| Symposium |
Program No. |
氏名 |
Name |
所属 |
Affiliation |
Papert Title |
| A-1 |
A1-O8-013 |
寺西 貴志 |
Takashi TERANISHI |
岡山大学 |
Okayama University |
High-Rate Capability of BaTiO3 Based Ferroelectrics-Active Materials Composite Cathode
For Lithium Ion Battery |
| A-1 |
A1-P9-017 |
稲葉 隆哲 |
Takaaki INABA |
日本大学 |
Nihon University |
Electric and Magnetic Properties of BiFe1-xMnxO3 Thin Films and CaFeOx/BiFe1-xMnxO3 Superlattices |
| A-1 |
A1-O8-005 |
野本 淳一 |
Junichi NOMOTO |
高知工科大学 |
Kochi University of Technology |
The Characteristics of Structural Properties of Polycrystalline Al-doped ZnO Films by
Direct Current Magnetron Sputtering using Various Al2O3 Contents in Ceramic Targets |
| A-1 |
A1-P8-021 |
上田 大貴 |
Hiroki UEDA |
大阪大学 |
Osaka University |
Effect of External Fields on Helical Magnetic Domain Structure in a Magnetoelectric Hexaferrite |
| A-1 |
A1-O10-004 |
小谷 厚博 |
Atsuhiro KOTANI |
大阪府立大学 |
Osaka Prefecture University |
Magnetic Bubbles and Magnetic Phase Diagram in Manganites |
| A-2 |
A2-P8-003 |
松尾 拓紀 |
Hiroki MATSUO |
東京大学 |
The University of Tokyo |
Gap-state Engineering for Visible-light Photovoltaic Effect in BiFeO3-based Ferroelectric Thin Films |
| A-2 |
A2-O8-007 |
鈴木 直哉 |
Naoya SUZUKI |
東京理科大学 |
Tokyo University of Science |
Electron-Ion Mixed Conduction and Electronic Structures of Nd1-xSrxFeO3 |
| A-3 |
A3-O9-005 |
小土橋 陽平 |
Yohei KOTSUCHIBASHI |
物質・材料研究機構ICYS&WPI-MANA |
NIMS, ICYS&WPI-MANA |
A System of Temperature Responsive Micelle for Efficient Drug Loading |
| A-3 |
A3-O9-012 |
吉岡 俊介 |
Shunsuke YOSHIOKA |
横浜国立大学 |
Yokohama National University |
Effect of TiO2 on Self-healing of Alumina Matrix Composite |
| A-4 |
A4-O9-007 |
久保田 智章 |
Tomoaki KUBOTA |
山梨大学 |
University of Yamanashi |
Lorentz Actuators Using Conducting Polymers |
| B-1 |
B1-O9-012 |
木内 久雄 |
Hisao KIUCHI |
東京大学 |
The University of Tokyo |
Observation of Horizontally Chemisorbed CO2 on Nitrogen Doped Graphite by X-ray
Photoelectron and Absorption Spectroscopy |
| B-1 |
B1-O8-001 |
難波江 裕太 |
Yuta NABAE |
東京工業大学 |
Tokyo Institute of Technology |
Non-Precious-Metal Cathode Catalysts Prepared from Polyimide Fine Particles |
| B-1 |
B1-P10-014 |
チャウハン シプラ |
Shipra CHAUHAN |
物質・材料研究機構 |
National Institute for Materials Science |
Designing of Hetero-interface between Pt and Ceria Nanowire for Development of Pt Less Cathode with High ORR Activity |
| B-2 |
B2-P8-003 |
玉井 七奈 |
Nana TAMAI |
JX日鉱日石エネルギー株式会社 |
JX Nippon Oil & Energy Corporation |
Development of Membrane Materials for a High-purity Hydrogen Purification System with
CO2 Separation Capability |
| B-2 |
B2-P8-002 |
|
Chitho P. FELICIANO |
|
University of Tsukuba/ Philippine Nuclear Research Institute |
Anti-inflammatory Effects of pH-responsive Nitroxide Radical-containing Redox Nanoparticles against UVB-induced Skin Damage and Photoaging in Kud:Hr- hairless Mice |
| B-3 |
B3-O9-006 |
藏重 亘 |
Wataru KURASHIGE |
東京理科大学 |
Tokyo University of Science |
The Correlation between Photocatalyst and Co-catalyst Controlled at the Atomic Level |
| B-3 |
B3-O10-013 |
辻 皓平 |
Kohei TSUJI |
京都大学 |
Kyoto University |
Development of Z–Scheme Water Splitting Systems using Keggin–type Polyoxometalates as
a Shuttle Redox Mediator |
| B-4 |
B4-P9-006 |
|
Kewen SHI |
|
Beihang University |
Pressure Effect on Magnetic Transition and Thermal Expansion in Mn3Ga0.95N0.94 by Neutron Diffraction |
| C-1 |
C1-O9-017 |
横山 幸司 |
Koji YOKOYAMA |
東北大学 |
