Cincinnati hosts Rubber Division.The Rubber Division of the American Chemical Society The American Chemical Society (ACS) is a learned society (professional association) based in the United States that supports scientific inquiry in the field of chemistry. Founded in 1876 at New York University, the ACS currently has over 160,000 members at all degree-levels and in will hold its 158th Technical Meeting and Mini Expo at the Dr. Albert B. Sabin Sa·bin , Albert Bruce 1906-1993. American microbiologist and physician who developed a live-virus vaccine against polio (1957), replacing the killed-virus vaccine invented by Jonas Salk. Cincinnati Convention Center in Cincinnati, OH, October 17-20. Over 250 companies are scheduled to exhibit. Some 4,000 scientists, engineers, research and development, purchasing, production, technical service and management personnel are expected to visit the Mini Expo. Rubber industry suppliers of raw materials, machinery, equipment, testing instruments and rubber products will be featured at the Mini Expo. Exhibitors will display the latest advances in the fields of raw materials and auxiliaries, machinery and processing techniques, and testing and analytical equipment. In addition, a designated area, "Beyond the Life Cycle," will display the progress being made in products and processes in the industry's search for the right performance, quality and cost effective solutions to meet the challenging recycling and re-incorporation levels sought by the vehicle platform teams and the rubber manufacturers worldwide. Researchers, specialists and industrial technologists will be reporting on the latest scientific and technical advances in the field of elastomers through the technical program. Symposia will include: Thermoplastic elastomers; Elastomer composites; Applications of liquid and low viscosity rubbers; New commercial developments; Engineering design of rubber components; New developments in packaging and handling; Peroxide curing of elastomers; and Rubber recycling. Masatoshi Ono, chairman of the board and CEO (1) (Chief Executive Officer) The highest individual in command of an organization. Typically the president of the company, the CEO reports to the Chairman of the Board. of Bridgestone/Firestone and executive vice president of Bridgestone, will present the keynote address on Tuesday, October 17 at 10:45 a.m. The Suppliers and Exhibitors Cooperative Reception will take place on Tuesday, October 17 from 5-6:30 p.m. The 25 Year Club Reception and Luncheon will be held at 11:30 a.m. on Wednesday, October 18. The Rubber Division's Business and Awards Meeting will take place Thursday, October 19 at 11 a.m. The technical program for the 158th meeting of the Rubber Division is as follows (speaker's name is italicized: Tuesday, October 17 - Session A Symposium - Thermoplastic elastomers Ostin H.C. Tan, Advanced Elastomer Systems, L.P., chairman. (1) Fifty years of thermoplastic elastomer innovations. Sabet Abdou-Sabet. (2) New thermoplastic vulcanizates (TPVs) - II. Nadim Qureshi, S. Martel, K. Saunders, J. Batra and R. Patel, Teknor Apex. (3) Blends of butyl and bromobutyl rubbers with polyisobutylene-polystyrene thermoplastic elastomers with improved processability and physical properties. Judit E. Puskas, University of Western Ontario Western is one of Canada's leading universities, ranked #1 in the Globe and Mail University Report Card 2005 for overall quality of education.