Englisg Abstract
| Year(Vol.) No. Pages |
Title | Author(s) | Keywords |
|---|---|---|---|
| 2018(Vol.91) 1 p.3 - 8 | A study of Image Classification Based on Deep Learning for Filler Morphologies in Rubber Materials | Katsumi HAGITA Tetsuo TOMINAGA Takuo SONE Ichiro TAKAHASHI CHONHO LEE Masao OGINO | Image Classification, Deep Learning, Machine Learning, Filler Morphologies, Rubber Materials, SPring-8, Ultra Small Angle X-ray Scattering, Reverse Monte Carlo Method |
| 2018(Vol.91) 1 p.9 - 12 | Adhesion of Steel Cord to Rubber (4) −Effects of Resin Condensates on Adhesion Degradation− | Yasuhiro ISHIKAWA | RF Resin Condensate, Hexamethoxymethylmelamine, One-component Resin, Secondary Ion Mass Spectrometry, Dezincification |
| 2018(Vol.91) 1 p.13 - 20 | The pursuit of Safety in Manufacture Part IV Countermeasures of Degradation for Rubbers and Plastics Learned from Material Recycling and Trap of Biofuel (I Material Recycling) | Yoshito OHTAKE | Recycle, Antioxidant, ESR |
| 2018(Vol.91) 2 p.33 - 40 | Application of Piezoelectric Rubber to the Rolling Stock | Shogo MAMADA | Piezoelectric Materials, Piezoelectric Rubber, Mixing-type, Particle Alignment, Aligned-type, Door-end, Axle Bearings, Sensor |
| 2018(Vol.91) 2 p.41 - 48 | Development of Stretchable Strain Sensor System | Hideo OTAKA | Stretch, Elastic, Sensor, Capacitive, Motion, Respiration, Swallowing, Interface |
| 2018(Vol.91) 2 p.49 - 54 | Elastic Cellulose Derivatives for Novel Mechanical Stress Sensing | Seiichi FURUMI Kana SUZUKI Masashi FUKAWA | Cellulose, Cholesteric Liquid Crystals, Bragg Reflection, Elasticity, Mechanical Stress |
| 2018(Vol.91) 2 p.55 - 59 | New Super-haptic Sensor and New Intelligent Material Utilizing Electrolytic Polymerization on Natural Rubber | Kunio SHIMADA | Natural Rubber, Sensor, Electrolytic Polymerization, Piezo Effect, Photovoltaic Effect |
| 2018(Vol.91) 3 p.78 - 85 | Strain-Induced Crystallization and Mechanical Properties of Rubber. 3. Strain-Induced Crystallization under Static and Dynamic Condition | Shigeyuki TOKI，Ph. D | Crystallization, Mechanical Properties, Rubber |
| 2018(Vol.91) 3 p.86 - 92 | The Pursuit of Safety in Manufacture Part IV Countermeasure of Degradation for Rubbers and Plastics Learned for Material Recycling and Trap of Biofuel(II Biofuel) | Yoshito OHTAKE | Recycle, BDF, Ethanol, ETBE, SP |
| 2018(Vol.91) 3 p.93 - 98 | Adhesion of Steel Cord to Rubber (5) −Durability of Tire Belt − | Yasuhiro ISHIKAWA | Tread Separation, Oxygen Impermeability, Halobutyl Rubber, Innerliner Compound |
| 2018(Vol.91) 4 p.109 - 114 | Degradation of Natural Rubber and Deproteinized Natural Rubber | Yoshimasa YAMAMOTO Siti Nadiah Binti NORULHUDA Takayuki SAITO Yoshito OHTAKE Seiichi KAWAHARA | Degradation, NMR, Natural Rubber, Deproteinized Natural Rubber, Nanomatrix Structure, Protein |
| 2018(Vol.91) 4 p.115 - 120 | EPDM Developments for Automotive Sealing Applications via Advanced Molecular Catalyst (AMC) Technology | Isao HATTORI Debora RESSNIG Varun THAKUR Colin LI PI SHAN | EPDM, Catalyst, Molecular Structure, Long Chain Branching, Molecular Weight Distribution, Extrusion Processability, Automotive Sealing |
| 2018(Vol.91) 4 p.123 - 128 | The pursuit of Safety in Manufacture Part V The Influence of Global Warming on Rubbers and Plastics (I Influence of UV irradition, Heating and Moisture on Degradation of Polymers) | Yoshito OHTAKE | Degradation, Weathering Test, Ozone, Carbonyl Index |
| 2018(Vol.91) 4 p.129 - 134 | Strain-Induced Crystallization and Mechanical Properties of Rubber. 4. Crystal and Crystallites Structure | Shigeyuki TOKI，Ph. D | Crystallization, Mechanical Properties, Rubber |
| 2018(Vol.91) 5 p.143 - 150 | Structure and Properties of Natural Rubber | Seiichi KAWAHARA | Natural Rubber, Nanomatrix Structure, Proteins, Phospholipids, Viscoelastic Properties |
| 2018(Vol.91) 5 p.151 - 155 | Production of Natural Rubber and Biotechnology | Norie WATANABE | Natural Rubber, Hevea Brasiliensis, Biotechnology, Biosynthesis, Genome, DNA Marker, SALB, White Root Disease |
| 2018(Vol.91) 5 p.156 - 160 | Epoxidized Natural Rubber and Highly Purified Natural Rubber | Toshiaki SAKAKI | Epoxidized Natural Rubber, Highly Purified Natural Rubber, Hevea Brasiliensis |
| 2018(Vol.91) 5 p.161 - 168 | Bioimaging of the Lactiferous Cells in Rubber Production Plants | Yoshihisa NAKAZAWA | Bioimaging, Lactiferous Cells, Hevea, Eucommia. |