Tohoku University |
Defluorination-assisted Synthesis of Nitrogen-doped Single-walled Carbon Nanotubes and Their Electronic Properties |
| C-2 |
C2-O8-014 |
新堀 佳紀 |
Yoshiki NIIHORI |
東京理科大学 |
Tokyo University of Science |
Precise Separation of Coordination Isomers of Ligand-Exchanged Au24Pd Cluster and the Mechanistic Insights of Ligand-Exchange Reaction |
| C-2 |
C2-P8-005 |
関 淳志 |
Atsushi SEKI |
香川大学 |
Kagawa University |
An Anomalous Photovoltaic Effect in the Smectic Liquid Crystals with Spontaneous Polarization |
| C-2 |
C2-O8-004 |
|
Fengniu LU |
|
National Institute for Materials Science |
A Clear Guidance for Room Temperature Liquid Pyrenes Exhibiting Intrinsic Pyrene Luminescence |
| C-2 |
C2-O8-010 |
鈴木 朋哉 |
Tomoya SUZUKI |
千葉大学 |
Chiba University |
Photoinduction of Helical Nanomorphology in Self-assembled Perylene Bisimides-azobenzene Triad |
| C-3 |
C3-P10-015 |
三浦 俊太郎 |
Shuntaro MIURA |
埼玉大学 |
Saitama University |
Fine Structural Analysis, Formation of Interfacial Particle Films, and Accurate Estimation of Orientation in Polyguanamine Derivatives with a High Refractive Index |
| C-3 |
C3-O9-002 |
牧浦 理恵 |
Rie MAKIURA |
大阪府立大学/
JST, さきがけ |
Osaka Prefecture university/JST, PRESTO |
Bottom Up Assemblies of Highly-oriented Molecular Nanosheets with Regulated Nanopores Specifically Formed at Air/Liquid Interfaces |
| C-3 |
C3-O9-005 |
田口 大 |
Dai TAGUCHI |
東京工業大学 |
Tokyo Institute of Technology |
Visualizing Polarization Distribution Induced in Chiral-shape Domains of Phospholipid Langmuir Monolayer by Using BAM and EFISHG Microscope |
| C-3 |
C3-O9-003 |
塩谷 暢貴 |
Nobutaka SHIOYA |
京都大学 |
Kyoto University |
Preparation of a Highly Oriented Thin Film of a Functionalized Compound Using a Simple Spin-coating Technique |
| C-4 |
C4-O8-004 |
井改 知幸 |
Tomoyuki IKAI |
金沢大学 |
Kanazawa University |
Synthesis of Helical Conjugated Polymers Containing Glucose-Linked Biphenyl Units and Their Application to Chiral Functional Materials |
| C-5 |
C5-I8-005 |
|
Hyunwoong SEO |
|
Kyushu University |
Photovoltaic Potentials of Nano-particles based on Advanced Plasma Processes |
| C-5 |
C5-P8-015 |
山田 令 |
Rei YAMADA |
東京大学 |
The University of Tokyo |
Molecular Dynamics Simulation of Mesoplasma Epitaxial Bridging |
| C-5 |
C5-P9-015 |
中島 厚 |
Atsushi NAKAJIMA |
大阪大学 |
Osaka University |
Effects of Plasma-irradiation Distance on Oxidation Reaction in Liquid Induced by He/O2
Plasma-jet Irradiation
|
| D-1 |
D1-O9-004 |
劉 利明 |
Liming LIU |
東北大学 |
Tohoku University |
A Porous Hydrogel-based Microneedles Patch for Transdermal Tissue Fluid Monitoring |
| D-1 |
D1-P9-002 |
山内 俊 |
Syun YAMANOUCHI |
宇都宮大学/ JST-CREST |
Utsunomiya University/JST-CREST |
Suppressive Effects of the Biofouling on the Ultrafiltration Membrane Using the Immobilized Enzyme Prepared by Electrospinning |
| D-1 |
D1-O9-008 |
阿部 結奈 |
Yuina ABE |
東北大学 |
Tohoku University |
Development of Bioassay Sheet for Human Keratinocytes Using Stretchable Hydrogel |
| D-2 |
D2-O10-003 |
|
Ankita JAIN |
東京大学 |
The University of Tokyo |
Microarray Technology for Quantitative Aptamer Screening |
| D-3 |
D3-O9-010 |
櫻井 庸明 |
Tsuneaki SAKURAI |
京都大学 |
Kyoto University/Osaka University |
Development of Evaluation Technique of Charge Carrier Transporting Property at Insulator-Semiconductor Interfaces |
| D-4 |
D4-O9-002 |
河村 彩香 |
Ayaka KAWAMURA |
千葉大学 |
Chiba University |
Structural Color Materials from Core-Shell Particles Having Polydopamine Black Thin Layers |