[2] It ranked #3 among medical-doctoral level universities according to Maclean's Magazine 2005 University Rankings. , and G. Kaszas, Bayer. (4) Clear and high heat resistant TPEs. Y. Martin Lu and J. Kutka, G.I.S. Tuesday, October 17 - Session B Symposium - Advances in elastomer composites B.L. Lee, Pennsylvania State University Pennsylvania State University, main campus at University Park, State College; land-grant and state supported; coeducational; chartered 1855, opened 1859 as Farmers' High School. , and Syed K. Mowdood, Pirelli Tire LLC (Logical Link Control) See "LANs" under data link protocol. LLC - Logical Link Control , co-chairmen. (5) New developments in rubber-steel bonding processes (a review). Wim J. van Ooij, University of Cincinnati The University of Cincinnati is a coeducational public research university in Cincinnati, Ohio. Ranked as one of America’s top 25 public research universities and in the top 50 of all American research universities,[2] . (6) Chlorination chlorination Public health Addition of chlorinated compounds to drinking water as disinfectants. Cf Ozonation. of natural rubber: Surface and failure analyses in a post-vulcanized bonded composite. Michael J. Moore, Freudenberg NOK NOK In currencies, this is the abbreviation for the Norwegian Krone. Notes: The currency market, also known as the Foreign Exchange market, is the largest financial market in the world, with a daily average volume of over US $1 trillion. . (7) Plasma-polymerized primers for rubber-to-steel bonding. F. James Boerio and C.M. Bertelsen, University of Cincinnati. (8) Effect of fiber surface treatment on the interfacial bonding in silicone elastomer composites. Gary M. Gladysz and P.F. Smith, Los Alamos National Laboratory Los Alamos National Laboratory (LANL) (previously known at various times as Site Y, Los Alamos Laboratory, and Los Alamos Scientific Laboratory) is a United States Department of Energy (DOE) national laboratory, managed and operated by Los Alamos National , and M.D. Smith, Honeywell FM&T Tuesday, October 17 - Session C Symposium - Applications of liquid and low viscosity rubbers Cindy Hanson, Rohm & Haas, and Dennis Damico, Lord, co-chairs. (9) Liquid EP(D)M polymers in mechanical goods formulations. William Sigworth, CK Witco. (10) Paper withdrawn. (11) Low molecular weight diene block copolymers. Thomas S. Coolbaugh, F. Shirazi and J.M. Klosck, ExxonMobil Chemical. (12) Very low Mooney granular gas-phase EPDM EPDM Ethylene-Propylene-Diene-Monomer EPDM Enterprise Product Data Management EPDM Ethylene Propylene Dimonomer (industrial/commercial piping/plumbing components) EPDM Engineering Product Data Management . Amis U. Paeglis, Union Carbide, and E. Tom Italiaander, Union Carbide Benelux N.V. (13) The use of liquid polybutadiene and SBR SBR - Spectral Band Replication in the rubber industry. Raymond W. Nalepa, Ricon Resins. Tuesday, October 17 - Session D Symposium - New commercial developments Tony Durso, ExxonMobil Chemical, chairman. (14) DE3062: A new grade for automotive sponge. Michiel Dees and J. Beelen, DSM 1. DSM - Data Structure Manager. An object-oriented language by J.E. Rumbaugh and M.E. Loomis of GE, similar to C++. It is used in implementation of CAD/CAE software. DSM is written in DSM and C and produces C as output. Elastomers. (15) Improved processing low temperature fluorohydrocarbon elastomers. Steve Bowers and E. Thomas, DuPont Dow Elastomers. (16) Powder tire crumb rejuvenate designed for new tire applications. Chandrasekaran R. Pillai and H. Chandra, Quantum Polymer USA. (17) New Mistrons: New functions for extrusion and molding applications. Gilles Meli, Luzenac Europe, and O. Noel, Luzenac America. (18) PPT-ACP: A new non-nitrosamine generating rubber accelerator. David Jividen, Western Reserve Chemical, and H. Kaufman, Polymer Process Technologies. (19) Kevlar brand engineered elastomer - an enabler for the rubber industry. C.W. Tsimpris and J. Wartalski, DuPont Advanced Fiber Systems, and A.G. Ferradino, R.T Vanderbilt. Tuesday, October 17 - Session A Symposium - Thermoplastic elastomers Ostin H.C. Tan, Advanced Elastomer Systems, L.P., chairman. (20) New high performance aromatic TPU TPU - Text Processing Utility elastomers. David D. Russell, Akron Polymer Laboratory, and C.S. Moore, Optimer. (21) Polyether block amide PEBA or Polyether block Amide is a thermoplastic elastomer (TPE) belonging to the technical polymers family. It is also known under