  *M Taichi KOMAZAKI Yokohama National University Contact-type Voice Coil Actuator and SRT Materials