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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
2020(Vol.93) 1
p.3 - 9
Performance and Material Characteristics of 30 years Use Laminated Rubber Bearings for Seismic Isolation of BuildingsNobuo MASAKISeismic Isolation Building, Rubber Bearing, Aging, Horizontal Stiffness, Vertical Stiffness, Creep
2020(Vol.93) 1
p.10 - 16
Lecture Course of Soft Matter Physics for Rubber Engineers
Chapter 1: Elastic Deformation of Rubber
Masao DOIHyper-Elastic Materials, Free Energy of Deformation, Entropic Elasticity of Polymer, Connected Balloons
2020(Vol.93) 1
p.17 - 20
Interface and Adhesion of Composite
1. Toughening of Particle-Filled Epoxy Composite
Yoshinobu NAKAMURA
Tomoyasu HIRAI
Syuji FUJII
Composite, Filler, Interface, Mechanical strength, Fracture toughness
2020(Vol.93) 2
p.37 - 43
Volleyball Development and Manufacturing MethodsRyutaro OGAWAVolleyball, FIVB, Official Ball, Aerodynamic, Stable Flight
2020(Vol.93) 2
p.44 - 49
High-performance Sport Gear Based on Human Attribute ResearchKenichi HARANOHuman Centric Design, Breathability, CNF, Sustainability, Grip, Cushion
2020(Vol.93) 2
p.50 - 55
Status and Issues of Table Tennis RubberToshihiro INOUETable Tennis, Rubber, Sport, ITTF, Spin, Speed, Friction, International, Regulation
2020(Vol.93) 2
p.56 - 58
The Development and Present Status of Rubber Covered SoftballTakeshi OKADASoftball, Rubber Covered Softball, Leather Covered Softball, Rubber Covered Baseball
2020(Vol.93) 2
p.59 - 63
Development of Sole for Running-Specific ProsthesisMiho ODAIRARubber Sole, Prosthesis, Pattern, Rubber Composition, Paralympic Games, Para-sports
2020(Vol.93) 2
p.64 - 69
Development of Golf BallsJun SHINDOGolf Ball, Development, Rules, Rebound, Deformation, Compounding
2020(Vol.93) 3
p.85 - 90
Mechanics of Tire ShapeYukio NAKAJIMA,Ph.D.Tire Construction, Belt, Bead, Computational Fluid Dynamics, Optimization, Genetic Algorithm (GA), Finite Element Method (FEM)
2020(Vol.93) 3
p.91 - 94
Interface and Adhesion of Composite
2. Structure of Filler Surface Treated with Silane Coupling Agent
Yoshinobu NAKAMURA
Tomoyasu HIRAI
Syuji FUJII
Composite, Filler, Interface, Surface Treatment, Silane Coupling Agent
2020(Vol.93) 3
p.95 - 100
Lecture Course of Soft Matter Physics for Rubber Engineers
Chapter 2: Viscoelasticity of Liquid State of Polymers
Masao DOILinear Viscoelasticity, Constitutive Equation, Oldroyd Model, Entanglement Effect, Reptation Theory
2020(Vol.93) 4
p.117 - 122
The Trend and Development of Flameretardant MaterialMasayuki OKOSHIFlameretardant Material , Regulation, Label
2020(Vol.93) 4
p.123 - 128
The Positive List System for Food Utensils, Containers and PackagingHitomi OTAThe Food Sanitation Act, Food Apparatus, Food Utensils, Food Containers, Food Packaging, Positive List System, Synthetic Resin
2020(Vol.93) 4
p.129 - 135
The Current State of Waste Plastic and Waste Rubber Tasks for the Sustainable SocietyTohru KAMOWaste Plastic, Waste Rubber, Sustainable Development, Recycle, Ethic
2020(Vol.93) 4
p.136 - 140
Overview of the Chemical Substances Control Law and of Test Methods for Chemical SafetyMasanori TARUKIChemical Substances Control Law, CSCL, OECD Test Guidelines
2020(Vol.93) 4
p.141 - 146
High-performance Technologies of Biodegradable Plastics to Solve the Ocean Contamination by PlasticsMasatsugu MOCHIZUKIPoly(lactic acid), Biodegradable, Compostable, High-performance, Ocean Contamination