the tradename of PEBAX®, an Arkema's product. resins: Bridging the gap between thermoplastics and rubbers. Gary Dennis and G. O'Brien, Elf Atochem N.A. (22) Effect of polyamide polyamide material used in the creation of nonabsorbable, synthetic, nylon sutures. grafted compatibilizer on the adhesion of thermoplastic vulcanizates to polyamide substrates. Reza Sadeghi and R. Brzoskowski, DSM Thermoplastic Elastomers, and E. Willems, DSM TPE TPE Thermoplastic Elastomer TPE Terminal de Paiement Electronique (French) TPE Total Power Exchange TPE Twisted Pair Ethernet TPE Tampines Expressway (Singapore) TPE Therapeutic Plasma Exchange BV. (23) Compounding SBS See Small Business Server. rubbers for ozone resistance. C.A. Moakes, Bayer AG. (24) Micromechanical testing of polyisobutylene-polystyrene block-type thermoplastic elastomers. Douglas Shinozaki and J.E. Puskas, University of Western Ontario, and G. Kaszas, Bayer. (25) Understanding color technology. Scott A. McCabe, GLS GLS - Guy Lewis Steele, Jr. . Tuesday, October 17 - Session B Symposium - Advances in elastomer composites B.L. Lee, Pennsylvania State University, and Syed K. Mowdood, Pirelli Tire LLC, co-chairmen. (26) Mechanics of cord-reinforced rubber composites (a review). J.D. Walter, University of Akron Enrollment in fall 2006 was 23,539 students.[1] The school offers more than 200 undergraduate degrees [2] and 100 graduate degrees [3]. The University's best-known program is its College of Polymer Science and Polymer Engineering, which is located in a . (27) Conditions of decoupling Decoupling The occurrence of returns on asset classes diverging from their normal pattern of correlation. Notes: Take for example stock and corporate bond returns, which normally rise and fall together. in-plane shear from a specific out-of-plane bending in laminated belts of three or more plies plies 1 v. Third person singular present tense of ply1. n. Plural of ply1. . John L. Scharf, Carroll College. (28) Hysteretic energy loss in cord/ rubber composites under 2-D cyclic loading. Archie Andonian, M.R. Curvich and S.L. Kim, Goodyear Tire & Rubber. (29) Nonlinear modeling of elastomeric materials for helicopter lag dampers. D.S D.S Drainage Structure (flood protection) . Ramrakhyani, G.A. Lesieutre, E.C. Smith and C.R. Brackbill, Pennsylvania State University. (30) Nonlinear modeling of fiber-reinforced elastomers and the response of a rubber muscle actuator. Larry D. Peel, Texas A&M University, and D.W. Jensen, Brigham Young University Brigham Young University, at Provo, Utah; Latter-Day Saints; coeducational; opened as an academy in 1875 and became a university in 1903. It is noted for its law and business schools. . (31) Mullin's effects and viscoelasticity Viscoelasticity, also known as anelasticity, is the study of materials that exhibit both viscous and elastic characteristics when undergoing deformation. Viscous materials, like honey, resist shear flow and strain linearly with time when a stress is applied. of cord-rubber composites. John P. Medzorian, Air Force Research Laboratory. (32) Fatigue of cord-rubber composites IV: Frequency effects. B.L. Lee, Pennsylvania State University, and J.P. Medzorian and M. Chawla, Air Force Research Laboratory. Tuesday, October 17 - Session C Symposium - Applications of liquid and low viscosity rubbers Cindy Hanson, Rohm & Haas, and Dennis Damico, Lord, co-chairs. (33) Compound optimization using a new low viscosity EP(D)M polymer in injection molding applications. N.R. Dharmarajan and R. Liotta, Exxon-Mobil Chemical. (34) Liquid natural rubber - improving rubber processing. Thomas R. Meeker, Elementis Performance Polymers. (35) Applications of liquid polyurethane rubbers. Ronald W. Fuest, CK Witco. (36) Applications of liquid polysulfide pol·y·sul·fide n. A sulfide compound containing at least two sulfur atoms per molecule. rubber. Cindy Hanson, Rohm & Haas. (37) Cure mapping with the scanning VNC (Virtual Network