Englisg Abstract
| Year(Vol.) No. Pages |
Title | Author(s) | Keywords |
|---|---|---|---|
| 2023(Vol.96) 1 p.3 - 10 | Influence of Mastication of NBR on Dispersion of Carbon Black | Koji OKAMOTO Michiharu TOH Ken NAKAJIMA | Mastication, Plasticization, Subdivision, Rheological Unit, Dispersion, BIT, AFM, NBR |
| 2023(Vol.96) 1 p.11 - 16 | Material Modulus Estimation for Drop Impact of Viscoelastic Body onto Plate | Hiroyuki IWAMOTO Muneharu SAIGO Kohei YUGE Hiroshi KATO | Impact, Viscoelastic Material, Bar, Sphere, Maxwell Model, Finite Element Analysis, Finite Difference Analysis |
| 2023(Vol.96) 1 p.17 - 20 | Development of Hydrogenated SBR Showing High Strength, High Durability, and High Wear Resistance | Tatsumoto NAKAHAMA | Hydrogenated Styrene Butadiene Rubber, Strength, Stress-strain Curve, Entanglement Density, Modified Kremer-Grest Model, Durability, Wear Resistance |
| 2023(Vol.96) 2 p.27 - 31 | Research Activities at Laboratory of Polymer Materials Chemistry, Nagaoka University of Technology | Katsuhiko TAKENAKA | conjugated dienes, anionic polymerization, free-radical polymerization, functional group, synthetic rubber, [3]dendralene |
| 2023(Vol.96) 2 p.32 - 36 | Polymer Nanomechanics at Nakajima Laboratory in Tokyo Institute of Technology | Ken NAKAJIMA | Polymer Nanomechanics, Nanofishing, Atomic Force Microscope, Nanorheology |
| 2023(Vol.96) 2 p.37 - 41 | Sanada Laboratory, Materials Design and Processing Course, Department of Mechanical Systems Engineering, Faculty of Engineering, Toyama Prefectural University | Yasuka NASSHO Kazuya NAGATA Kazuaki SANADA | Material Testing, Finite Element Analysis, Microstructural Design, Composite Material |
| 2023(Vol.96) 2 p.42 - 45 | Structure and Physical Property Control of Polymer Materials using Various Mechanical Tests and In situ Multiscale Structure Analyses | Ken KOJIO | In situ Multiscale Structure Analyses, Molecular Aggregation Structure, Physical Properties, Polymer Materials |
| 2023(Vol.96) 3 p.57 - 64 | Study on Degradation of Medical Chlorobutyl Rubber Material by Gamma Ray Radiation | Yogun KIDA Kazuki NOJIRI Yuma UNNO Katsuhisa TOKUMITSU | Gamma Ray Sterilization, Chlorobutyl Rubber, Degradation, Oxygen, Non-Oxygen, Dissolution Performance, Ready To Use System |
| 2023(Vol.96) 3 p.65 - 72 | Prediction of Local Tensile Properties of Thermally Oxidized Thick Rubber by Pulsed NMR Measurements with Reduced Environmental Impact | Hitoshi IWABUKI Yuya MIYAKE Kazuma KOBAYASHI | Pulsed NMR, Spin-spin Relaxation Time, Weibull Coefficient, Blended Rubber, Thermal Oxidation, Extension Ratio at Break, Stress at 100% Strain, Prediction of Tensile Properties |
| 2023(Vol.96) 3 p.73 - 78 | Deformation Behavior on Thermoplastic Elastomer Using Nano-Palpation Atomic Force Microscope | Airi SATO Makiko ITO Xiaobin LIANG Ken NAKAJIMA | Nanomechanics, Atomic Force Microscope, Homology, Block Copolymer |
| 2023(Vol.96) 4 p.80 - 86 | About Rubber Mixing by Rubber Batch Mixer | Yasuaki YAMANE | Rubber Mixer, Rotors, Computer Simulation, Batch Type Mixer |
| 2023(Vol.96) 4 p.87 - 93 | Dispersion Kneader Features and Feature-based Rubber Mixing Line Engineering | Tatsuo YADA | Dispersion Kneader, Internal Mixer, Rubber Mixing Line, Engineering |
| 2023(Vol.96) 4 p.94 - 98 | Rubber Mixing and Molding Processing Technology | Hitoshi NISHIZAWA | Viscosity, Pressure Losses, Stress Relaxation Processing Index |
| 2023(Vol.96) 4 p.99 - 105 | Compounding Mechanism of Cellulous Nanofibers in Polypropylene and Our Research of Cellulous Nanofibers/Polypropylene composite | Kazuya NAGATA Fumihiko OZAKI Kazuaki SANADA | Cellulose Nano Fibers, Nanocomposite, Polypropylene, Polyamide 6, Dispersion, Dry Powder, Mechanical Properties |
| 2023(Vol.96) 4 p.106 - 112 | Analysis and Evaluation of Melt Compounding Process of Plastics using an Extruder | Shuichi TANOUE Hideyuki UEMATSU | Melt Compounding, Extruder, Mixing Analysis, Mixing Evaluation, Dispersion, Thermoplastics |
