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2016 - 2016
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Search Criteria
| Keywords : | |
|---|---|
| Year : | 2016 - 2016 |
Search across all events. Up to 10,000 search results will be displayed.
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Search Results(308)
[PL-1]Rubber Industry in Japan
○Nagumo Tadanobu(The Japan Rubber Manufacturers Association, Japan)
[PL-2]Progress in Multi-Scaled Structure and Related Properties of Elastomer Nanocomposites Explored by Molecular Dynamics Simulation
○Zhang Liqun(Beijing University of Chemical Technology, China)
[PL-3]Natural Rubber Based Research and Developments in Indian Rubber Industry
○Thomas Sabu(Mahatma Gandhi University, India)
[PL-4]Effect of Inflation Pressure on Tire Rolling Resistance and Vehicle Fuel Economy
○Waddell Walter H.(ExxonMobil Chemical Co. (retired), USA)
[PL-5]Rubber is interesting "Rubber's Further Possibility which Automobile Need in Future"
○Ida Makoto(Honda R&D Co., Ltd. Automobile R&D Center, Japan)
[A-1]Study on Hierarchal Structure of Natural Rubber
○Kawahara Seiichi(Nagaoka University of Technology, Japan)
[A-2]Better Understanding of Natural Rubber Consistency
○Rossignol Benoit Le1, Mangavel Marie1, Beuve Jérôme Sainte2(1.HUTCHINSON Research Center, France, 2.CIRAD, UMR IATE France, France)
[A-3]Effect of Protein Cross-Linking by Maillard Reaction on Natural Rubber Properties
○Kongkaew Chaveewan, Intiya Weenusarin, Loykulnant Surapich, Sae-oui Pongdhorn(MTEC, National Science and Technology Development Agency, Thailand)
[A-4]Extraction of Rubbery Material from Plant Produced Emulsion by use of Ionic Liquids
○Takahashi Yoshiaki1, Nakasone Keiko2, Satou Sou1, Ohtani Hajime3, Takano Atsushi4, Matsushita Yushu4(1.IMCE, Kyushu University, Japan, 2.University of the Ryukyus, Japan, 3.Nagoya Institute of Technology, Japan, 4.Nagoya University, Japan)
[A-5]From low cost rubbers to high value materials : an alternative to standard processes
○Pilard Jean-François(Institut des Molécules et Matériaux du Mans, UMR CNRS n°6283, Université du Maine, Avenue Olivier Messiaen, 72000 Le MANS France)
[A-6]Properties of Functionalized Natural Rubber Filled with Precipitated Silica
○Nuinu Pranee, Phinyocheep Pranee, Sirisinha Chakrit, Suchiva Krisda(Mahidol University, Thailand)
[A-7]Improvement of Low Strain Properties of Short Pineapple Leaf Fiber-Reinforced Natural Rubber (NR) by Reducing Matrix Molecular Weight
○Yantaboot Kanokwan, Amornsakchai Taweechai(Mahidol University, Thailand)
[A-8]Structural Clarification of Hevea Rubber by the Selective and Informative Analysis Techniques
Kum-ourm Hathainat1, ○Tarachiwin Lucksanaporn1, Matsuura Ai2, Fushihara Kazuhisa2, Kobayashi Masatoshi2, Kitaura Takehiro2(1.Sumitomo Rubber (Thailand) Co., Ltd., Thailand, 2.Sumitomo Rubber Industries, Ltd., Japan)
[A-9]Colloidal Properties of Purified NR Latex
Abdullah Nurulhuda, Qamarina Siti Nor, ○Yatim Amir Hashim Md(Rubber Research Institute of Malaysia, Malaysia)
[A-10]Recent Development of Electron Beam Vulcanized Natural Rubber Latex
○Suchiva Krisda(Mahidol University, Thailand)
[A-11]Morphology and Properties of Natural Rubber with Naturally Occurring Nanomatrix Structure