Computing) Open source remote control software for accessing host computers from a variety of remote clients. A VNC "server" is the host being accessed, while the VNC "client" is the remote device doing the controlling and viewing. . Eric Sheard, Lescon, and B. Willoughby, S.A. Jones and K.W. Scott, Rapra Technology Ltd. Wednesday, October 18 - Session A Symposium - Thermoplastic elastomers Ostin H.C. Tan, Advanced Elastomer Systems, L.P., chairman. (38) TPE/structural plastic combination design consideration. Bob Banning and J. Muhs, TriMax LLC. (39) TPV TPV Temporary Protection Visa (Australia) TPV Terminal Punto Venta TPV Third-Party Verification TPV Thermophotovoltaic TPV Thermoplastic Vulcanizate (thermoplastic elastomer) TPV Total Payment Volume automotive glass run channel design. Scott Schrader, Advanced Elastomer Systems, L.P. (40) Structure and properties of oriented thermoplastic elastomer fibers and films. Ismat A. Abu-Isa, Delphi Central R&D. (41) Effect of vinyl silane grafted polypropylene on foamability of thermoplastic vulcanizate containing a water releasing compound. Yundong Wang, DSM Thermoplastic Elastomers, and E. Willems, DSM TPE BV. (42) Bonding of thermoplastic elastomers to plastics during multi-component injection molding processes. Ross G. Stacer, M. Metha and G. Verma, University of Massachusetts The system includes UMass Amherst, UMass Boston, UMass Dartmouth (affiliated with Cape Cod Community College), UMass Lowell, and the UMass Medical School. It also has an online school called UMassOnline. - Lowell. (43) Thermoplastic polyurethane in multi-layer molding. Gilbert Martello and D. Spontik, BFGoodrich. (44) Regulations and standards impacting uses of thermoplastic elastomers. Joseph E. Pfeiffer and C.P. Rader, Advanced Elastomer Systems, L.P. Wednesday, October 18 - Session B Symposium - Engineering design of rubber components Judson T. Bauman, Elastomer Engineering and Testing, and Oon Hock Yeoh, Lord, co-chairmen. (45) Research directions in the behavior and characteristics of load bearing elastomers. Judson T. Bauman, Elastomer Engineering and Testing. (46) A new approach to an invariant description of the stored energy function. Robert F. Landel, Arefel Consulting, and J.M. Caruthers, Purdue University. (47) Optimizing rubber products via compound characterization and computer modeling. Ben Chouchaoui, Windsor Industrial Development Laboratory. (48) High strain rate characterization and modeling of elastomers. Ellen M. Arruda and Y. Wang, University of Michigan (body, education) University of Michigan - A large cosmopolitan university in the Midwest USA. Over 50000 students are enrolled at the University of Michigan's three campuses. The students come from 50 states and over 100 foreign countries. . (49) Modeling step-strain relaxation and cyclic deformations of elastomers. A.R. Johnson and T. Chen, Army Research Laboratory. Wednesday, October 18 - Session C Symposium - New developments in packaging and handling Lilliane Falco, Rhein Chemie, chair. (50) Plastic reusable packaging in the rubber industry. Carol Peel, Arca Zytec Systems. (51) New developments in flexible intermediate bulk containers (FIBC FIBC Flexible Intermediate Bulk Container ). N. Cedric Derby, B.A.G. (52) Chemical packaging opportunities for the rubber industry. Ken Sinclair, Flexsys America L.P. (53) Batch inclusion bags: Which is right for you? Jason Drasner and J. Drasner, J. Drasner & Co. (54) Packaging is the key to success. Wayne Titus, Rhein Chemie. Wednesday, October 18 - Session D Contributed papers Lou Gatti, J.M. Huber, moderator. (55) Designing reinforcing fillers for elastomers. Dale W. Schaefer and C. Chen, University of Cincinnati. (56) Rational design of precipitated silica to improve dispersion in rubber. Chunyan Chen and D.W. Schaefer, University of Cincinnati. (57) The effect of high dispersible-high structure silica on rubber properties. Lou Gatti and L.R. Evans, J.M. Huber. (58) Interaction of silica particles on rubber model system: Investigation by rheology and small angle neutron scattering. A. Guillet, CK Witco, J. Persello, LCMI LCMI Lighthouse Capital Mortgage, Inc. (Estes Park, CO, USA) , and J.C. Morawski, Resources en Innovation. (59) Optimizing the use of disulphide Di`sul´phide n. 1. (Chem.) A binary compound of sulphur containing two atoms of sulphur in each molecule; - formerly called disulphuret. Cf. Bisulphide. silane in a silica green tire tread compound. Chris R. Stone, K.