| 2023(Vol.96) 5 p.113 - 118 | Improved Quantification of Nanoscale Viscoelasticity Measurements by Nanorheological Atomic Force Microscopy | Yasuharu KASHIMORI Makiko ITO Xiaobin LIANG Ken NAKAJIMA | Viscoelasticity, Nanorheology, Dynamic Modulus, Atomic Force Microscopy, Johnson-Kendall-Roberts Theory |
| 2023(Vol.96) 5 p.119 - 125 | In situ Measurements for Understanding Actuation Mechanism of Polymer Fiber Actuators | Ayaka TAKAZAWA Hiroaki YOSHIZAWA Masaki KAKIAGE Hiroki UEHARA | Actuation, Tie Molecules, Linear Low-density Polyethylene (LLDPE), Drawing, Cyclic Stretching/ Shrinking, In situ Measurements, X-ray, NMR |
| 2023(Vol.96) 5 p.126 - 131 | The Reaction Mechanism of the Silane Coupling Agents and the Application Research for Rubber Materials | Issei NAKAKITA | Silane Coupling Agent, Silica, Tire, Dispersion, Energy Loss |
| 2023(Vol.96) 5 p.132 - 138 | Toughened Mechanochromic Elastomers with Mechano-responsive Molecular Units | Takuma WATABE Hideyuki OTSUKA | Mechanochemistry, Sacrificial Bonds, Toughness, Mechanochromism, Gels, Mechanophores, Visualization |
| 2023(Vol.96) 6 p.141 - 146 | Introduction of Polymer Physical Chemistry Laboratory at the Institute of Multidisciplinary Research for Advanced Materials (IMRAM) , Tohoku University | Hiroshi JINNAI | The Polymer Physical Chemistry (PPC) Laboratory at Tohoku University, Self-assembling Polymeric Structures, Polymer Alloys, Nano-composites, Electron Microscopy, Electron Tomography, Structural Characterization under Deformation, Nano-diffraction Imaging |
| 2023(Vol.96) 6 p.147 - 150 | Polymer Materials Chemistry Laboratory, Aichi Institute of Technology | Nobuya SATO | Aichi Institute of Technology, Polyurethane Elastomers, Polyurethane Dispersions, Polyurethane Adhesives, Epoxy Adhesives, Micro Phase Separation Structure, in-situ Polymerization, Polyurethane Society |
| 2023(Vol.96) 6 p.151 - 155 | Kobe University, Polymer and Rubber | Takashi NISHINO | Hydrophobic Surface, Interphase, Adhesion, 3D Printing |
| 2023(Vol.96) 6 p.156 - 159 | Researches on Interfacial Structure and Dynamics of Rubbery Polymers at Tanaka Laboratory, Department of Applied Chemistry, Kyushu University | Keiji TANAKA | Molecular Motion, Glass Transition, Surfaces, Interfaces, Thin Films |
| 2023(Vol.96) 6 p.160 - 164 | Visualization of Hierarchical Structures of Polymeric Materials by Quantum Beam | Mikihito TAKENAKA | Hierarchical Structures, Quantum Beam, SAXS-CT, STXM, Rubber-Filler Systems, Crystalline Polymers |
| 2023(Vol.96) 7 p.183 - 186 | The Reaction Mechanism of the Silane Coupling Agents and the Application Research for Rubber Materials. | Issei NAKAKITA | Silane Coupling Agent, Silica, Tire, Dispersion, Energy Loss |
| 2023(Vol.96) 7 p.187 - 191 | Materials Technology for Heterogeneous Polymer Systems: Part III. Material Recycling of Crosslinked Polymers | Kenzo FUKUMORI | Closed-loop Recycling, Automotive Waste, Crosslinked Polymer, Reactive Processing, Twin-screw Extruder |
| 2023(Vol.96) 7 p.192 - 198 | Department of Chemistry and Biological Sciences, Inorganic Materials Chemistry (Hirahara) Laboratory. | Hidetoshi HIRAHARA | Molecular Bonding, Dissimilar Material Composite, AFM-nanoIR, Surface Interface, Bonding |
| 2023(Vol.96) 8 p.210 - 215 | The Issues of Medical Package Materials and the Feature of Medical Compounding ZELAS™ | Ayako KIYATAKE Yumiko SAEKI Yuuko MIYAZAKI | Medical Device, Package, Tube, Closure, Vial, TPS, Biocompatibility and Anti-protein Adsorption |
| 2023(Vol.96) 8 p.216 - 221 | Characteristics and Performance of Medical Rubber Products | Kazuki NOJIRI | Medical Device, Medical Rubber Products, Medical Application, Rubber Closures, Pharmaceutical Container, Rubber Component, Vial, Syringe |
| 2023(Vol.96) 8 p.222 - 225 | Styrenic Thermoplastic Elastomers for Medical Applications | Atsushi NAKAGAWA | Styrenic Elastomer, Infusion Bag, Tube, Impact Strength, Kinking Property, Drug Absorption |
| 2023(Vol.96) 9 p.227 - 234 | Impact of Ukraine-Russia War, China Risks on Rubber Industry | Shinichi KATO | Ukraine, Russia, China Risk, Supply Chain |