F-7:Self-Assembled Materials and Their Functions XV |
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Entry No | Presentation | Date | Award | Presenter Name | Affiliation | Paper Title | |||
Dec. 19 16:10 - 18:00 北九州国際会議場 イベントホール Kitakyushu International Conference Center Event Hall |
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2057 | F7-P19-001 | Dec. 19 | Nobutaka SHIOYA | Institute for Chemical Research, Kyoto University | Fabrication of a Face-on Oriented Thin Film of Functionalized Organic Materials Using a Low-Temperature Deposition Technique | ||||
2353 | F7-P19-002 | Dec. 19 | *M | Ryoi FUJIWARA | Institute for Chemical Research, Kyoto University | Analysis of Structural Conversion of a Pentacene Precursor Thin Film Using pMAIRS | |||
2106 | F7-P19-003 | Dec. 19 | *M | Yuki SUGIHARA | Graduate School of Engineering, The University of Tokyo | Development of Photo-Functional Molecular Assembly Bearing Hydrogen-Bonded Moieties | |||
2921 | F7-P19-004 | Dec. 19 | Takeshi SAKAMOTO | The University of Tokyo | Functionalization of Nanostructured Polymer Membrane Prepared from Zwitterionic Liquid-Crystalline Molecules | ||||
2999 | F7-P19-005 | Dec. 19 | Shunsuke SHIMIZU | Faculty of Science and Technology, Sophia University | Fabrication of novel organic-inorganic perovskites using π-conjugated polymers (IV) -Steric effect of cations- | ||||
2217 | F7-P19-006 | Dec. 19 | *M | Sayaka MINOSHIMA | Graduate School of Engineering, Nagoya Institute of Technology | Structural control of the ordered nano-space consisted of grafted nucleo-peptide assembly and biomineralization using the nano-spaces as reaction field | |||
2413 | F7-P19-007 | Dec. 19 | *M | Yuriko ITO | Graduate School of Engineering, Nagoya Institute of Technology | Sensing device using heavy metal induced ion channel composed of PEG-peptide | |||
2594 | F7-P19-008 | Dec. 19 | *B | Hikari SUZUKI | School of Engineering, Nagoya Institute of Technology | Fabrication of the inorganic nanotube by mineralization using peptide nanowire as a template | |||
2596 | F7-P19-009 | Dec. 19 | *B | Hina ICHIKAWA | Nagoya Institute of Technology | Regulation of surface nano structure and function using the conformational transition of the peptide brush | |||
2597 | F7-P19-010 | Dec. 19 | *B | Miyo OKAWARA | School of Engineering, Nagoya Institute of Technology | Structural regulation of template peptide with the progress of self-supplied mineralization | |||
2706 | F7-P19-011 | Dec. 19 | *M | Yuichiro SUZUKI | Graduate School of Engineering, Nagoya Institute of Technology | Controlled Drug Release from Mesoporous Silica covered by Stimulus Responsive Peptides as nano-gates | |||
3189 | F7-P19-012 | Dec. 19 | *M | Hiroki OBAYASHI | Graduate School of Engineering, Kyushu University | Development of two-component drug delivery carriers using complementary interaction | |||
3059 | F7-P19-013 | Dec. 19 | *D | Jie ZHANG | Kyushu Institute of Technology | Electrolyte-Dependence of the Macroscopic Hierarchical Organization of Inorganic Colloidal Liquid Crystals | |||
2406 | F7-P19-014 | Dec. 19 | *M | Araya CHUEBUPA | Department of Life, Environment and Material Science, Graduate School of Fukuoka Institute of Technology | Preparation of Single- and Double-Layer Hexaniobate Nanosheets | |||
2418 | F7-P19-015 | Dec. 19 | *M | Hiroki ISHII | Graduate School of Life, Environment, and Materials Chemistry, Fukuoka Institute of Technology | Reinforcement of polymer gel by doping monodisperse mesoporous silica particles | |||
2461 | F7-P19-016 | Dec. 19 | *M | Toshiki FURUKAWA | Graduate school of Fukuoka Institute of Technology | FHT Nanosheet/epoxy resin composite material via template gel | |||
2519 | F7-P19-017 | Dec. 19 | *M | Toki MOROOKA | Graduate School of Fukuoka Institute of Technology | Synthesis of liquid crystalline inorganic nanosheet / polyurethane composite fiber | |||
2668 | F7-P19-018 | Dec. 19 | *B | Momoka MIYOSHI | Fukuoka Institute of Technology | Liquid crystal phase of monodisperse titanate nanosheets | |||
2692 | F7-P19-019 | Dec. 19 | Takumi INADOMI | Department of Life, Environment and Materials Chemistry, Faculty of Engineering, Fukuoka Institute of Technology | Nanosheet liquid crystal/pNIPAM composite gel with asymmetrically regulated macroscopic alignment | ||||
3000 | F7-P19-020 | Dec. 19 | *M | Masanari NISHI | Graduate School of Engineering, Fukuoka Institute of Technology | Development of gel-automaton: migration of ssDNA among microgels | |||
3004 | F7-P19-021 | Dec. 19 | *D | Shinya ANRAKU | Graduate School of Engineering, Fukuoka Institute of Technology | Synthesis of ssDNA grafted Liquid crystalline Nanosheet | |||
3068 | F7-P19-022 | Dec. 19 | *D | Riki KATO | Graduate School of Engineering, Fukuoka Institute of Technology | Control of Rheological Property of Clay Nanosheet Liquid Crystal by Adding Carbonyl Compounds | |||