○Kosugi Kenichiro, Kawahara Seiichi(Nagaoka University of Technology, Japan)
[A-12]A New Concept in Natural Rubber Mastication, with Some Practical Examples
○Aman-Alikhani Majid(Kerman Tire & Rubber Co. Iran)
[A-13]Multi-step Chemical Modification of Natural Rubber for Versatile Applications
○Phinyocheep Pranee(Mahidol University, Thailand)
[A-14]Characterization and Mechanical Property of Brominated Natural Rubber
○Choothong Nuorn, Kawahara Seiichi(Nagaoka University of Technology, Japan)
[A-15]Synthesis and Characterization of Fluorinated Natural Rubber
○Rasid Hamizah Md1,3, Yusoff Siti Fairus M.1,2(1.School of Chemical Sciences and Food Technology, Malaysia, 2.Universiti Kebangsaan Malaysia, Malaysia, 3.Universiti Teknologi MARA, Malaysia)
[A-16]Bromination of Natural Rubber by Electrolysis in Water Process in the Presence of Carbon Dioxide
○Yamamoto Yoshimasa1, Kawahara Seiichi2(1.National Institute of Technology, Tokyo College, Japan, 2.Nagaoka University of Technology, Japan)
[A-17]Natural Rubber Biosynthetic Machinery on Rubber Particles of Hevea brasiliensis
○Yamaguchi Haruhiko1, Yamashita Satoshi2, Aoki Yuichi2, Waki Toshiyuki2, Mizuno Makie2, Funaki Ayuta2, Yanbe Fumihiro2, Miyagi-Inoue Yukino1, Fushihara Kazuhisa1, Nakayama Toru2, Takahashi Seiji2(1.Sumitomo Rubber Industries, Ltd., Japan, 2.Tohoku University, Japan)
[B-1]Supramolecular Cross-Linkers Endowing Rubber Polymers with Toughness
○Takata Toshikazu(Tokyo Institute of Technology, Japan)
[B-2]Study on Influence of Novel Functionalized SSBR on Rubber Compound Properties
○Meissner Natalia(Synthos S.A. Poland)
[B-3]Towards the Use of Highly Dispersible Silica with High Surface Area for the Truck Tire Tread to Offer New Compromise in Term of Rolling Resistance and Wear Resistance : Impact of the Silica / Silane Reactivity with the Vulcanization Package
○Guy Laurent1, Chaussée Thomas1, Papon Aurélie1, Fayolle Caroline1, Sotta Paul2, Huang Menglong3, Loubet Jean-Luc3(1.Solvay Silica, France, 2.LPMA, CNRS, France, 3.LTDS, UMR 5513, France)
[B-4]Study on Functionalization of Solution-SBR by Oligosiloxanes Having Glycidyloxypropyl Side Groups
○Janowski Bartlomiej(Synthos S.A., Poland)
[B-5]New Dynamically Vulcanized Alloys (ExxcoreTM DVAs) Based on Low Air Permeability Specialty Polymers for Tire Inner Liners
○Ellul Maria D.1, Hara Yuichi2(1.ExxonMobil Chemical Co., USA, 2.The Yokohama Co., Ltd, Japan)
[B-6]High Performance Hydrogenated Acrylonitrile Butadiene Elastomers
○Mosaki Shiho(Zeon Corporation, Research & Development Center, Japan)
[B-7]Abstract Levapren PXL, a New Series of Improved Processing EVM Grades
○Hoch Martin1, Morimoto Masanori2(1.ARLANXEO High Performance Elastomers, 150 Hubin Rd, Shanghai 200021, China, 2.Lanxess K.K., 1-6-5, Marunouchi, Chiyoda-ku, Tokyo 100-8215, Japan)
[B-8]Natural Rubber/Nitrile Butadiene Rubber/Hindered Phenol Composites with High Damping Properties
○Zhao Xiuying1, Zou Hua1, Yang Jingna1, Wang Wencai1, Zhang Liqun1, Nishi Toshio2(1.Beijing University of Chemical Technology, China, 2.Tokyo Institute of Technology, Japan)
[B-9]Simulation and Analysis on the Interface Properties of Smart Silicone Elastomer Composites Reinforced with NiTi Shape Memory Alloy
○Li Xu, Yuan Tengfei, Liu Lisheng(Wuhan University of Technology, China)