-H. Menting and M. Hensel, Schill and Seilacher GmbH. (60) Characterization of filled rubber compounds by atomic force microscopy: Finite element modeling of the contact interaction during force imaging. Mark K. Davis and R.K. Eby, University of Akron. (61) Acoustic characterization of carbon black filled rubbers. W.V. Chang and H.C. Wu, University of Southern California The U.S. News & World Report ranked USC 27th among all universities in the United States in its 2008 ranking of "America's Best Colleges", also designating it as one of the "most selective universities" for admitting 8,634 of the almost 34,000 who applied for freshman admission , and F. Magnus, Goodyear Tire & Rubber. Wednesday, October 18 - Session A Symposium - Thermoplastic elastomers Ostin H.C. Tan, Advanced Elastomer Systems, L.P., chairman. (62) The impact of e-business in the thermoplastic elastomer industry. Garrett Gee, J. Dwivedi and Y. Kebede, Kline & Co. (63) New TPV bonding technology and various over-molding processes combine for creative, cost-effective TPV applications. Shaival Mehta, O.H.C. Tan and T. Ceccoli, Advanced Elastomer Systems, L.P. (64) Hytrel TEEE TEEE Thermoplastic Elastomer-Ether-Ester TEEE Techniques Electronics Electrical Equipment International Inc. : Overview of product line, processing and markets. Shaila R. Vaidya vaidya /vai·dya/ (vi´dyah) [Sanskrit "one who knows"] in ayurveda, a physician. , DuPont Engineering Polymers. (65) Thermoplastic polyurethane for interior automotive applications. Steven Manning, J. Chan and D. Siler, Bayer. Wednesday, October 18 - Session B Symposium - Engineering design of rubber components Judson T. Bauman, Elastomer Engineering and Testing, and Oon Hock Yeoh, Lord, co-chairmen. (66) Energy release rate for a crack in a tilted block. A.N. Gent and M. Razzaghi-Kashani, Goodyear Tire & Rubber. (67) Cracking energy density as a predictor of fatigue life in highly elastic materials under multiaxial Mul`ti`ax´i`al a. 1. (Biol.) Having more than one axis; developing in more than a single line or plain; - opposed to monoaxial nt>. conditions. Will V. Mars, Cooper Tire & Rubber. (68) Adhesion failure in bonded rubber disks, part 1: Internal penny-shaped cracks. Douglas C. Leicht and O.-H. Yeoh, Lord; A.N. Gent and J. Padovan, University of Akron, and R.I. Mullen, Case Western Reserve University. (69) Fracture and stress analysis of bonded rubber blocks in simple shear. I.H. Gregory, J. Gough and A.H. Muhr, MRPRA Rubber Consultants. (70) Effect of crosslink density on cut growth in gum and black-filled natural rubber vulcanizates. Gary R. Hamed and N. Rattanasom, University of Akron. Wednesday, October 18 - Session C Symposium - New developments in packaging and handling Lilliane Falco, Rhein Chemie, chair. (71) Minor and micro ingredient scaling, blending and bagging systems. Luke T. Ungashick, Automated Ingredient Systems, LLC. (72) Micro ingredients weighing systems. P.J. Hannaford and N.D. Hamblin, T.A. Shore Ltd. (73) Dispelling the myths and legends Myths and Legends is a Collectible Card Game based on universal mythologies, developed in 2000 in Santiago, Chile. The game now has 0 editions and more than 3,000 collectible cards. surrounding organic peroxides. Glenda W. Eilo, Hercules. (74) Innovative developments in warehouse management: The direct connection to SAP R/3 solution. Michael Kula Kula can refer to: Geographic locations