| 2018(Vol.91) 5 p.169 - 175 | Guayule Natural Rubber and Dandelion Natural Rubber | Preeyanuch JUNKONG Yuta SAKAKI Yuko IKEDA | Guayule Natural Rubber, Dandelion Natural Rubber, Alternative Natural Rubber, Strain-induced Crystallization, Non-rubber Components |
| 2018(Vol.91) 6 p.177 - 184 | Breaking Behavior of Elastomer in Rubber Mixers (2) Possibility of Formation of Rheological Unit on a Two-Roll Mill and Rubber Powders Produced by Dynamic Vulcanization in Various Mixers | Koji OKAMOTO Michiharu TOH | Mixing, Roll Mill, Mixer, Breaking, Failure, Rheological Unit, Rubber Powder, Dynamic Vulcanization |
| 2018(Vol.91) 6 p.185 - 191 | Physical Aspects for Elastic-Viscous Transition and Velocity Jump near Glass Transition Region in Fracture of Rubbers; (the first half) Detailed Aspects of the Elastic-viscous Transition Phenomenon Accompanied with Stick-slip Motion and Velocity Jump | Yoshihide FUKAHORI Kartpan SAKULKAEW James J.C. BUSFIELD | Cross-linked Rubber, Fracture Behavior of Rubber, Elastic-viscous Transition, Strain Energy Release Rate, Stick-slip Motion, Fracture Surface Roughness, Glass-transition Velocity |
| 2018(Vol.91) 6 p.192 - 198 | The Pursuit of Safety in Manufacture Part V The Influence of Global Warming on Rubbers and Plastics (II Infulence of Short Wavelength Ultraviolet Rediation on Ozone Genaration and Influence of Ozone on Vulcanized Rubber) | Yoshito OHTAKE | Ozone, Degradation, HNBR, Wax |
| 2018(Vol.91) 6 p.199 - 206 | Commentary on Flory’s Theory on Strain-induced Crystallization | Masatoshi TOSAKA | Entropy, Free Energy, Gaussian Chains, End-to-End Distance, Equilibrium Melting Temperature |
| 2018(Vol.91) 8 p.293 - 300 | Study on Thermo-Oxidative Aging of EPDM Vulcanizates : Relationship between Tensile Breaking Stretch Ratio and Average T2 Relaxation Time of Rubber Phase | Kenzo FUKUMORI Yoshifumi AOKI Takuya MITSUOKA | Vulcanized EPDM, Themo-Oxidative Aging, Carbon Black, Crosslinking Agent, Modulus at 100% Strain, Breaking Stretch Ratio, Spin-Spin Relaxation Time |
| 2018(Vol.91) 8 p.301 - 308 | Evaluation of States and Prediction of Fracture Characteristics of Isoprene Rubber by 1H Pulsed NMR | Hitoshi IWABUKI Takuya ISHIDA | Pulsed NMR, Spin-spin Relaxation Time, Isoprene Rubber, Inhomogeneity, Thermal Oxidation, Extension Ratio at Break, Stress at 100% Strain, Fracture Characteristics. |
| 2018(Vol.91) 8 p.309 - 315 | Simultaneous Stiffening, Strengthening and Toughening of Acrylic Rubber by Miscible Blending with Poly (Vinylidene Fluoride) | Noboru OSAKA | Acrylic Rubber, Poly (Vinylidene Fluoride), Miscible Polymer Blend, Mechanical Properties, In-situ WAXS Measurements |
| 2018(Vol.91) 8 p.316 - 323 | Physical Aspects for Elastic-Viscous Transition and Velocity Jump near Glass Transition Region in Fracture of Rubbers(the latter half): Mechanism of the Velocity Jump induced by Stick-slip Motion | Yoshihide FUKAHORI Kartpan SAKULKAEW James J.C. BUSFIELD | Cross-Linked Rubber, Fracture Behavior of Rubber, Elastic-Viscous Transition, Strain Energy Release Rate, Stick-slip Motion, Fracture Surface Roughness, Glass-transition Velocity |
| 2018(Vol.91) 8 p.324 - 330 | Failure Behavior of Polymeric Materials | Makoto KAWAGOE | Strength, Durability, Deformation, Fracture, Polymer, Polymer-Based Composite |
| 2018(Vol.91) 9 p.331 - 336 | Potential Application for Tissue Engineering in Natural Rubber Latex | Masami OKAMOTO | Natural Rubber Latex; Tissue Engineering; Cancer Cells; Cytotoxicity; Cell Cycle; Apoptosis; Bone Tissue; Chondrogenic Differentiation |
| 2018(Vol.91) 9 p.337 - 343 | Present and Future in Development of Thermally Conductive Polymer Composites — Essentials to Acquire Excellent Thermal Interface Materials — | Yasuyuki AGARI | Thermal Conductivity, Thermal Management, Thermal Contact Resistance, TIM, Composite, Liquid Crystalline Epoxy Resin, Thermoplastic Elastomer, Filler, Connection |
| 2018(Vol.91) 9 p.344 - 350 | Strain-Induced Crystallization and Mechanical Properties of Rubber. 5. Network, Entanglement, Strain Induced Crystal (SIC) and Mechanical Properties. | Shigeyuki TOKI，Ph. D | Crystallization, Mechanical Properties, Rubber |
| 2018(Vol.91) 9 p.351 - 357 | Viscoelastic Properties of Rubbery Materials 1. Polymer Viscoelasticity | Yoshinobu ISONO | Viscoelastic Properties, Polymer, Entanglement, Differential Dynamic Modulus, Large Deformation |