[B-10]Dynamic Covalent Elastomers with Mechanochromic Properties
○Otsuka Hideyuki, Oka Hironori, Goseki Raita(Tokyo Institute of Technology, Japan)
[B-11]Some New Techniques to Improve the Electromechanical Performance of Graphene/Dielectric Elastomers Composites
○Ning Nanying, Ma Qin, Liu Suting, Zan Xiaoqing, Tian Ming, Zhang Liqun(Beijing University of Chemical Technology, China)
[B-12]Large Increase in Actuated Strain of SBS Dielectric Elastomer by Grafting Dipoles using Thiol-ene Click Chemistry
○Sun Haibin, Tian Ming, Zhang Liqun(Beijing University of Chemical Technology, China)
[B-13]Tough Elastomer Synthesized with Rotaxane Cross-Linker
○Sawada Jun, Aoki Daisuke, Takata Toshikazu(Tokyo Institute of Technology, Japan)
[B-14]Mechanically Robust and Conductive Hydrogel having Shape Memory Behavior
○Ahmed Kumkum, Khosla Ajit, Furukawa Hidemitsu(Yamagata University, Japan)
[B-15]Gold Nanoparticles Probe Diffusion in Polymer Solution and Gels
○Watanabe Nobuyuki, LI Xiang, Shibayama Mitsuhiro(The University of Tokyo, Japan)
[B-16]Stimuli-Responsive Hydrogels Consisting of Cylindrical Inorganic Polymer
○Shikinaka Kazuhiro1, Kaneda Keisuke1, Maki Tei1,2, Masunaga Hiroyasu3, Osada Yoshihito4, Shigehara Kiyotaka1(1.Tokyo University of Agriculture and Technology, Japan, 2.JEOL Ltd., Japan, 3.Japan Synchrotron Radiation Research Institute, Japan, 4.RIKEN, Japan)
[B-17]Toughening of Soft Materials with Sacrificial Bonds
○Gong Jian Ping(Hokkaido University, Japan)
[C-1]Coarse-grained simulation study of rubber materials including the interfacial effect of fillers
○Morita Hiroshi(National Institute of Advanced Industrial Science and Technology, Japan)
[C-2]A Multiscale Molecular Simulation of Hydrogenated Natural Rubber
○Vao-soongnern Visit(Suranaree University of Technology, Thailand)
[C-3]Mechanisms of Mechanical Behavior of Filled Rubber by Coarse-Grained Molecular Dynamics Simulations
○Kojima Takashi, Koishi Masataka(1The Yokohama Rubber Co., Ltd., Japan)
[C-4]A New Microstructure Based Model for the Response of Filler Reinforced Elastomers Including Temperature and Rate Dependence
○Plagge Jan, Klüppel Manfred(German Institute of Rubber Technology, Germany)
[C-5]Extension and Application of MORPH to Viscous Effects Via Prony Series Approach
○Kröger Nils Hendrik, Raghunath Rathan, Juhre Daniel(German Institute of Rubber Technology, Germany)
[C-6]Hysteresis and Adhesion Friction of Elastomers on Rough Surfaces
○Klüppel Manfred, Lang Andej(German Institute of Rubber Technology, Germany)
[C-7]Numerical Simulation of Pantographing During the Moulding of Rubber Tire
○Debbaut Benoit(ANSYS Belgium s.a., Belgium)
[C-8]Transient Temperature Prediction in Rubber Components Due to Nonlinear Viscoelasticity with Finite Element Analysis
○Li Fanzhu, Yang Haibo, Lu Yonglai, Zhang Liqun(Beijing University of Chemical Technology, China)
[C-9]A Prediction of the Damping Properties of Hindered Phenol/Rubber Composites through Molecular Dynamics Simulation
○Yanlong Luo, Geng Zhang, Xiuying Zhao, Sizhu Wu(Beijing University of Chemical Technology, China)
[C-10]Evaluation of Computer Aided Rubber Compound Development
○Graf Hans-Joachim(H-JG Consulting, Germany)
308 results ( 1 - 50 )
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