2020(Vol.93) 5
p.147 - 151
About SDGs and Kansai SDGs platform InitiativesRikka SAKAMOTOSDGs, The 2030 Agenda, Sustainability, Kansai
2020(Vol.93) 5
p.152 - 158
Stress Relaxation Mechanism of Sealing MaterialsYuichi AOYAGIStress Relaxation, Aging, Seals, NMR, Chemiluminescence, EPDM
2020(Vol.93) 5
p.159 - 165
Mechanics of Tire PatternYukio NAKAJIMA,Ph.D.Tire Pattern, Pattern Rigidity, Cornering Stiffness, Maneuverability, Wear, Tire Noise, Hydroplaning, Computational Fluid Dynamics, Finite Element Method (FEM)
2020(Vol.93) 5
p.166 - 169
Interface and Adhesion of Composite
3. Structure of Silane Coupling Agent at the Interface in Composite
Yoshinobu NAKAMURA
Tomoyasu HIRAI
Syuji FUJII
Composite, Filler, Interface, Surface Treatment, Silane Coupling Agent
2020(Vol.93) 5
p.170 - 175
Lecture Course of Soft Matter Physics for Rubber Engineers
Chapter3 : Mixing and Separation of Materials
Masao DOIFree Energy of Mixing, Osmotic Pressure. Phase Diagram, Swelling Equilibrium
2020(Vol.93) 5
p.176 - 182
Chemistry of Sulfur Chain and Design of Dynamic Soft Materials Using Rotaxane
1. Chemistry of Sulfur Chain and Sulfur-Containing Silane Coupling Agents
Toshikazu TAKATASulfur, Sulfur Linkage, Sulfur Chain, Oligosulfide, Silane Coupling Agent
2020(Vol.93) 6
p.190 - 194
History and Future of Anti-Adhesive AgentToshiya TAKEUCHIAnti-adhesive, Stock, Soap, Powder, Polymer
2020(Vol.93) 6
p.195 - 201
Natural Rubber Corresponding to Sustainable Development Goals (SDGs)Shinichi KATOSDGs, Natural Rubber, Traceability, VRGJAPAN
2020(Vol.93) 6
p.202 - 206
Demystifying Properties of Fluoroelastomers and Their Current and Potential Future ApplicationsSatoko YASUDA
Fritz SIMEON
Fluoroelastomer, Fluororubber, Heat Resistance, Chemical Resistance, FKM, FEPM, FFKM
2020(Vol.93) 6
p.207 - 214
Properties and Applications of Rubber/Filler Coupling Agents SUMILINK®100/200Shiki NOJIMA
Toshihiro NOBUOKA
Hiroshi AOSHIMA
Yasuo UEKITA
Osamu TOKUDA
Sadayuki NAKANO
Satoru MORITOMI
Shinzo SEKO
Tatsuo SASSA
Coupling Agent, Carbon Black, Silica, Natural Rubber, Synthetic Rubber, Hysteresis Loss, Rolling Resistance, Energy-Saving Tire
2020(Vol.93) 6
p.215 - 219
Introduction of Reactive Antioxidant, Appearance Improver and Lubricity-imparting AgentDaisuke YAMAKIAntioxidant, Blooming, Lubricant
2020(Vol.93) 7
p.240 - 242
RheometerKeisuke MIYAMOTOViscoelasticity, Rheology, Rheometry, Rheometer, Storage Modulus, Loss Modulus, Loss Factor, DMA, Dynamic Mechanical Analysis
2020(Vol.93) 7
p.243 - 247
Interface and Adhesion of Composite
4. Addition of Silane Coupling Agent by the Integral Blend Method
Yoshinobu NAKAMURA
Tomoyasu HIRAI
Syuji FUJII
Composite, Interface, Filler, Surface Treatment, Integral Blend Method, Silane Coupling Agent
2020(Vol.93) 7
p.248 - 254
Lecture Course of Soft Matter Physics for Rubber Engineers
Chapter 4: Diffusion, Permeation and Swelling
Masao DOIOnsager Principle, Collective Diffusion, Self Diffusion, Gel Swelling and Squeezing, Multi-component System
2020(Vol.93) 7
p.255 - 262
Chemistry of Sulfur Chain and Design of Dynamic Soft Materials Using Rotaxane
2. (Poly) Rotaxane and Rotaxane-Crosslinked Polymer
Toshikazu TAKATARotaxane, Polyrotaxane, Rotaxane-Crosslinked Polymer, Structure, Synthetic Method
2020(Vol.93) 8
p.264 - 268
The Introduction of Specialty Olefinic Thermoplastic Elastomer
—JSR EXCELINK®