2412 | F7-P19-023 | Dec. 19 | *M | Tomoyo KOGA | Department of Life, Environment, and Material Science, Graduate School of Fukuoka Institute of Technology | Synthesis of DNA gated Mesoporous silica toward Composition with Gel | |||
2088 | F7-P19-024 | Dec. 19 | *M | Hiroaki TOMITA | Graduate School of Engineering, Chubu University | Self-Assembling Behavior of Two-Component Systems Based on Di/Trialkoxybenzylamines and Tartaric Acids | |||
2089 | F7-P19-025 | Dec. 19 | *M | Tetsuya MIURA | Graduate School of Engineering, Chubu University. | Development of Photoresponsive Cross-Linked Polymers Containing Triphenylimidazole Moieties | |||
2784 | F7-P19-026 | Dec. 19 | *B | Atsumi ORIYAMA | College of Engineering, Chubu University | Self-Assembling Behavior of Alkylammonium Tartrates Containing Mesogenic Moieties | |||
2631 | F7-P19-027 | Dec. 19 | *M | Mariko ADACHI | Graduate School of Science and Engineering, Yamagata University | Preparation of the Polyimide Particle Using the Double Tube Microreactor | |||
2534 | F7-P19-028 | Dec. 19 | Kakeru FUJIWARA | Yamagata Univ./ETH Zurich | Single Pd atoms on fractal-like TiO2 by continuous aerosol synthesis | ||||
2511 | F7-P19-029 | Dec. 19 | *M | Sayaka HASHIMOTO | Graduate School of Science, Tokyo University of Science | Application of Precise Separation of Thiolate-Protected Alloy Cluster by Reversed-Phase High-Performance Liquid Chromatography | |||
2280 | F7-P19-030 | Dec. 19 | Toshitaka MATSUZAWA | Japan Advanced Institute of Science and Technology | Influence of humidity on MOFs synthesis using Layer-by-Layer method | ||||
2531 | F7-P19-031 | Dec. 19 | Tetsuya HONBO | Japan Advanced Institute of Science and Technology | Effect of alkyl chain lengths on high proton conductive polyimide thin films | ||||
2626 | F7-P19-032 | Dec. 19 | *M | Takumi EGASHIRA | Department of Applied Chemistry | Construction of polyion complex network by thermal treatment and | |||
2812 | F7-P19-033 | Dec. 19 | *B | Kohei EBARA | Faculty of Science, University of Yamagata | Lamellar film formation of poly(N-dodecylacrylamide) by nanosegregation between main chain and side chains. | |||
2556 | F7-P19-034 | Dec. 19 | *M | Naoya TAKAHASHI | Graduate School of Science and Engineering, Yamagata University | Unique network structure in liquid crystal substituted inorganic cluster hybrid materials by dewetting process | |||
3008 | F7-P19-035 | Dec. 19 | *M | Eiichi ISHIDA | Interdisciplinary Graduate School of Engineering Sciences, Kyushu University | Non-destructive observation of phase separation process in highly oriented polymer / liquid crystal composite films | |||
3127 | F7-P19-036 | Dec. 19 | *M | Takashi MIYAGAWA | Graduate School of Engineering, Oita University | Change in Cross-linked Structures and Adhesive Properties of Polyacrylates by Reversible Photocycloaddtion | |||
2839 | F7-P19-037 | Dec. 19 | *M | Yuki KANAYAMA | Graduate School of Engineering, Oita University | Self-aggregation Behavior and Chiroptical Properties of Supramolecular Chiral Gelators with Stilbene and Biphenyl Cores | |||
3032 | F7-P19-038 | Dec. 19 | Masaya MORIYAMA | Faculty of Science and Technology, Oita University | Self-Aggregation Behavior of Non-Hydrogen-Bonded and Achiral Azobenzenes with a Trifluoromethyl Group | ||||
2435 | F7-P19-039 | Dec. 19 | *M | Shunjiro TAKAGI | Graduate School of Science, Tokyo University of Science | Hetero-Biicosahedral [Au24Pd(SR)5(PR)10Cl2]Cl :Selective Synthesis and Optical and Electrochemical Properties | |||
2037 | F7-P19-040 | Dec. 19 | *M | Yuta IIJIMA | Graduate School of Engineering, Nagoya University | On-demand phase transition and photo-fixation of lyotropic liquid crystals in a water-sensitive polysiloxane | |||
2147 | F7-P19-041 | Dec. 19 | *M | Kazuaki OISHI | Graduate school of Engineering, Nagoya University | Photoinduced cratering behavior induced by the surface heterostructure on photoresponsive liquid crystalline polymer films | |||
2036 | F7-P19-042 | Dec. 19 | *M | Kota SUETSUGU | Graduate School of Engineering, Nagoya University | Orientation Control and Proton Conductivity of Hetero-Smectic Lamella Structure of Random Copolymers with Photo-responsive Liquid Crystal and Acrylic acid | |||
2344 | F7-P19-043 | Dec. 19 | *M | Marina UEDA | Graduate Schcool of Engineering, Nagoya University | Photoreorientaion Behavior of Azobenzene Block Copolymer with Chiral Site in System | |||
2033 | F7-P19-044 | Dec. 19 | *M | Keisuke TAKISHIMA | Graduate School of Engineering, Nagoya University | Long-range Ordered Hetero Lamellar Structure Induced by Smectic LC Random Copolymers with Mesogenic and Non-mesogenic Side Chain | |||
2688 | F7-P19-045 | Dec. 19 | *M | Ryota HIGAHSI | Graduate School of Engineering, Nagoya University | Hetero-Smectic Structure of Liquid Crystalline Azobenzene Random Copolymers with Oligo(Methyl Methacrylate) Side Chain units |