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Englisg Abstract
Englisg Abstract

Year(Vol.) No.   ALL   Original Papers   General Reviews
Title: Author: keyword:
Year(Vol.) No.
Pages
Title Author(s) Keywords
2023(Vol.96) 1
p.3 - 10
Influence of Mastication of NBR on Dispersion of Carbon BlackKoji 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 PlateHiroyuki 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 ResistanceTatsumoto 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 TechnologyKatsuhiko TAKENAKAconjugated 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 TechnologyKen NAKAJIMAPolymer 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 UniversityYasuka 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 AnalysesKen KOJIOIn 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 RadiationYogun 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 ImpactHitoshi 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 MicroscopeAiri 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 MixerYasuaki YAMANERubber Mixer, Rotors, Computer Simulation, Batch Type Mixer
2023(Vol.96) 4
p.87 - 93
Dispersion Kneader Features and Feature-based Rubber Mixing Line EngineeringTatsuo YADADispersion Kneader, Internal Mixer, Rubber Mixing Line, Engineering
2023(Vol.96) 4
p.94 - 98
Rubber Mixing and Molding Processing TechnologyHitoshi NISHIZAWAViscosity, 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 compositeKazuya 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 ExtruderShuichi 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 MicroscopyYasuharu 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 ActuatorsAyaka 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 MaterialsIssei NAKAKITASilane Coupling Agent, Silica, Tire, Dispersion, Energy Loss
2023(Vol.96) 5
p.132 - 138
Toughened Mechanochromic Elastomers with Mechano-responsive Molecular UnitsTakuma 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 UniversityHiroshi JINNAIThe 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 TechnologyNobuya SATOAichi 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 RubberTakashi NISHINOHydrophobic 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 UniversityKeiji TANAKAMolecular Motion, Glass Transition, Surfaces, Interfaces, Thin Films
2023(Vol.96) 6
p.160 - 164
Visualization of Hierarchical Structures of Polymeric Materials by Quantum BeamMikihito TAKENAKAHierarchical 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 NAKAKITASilane 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 PolymersKenzo FUKUMORIClosed-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 HIRAHARAMolecular 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 ProductsKazuki NOJIRIMedical 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 ApplicationsAtsushi NAKAGAWAStyrenic 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 IndustryShinichi KATOUkraine, Russia, China Risk, Supply Chain
2023(Vol.96) 10
p.237 - 242
Mechanism of Friction-induced Vibration of Rubber Materials and its CountermeasuresSatoru MAEGAWAFriction-induced Vibration, Stick-slip, Friction Noise, Rubber, Elastomer, Static Friction, Kinetic Friction
2023(Vol.96) 11
p.243 - 252
Development of Sound Insulation Materials Using Acoustic Metamaterial TechnologyShuichi AkasakaAcoustic Metamaterial, Sound Insulation, Vibration Damping, Spring-mass-type Resonator, Effective Mass Density, Sound Transmission Loss, Resonance Frequency
2023(Vol.96) 12
p.254 - 258
Overview of Basic Chemical Analysis for Tire Rubber CompoundsYoshihiko KOMORIChemical Analysis, Tire Rubber Compound, Thermogravimetry, NMR, Chromatography, Microscopy
2023(Vol.96) 12
p.259 - 265
The First Step to the Finite Element Method(FEM)Hiroshi KADOWAKIFEM, Finite Element Method, Introduction, Continuum Mechanics, Static Analysis, Weak Form
2023(Vol.96) 12
p.266 - 270
FEM, Finite Element Method, Introduction, Continuum Mechanics, Static Analysis, Weak FormTakanori YOSHIDAPFAS, PFOA, PFCA C9-C14, Analysis, REACH, POPs
2023(Vol.96) 12
p.271 - 276
Soft Materials Degradation and its Physical and Chemical AnalysesEiichi TAKATORIPolyolefin, Soft Material, Degradation Analysis, Chromatography, Microscope, Spectroscopy, Viscoelasticity, Tensile Property