Shiori NOGUCHIThermoplastic Elastomer, Dynamic Vulcanization, Reactive Processing, Thermoplastic Vulcanizates, Morphology, Polymer Alloy, Olefinic Polymer, Recyclable
2020(Vol.93) 8
p.269 - 272
Development of New Heat Resistant Acrylic Rubber (Denka ER® ERX-219)Tatsuya NAKANO
Yuya KAMBE
Toshiaki MIYAUCHI
Acrylic Rubber, Heat Resistance, Oil Resistance, ACM, AEM
2020(Vol.93) 8
p.273 - 278
Effect of Addition to CSM and FKM by Liquid 1,2-epoxidized PolybutadieneHiroki HASHIMOTO
Hiroshi SAKAI
Izumi TANDO
Polybutadiene, 1, 2-epoxidized Polybutadiene, Acid Acceptor, Chlorosulfonated Polyethylene (CSM), Poly (Vinylodene Fluoride-co-hexafluoropropylene) (FKM)
2020(Vol.93) 8
p.279 - 282
TUBALL Single Wall Carbon Nano TubeDaisuke SHIMIZUSingle Wall Carbon Nanotube, Raman-spectroscopy, Silicone Rubber, SBR
2020(Vol.93) 8
p.283 - 287
Application of Ethylene-α-olefin Co-oligomers to Functional CompoundsKiminori UCHIDA
Yuki TANAKA
Yuto YOSHIDA
Kazuki MITA
Thermoplastic Styrenic Elastomers (TPS), Ethylene-α-olefin Co-oligomer, Compression Set (CS), Permanent Set (PS), Modifier, Small-angle X-ray Scattering (SAXS)
2020(Vol.93) 9
p.289 - 292
Effects of White Rot Fungus Physisporinus sp., Isolated in Japan, on Styrene-butadiene RubberYumi SHIMIZU
Shuma SATHO
Taro NAKAJIMA
Hiroaki KOUZAI
Kiminori SHIMIZU
Styrene-butadiene Rubber, Biodegradation, Physisporinus, White Rot Fungus
2020(Vol.93) 9
p.293 - 299
Tensile Strength of Protein-free Natural Rubber and its Vulcanizate Soaked in WaterLuu Thanh HUYEN
Chen Ao RAN
Yoshimasa YAMAMOTO
Seiichi KAWAHARA
Protein-free Natural Rubber, Vulcanization, Water-resistance
2020(Vol.93) 9
p.300 - 304
Interface and Adhesion of Composite
5. The Structure of a Pressure-Sensitive Adhesive is Like Nanocomposite
Yoshinobu NAKAMURA
Tomoyasu HIRAI
Syuji FUJII
Pressure-Sensitive Adhesive, Nanocomposite, Elastomer, Tackifier, Viscoelastic Properties
2020(Vol.93) 9
p.305 - 311
The Picture of Future TireYukio NAKAJIMA,Ph.D.CASE, ITS, Downsized Tire, Rolling Resistance, Tire Noise, Airless Tire, Intelligent Tire
2020(Vol.93) 9
p.312 - 325
Unified Physical Concept of Friction and Wear of Rubber
Part 1: Strong Adhesion and High Frictional Force caused by the Surface Characteristics of Cross-linked Rubber
Yoshihide FUKAHORIRubber Friction and Wear, Sticky Surface Characteristic, High Friction coefficient, Macroscopic Phase Separation, Meniscus Formation, Uncross-linked and Cross-linked Phases
2020(Vol.93) 11
p.345 - 351
Effects of Post-heat Treatment on Thermal Stability and Yield of Insoluble Sulfur and Elucidation of Its Mechanism through ESR TechniqueNaoki TERADA
Katsushige KOUGE
Teppei YAMAGUCHI
Kenji KOMAGUCHI
Shinjiro HAYAKAWA
Hiromori TSUTSUMI
Insoluble Sulfur, Rubber Vulcanizing Agent, Post-heat Treatment, ESR, Thermal Stability, Chainlength
2020(Vol.93) 11
p.352 - 357
Lecture Course of Soft Matter Physics for Rubber Engineers
Chapter 5: Evaporation and Drying
Masao DOIEvaporation Rates, Coffee Ring Effect, Structural Formation in Liquid Film, Skin formation, Cavitation
2020(Vol.93) 11
p.358 - 365
Unified Physical Concept of Friction and Wear of Rubber
Part 2: Stick-slip Motion and Vibration with High Frequency Generated by the Sticky Surface Characteristics of Cross-linked Rubber
Yoshihide FUKAHORIStick-slip Motion, High Frequency Vibration, Natural Frequency, Microcrack Formation, Sticky Characteristics, Potential Energy Difference, Tomlinson Model