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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
2024(Vol.97) 1
p.3 - 8
Multi-network System including Dynamic and Static Covalent Bonds “Coexistence between Thermoplasticity and Creep Resistance” 1 Hydrogen Bond-1Keisuke CHINOMulti-crosslinking System, Dynamic Covalent Bonds, Static Covalent Bonds, Thermoplasticity, Creep Resistance
2024(Vol.97) 1
p.9 - 15
Now Consider Again Real Structure and the Characteristics of Cross-linked Rubber Part I. Vague Images of Real Structure of Cross-linked Rubber that have been Made Apparent RecentlyYoshihide FUKAHORIStructure of Cross-linked Rubber, Rubber Elasticity Theory, Phase Separation, Co-continuous Structure, Cross-linked Phase, Uncross-linked Phase, AFM Image
2024(Vol.97) 2
p.22 - 26
Multidimensional Structural Analysis of Polymeric Materials by Scanning Transmission Electron Microscopy (STEM)Shin HORIUCHISTEM, EDX, EELS, ELNES, Tomography, Polymer Alloy, Composite
2024(Vol.97) 2
p.27 - 33
Basics and Applications of Rubber Analysis using Scanning Electron MicroscopyYusuke SAKUDA1*
Chikako NAKAYAMA
Hiroshi ONODERA
Masafumi TASAKI
Kazumi NAKAYAMA
SEM, Rubber, Microtome, Ar Ion Milling, EDS, SXES
2024(Vol.97) 2
p.34 - 38
Application Examples of Rubber and Elastomer Materials by FT-IR and Raman SpectroscopyTakako CHIBAIR, Raman, Rheometer, Identification, Degradation Analysis, Simultaneous Measurement
2024(Vol.97) 3
p.49 - 54
Effects on Physical Properties of Polyimide Urethanes by Introduction of Pyromellitic Imide Bonds and Addition of FullereneNobuya Sato,Shota Sugiura
Eisuke Yamada
Polyimide Urethanes, Fullerene, Pyromellitic Dianhydride, Micro Phase Separation Structure, Hard Segment Domains
2024(Vol.97) 3
p.55 - 62
Influence of Mixing on Carbon Black Dispersion for Chloroprene RubberKoji OkamotoMastication, Mixing, Chloroprene Rubber, CR, Subdivision, Rheological Unit, Dispersion, Kneader
2024(Vol.97) 3
p.63 - 67
Synthesis of Supramolecular Sulfur-containing PolymersShun Hashimoto
Yuichiro Kobayashi
Hiroyasu Yamaguchi
Sulfur, Sulfur-containing polymer, Supramolecule, Supramolecular Polymer, Hydrogen Bonding, Metal- ligand Interaction, Cyclodextrin, Polyrotaxane
2024(Vol.97) 3
p.68 - 73
Coarse-grained Molecular Dynamics Simulations of Networks with Dynamic CrosslinksYusuke YasudaCoarse-grained Molecular Dynamics Simulations, Polyrotaxanes, Slide-ring Gels, Dynamic Bond Elastomers, Mechanical Properties, Sliding Dynamics, Self-healing Properties, Association Constant, Bond Lifetime.
2024(Vol.97) 4
p.90 - 96
Analysis of Sulfur Radicals and Insoluble Sulfur by ESR SpectroscopyNaoki TERADA
Kenji KOMAGUCHI
Insoluble Sulfur, Polymer Sulfur, Rubber Vulcanizing Agent, Electron Spin Resonance (ESR), Thermal Stability, Chain Length, Post-heat Treatment, Sulfur Radical
2024(Vol.97) 4
p.97 - 104
Evaluation of Cross-linking of Rubber and Polymers by TDNMRHideyuki HARANMR, TDNMR, Relaxation, Multi Quantum Method, Cross-link, Polymer, Rubber
2024(Vol.97) 4
p.105 - 110
An Analysis on Aging Mechanism of Sealing MaterialsYuichi AOYAGIAging, FKM, Molecular Orbital Simulation
2024(Vol.97) 5
p.111 - 118
Enhanced Mechanical Properties of Olefin Thermoplastic Elastomers by Controls of Phase Structure and Multi-walled Carbon Nanotube DispersionTakehito HIROSE
Kenzo FUKUMORI
Thermoplastic Elastomer, Polymer Blend, Mechanical Property, Reinforcement, Carbon Nanotube, Dispersion, Phase Structure, Compatibilizer
2024(Vol.97) 5
p.119 - 124
Time-resolved XAFS Study on Formation Behavior of Zinc Compounds during Vulcanization in Rubbers with Different Vulcanization SystemsSatoshi SAWADA
Hiroaki KONDO
Yohei NAKANISHI
Mikihito TAKENAKA
Motoki SHIBATA
So FUJINAMI
Tsukasa MIYAZAKI
Rubber, X-ray Absorption Fine Structure, Vulcanization System, Sulfur Crosslinking, Zinc Oxide, Vulcanization Accelerator, Cure
2024(Vol.97) 5
p.125 - 130
動的結合と静的共有結合を含む マルチネットワークシステム 「熱可塑性と耐クリープ性の両立」3 イオン結合・動的共有結合Keisuke CHINOMulti-crosslinking System, Dynamic Covalent Bonds, Static Covalent Bonds, Thermoplasticity, Self-Healing, Heat Resistance, Creep Resistance
2024(Vol.97) 5
p.131 - 138
Now Consider Again Real Structure and the Characteristics of Cross-linked Rubber Part3. Proposal of a Gelation Model of Rubber Named “Gel-Network Structure Model of Cross-linked Rubber”Yoshihide FUKAHORIConventional Molecular Network Structure, Gel-network Structure Model, Cross-linked Rubber, Gelation, Gel-ball, Network Structure, Dynamic Consideration for Gelation, Thermodynamic Consideration for Gelation, Uncross-linked Region