| D-4 |
D4-O8-012 |
檜垣 勇次 |
Yuji HIGAKI |
JST-ERATO高原ソフト界面プロジェクト/ 九州大学/ WPI-I2CNER |
JST-ERATO /Kyushu University/WPI-I2CNER |
Characterization of Hofmeister Counter Ions Effect on Hydration States of Poly(quaternary ammonium cation) Brushes |
| D-4 |
D4-P10-001 |
榎本 詢子 |
Junko ENOMOTO |
横浜国立大学 |
Yokohama National University |
Surface Design for Catch-and-release of Target Cells Using Aptamer and Zwitterionic Oligopeptide |
| D-4 |
D4-P10-031 |
秦 裕樹 |
Yuuki HATA |
東京工業大学 |
Tokyo Institute of Technology |
Enzymatic Synthesis and Characterization of All-Cellulose Composite Hydrogels |
| D-4 |
D4-P10-014 |
松川 滉 |
Ko MATSUKAWA |
東京大学 |
The University of Tokyo |
Preparation of Surface Grafted Hydrogels by ARGET ATRP |
| E-1 |
E1-O9-006 |
|
Abdelhak CHETTAH |
|
Université 20 août 1955- Skikda |
Inelastic Thermal Spike Analysis of Swift Heavy Ion Induced Mixing at Metal/a-Ge Interfaces |
| E-1 |
E1-O9-010 |
眞弓 蓮 |
Ren MAYUMI |
大阪府立大学 |
Osaka Prefecture University |
Radiation Enhanced Precipitation of Solute Atoms in Al-based Alloys - Energetic Ion Irradiation Experiment and Computer Simulation - |
| E-2 |
E2-O9-010 |
熊谷 悠 |
Yu KUMAGAI |
東京工業大学 |
Tokyo Institute of Technology |
Accurate Predictions of Point Defect Energetics in Semiconductors from First Principles |
| E-2 |
E2-O8-006 |
榊原 寛史 |
Hirofumi SAKAKIBARA |
鳥取大学 |
Tottori University |
First-principles-derivation of Effective Model for Material Design in Strongly Correlated System |
| E-2 |
E2-O8-004 |
赤田 悠輔 |
Yusuke AKADA |
大阪大学 |
Osaka University |
Analysis of Critical Factors in Thermal Expansion Coefficient of Complex Oxide |
| E-2 |
E2-O8-002 |
金山 大祐 |
Daisuke KANAYAMA |
大阪大学 |
Osaka University |
Impacts of Impurities Doped in Magnéli Phases TinO2n-1 on Thermoelectric Properties by ab initio Calculations |
| E-3 |
E3-I8-009 |
岸 哲生 |
Tetsuo KISHI |
東京工業大学 |
Tokyo Institute of Technology |
Fabrication of Spherical Microcavity from Molten Glass Droplet on Substrate Using Localized-Laser Heating |
| E-4 |
E4-O9-008 |
宇高 光 |
Hikari UDAKA |
埼玉大学 |
Saitama University |
Fabrication of the Biosensor Using IL-6 Antibody-CdSe/ZnS Quantum Dot Conjugate and Evaluation with Fluorescenceimmunoassay |
| F-1 |
F1-P9-016 |
足立 幸司 |
Koji ADACHI |
秋田県立大学 |
Akita Prefectural University |
Non-destructive Screening Technique for Bending Materials and its Sustainable Material Allocation of Japanese Cedar. |
| F-2 |
F2-P9-002 |
久野 輝昭 |
Teruaki KUNO |
神奈川大学 |
Kanagawa University |
Basic Study of the Bactericidal Effects of Electrolyzed Water |
| F-3 |
F3-O8-005 |
田中 寛人 |
Hiroto TANAKA |
東京工業大学 |
Tokyo Institute of Technology |
Preparation and Transport Properties of Single Crystals of Inorganic-organic Hybrid Materials |
| F-3 |
F3-P9-030 |
大木 智未 |
Tomomi OKI |
横浜国立大学 |
Yokohama National University |
Novel UV Protection Agent Using Bragg Reflection of Colloidal Photonic Crystals with Polycrystalline Structure |
| F-3 |
F3-P9-008 |
米元 謙太朗 |
Kentaro YONEMOTO |
東京工業大学 |
Tokyo Institute of Technology |
Transparent Conductive ZnO Films Fabricated at Low Temperature with Low Environmental Load |
| F-4 |
F4-O10-005 |
岡田 穣謙 |
Shigenori OKADA |
地球環境緑蔭塾 |
The Earth System Ryokuin-jyuku |
The Thermo-physical Characteristics of High Concentration Nb-H Alloy as an Eco-material |
| F-5 |
F5-I10-007 |
佐々木 泰祐 |
Taisuke SASAKI |
物質・材料研究機構 |
National Institute for Materials Science |
Development of Strong and Ductile Wrought Magnesium Alloy |