Thursday, October 19 - Session A Symposium - Peroxide curing of elastomers Michael Cubera, Akzo Nobel Chemicals, and James D. Zawicki, Sartomer, co-chairmen. (75) The chemistry of peroxide vulcanization vulcanization (vŭl'kənəzā`shən), treatment of rubber to give it certain qualities, e.g., strength, elasticity, and resistance to solvents, and to render it impervious to moderate heat and cold. of rubber. Peter R. Dluzneski, Hercules. (76) Safe use of organic peroxides for crosslinking. J. Peter Wakker and J.J. de Groot, Akzo Nobel Polymer Chemicals. (77) Coagent selection for peroxide rubber curing. Clay B. McElwee, Sartomer. (78) Antioxidant selection for peroxide cure elastomer applications. Anthony G. Ferradino, R.T. Vanderbilt. (79) Monte Carlo simulation Monte Carlo Simulation A problem solving technique used to approximate the probability of certain outcomes by running multiple trial runs, called simulations, using random variables. of the peroxide curing of ethylene elastomers. Robert T. Johnston, DuPont Dow Elastomers LLC. Thursday, October 19 - Session B Symposium - Engineering design of rubber components Judson T. Bauman, Elastomer Engineering and Testing, and Oon Hock Yeoh, Lord, co-chairmen. (80) Effect of incompressibility in·com·press·i·ble adj. Impossible to compress; resisting compression: mounds of incompressible garbage. in on the non-linear finite element modeling of elastomeric seals. Abraham Pannikottu and Y. Charles Lu, Akron Rubber Development Laboratory. (81) The use of finite element analysis Finite element analysis (FEA) is a computer simulation technique used in engineering analysis. It uses a numerical technique called the finite element method (FEM). There are many finite element software packages, both free and proprietary. in prediction of the service life of elastomers for automotive seals. Wyron Bobis, T. Wilson, W. Co and B. Dubiel, Wynn's Precision. (82) Radial force testing methodology. Ron Clark, N. Getz and J. Witte, Busak & Shamban. (83) Acceleration dependent hysteresis hysteresis (hĭs'tərē`sĭs), phenomenon in which the response of a physical system to an external influence depends not only on the present magnitude of that influence but also on the previous history of the system. , part 2: Phase lag variation during cyclic sinusoidal sinusoidal /si·nus·oi·dal/ (si?nu-soi´dal) 1. located in a sinusoid or affecting the circulation in the region of a sinusoid. 2. shaped like or pertaining to a sine wave. testing. Lou Gatti, J.M. Huber. (84) Compression of bonded rubber blocks. Oon-Hock Yeoh, Lord, and G.A. Pinter and H.T. Banks, North Carolina State University History
Thursday, October 19 - Session C Symposium - Rubber recycling Michael W. Rouse, Rouse Rubber Industries, and Paul Standley, Zephyr Associates, co-chairmen. (85) Rubber recycling - challenges and opportunities. Chandrasekaran R. Pillai, M.B. Katis and H. Chandra, Quantum Polymer USA. (86) Ultrasonic devulcanization of unfilled SBR under static conditions. C. Hong and A.I. Isayev, University of Akron. (87) Influence of particle characteristics and process variables on the properties of slabs produced by compression molding of pulverized rubber. Ecevit Bilgili, A. Dybek, H. Arastoopour and B. Bernstein, Illinois Institute of Technology Illinois Institute of Technology, in Chicago; coeducational; founded 1940 by a merger of Armour Institute of Technology (founded 1892) and Lewis Institute (1896). . (88) Ultrasonic devulcanization of silica filled silicone rubber. Sang E. Shim and A.I. Isayev, University of Akron. (89) Use of strip coal mine for shredded tire monofill. L. Lynn Chyi and H.L. Stephens, University of Akron, and K. Baranwal, Akron Rubber Development Laboratory. (90) A model for rubber degradation under ultrasonic treatment, part 3: The effect of thermal degradation. V.V. Yashin and A.I. Isayev, University of Akron. Thursday, October 19 - Session D Contributed papers Jay Dias, ExxonMobil Chemical, moderator. (91) Influence of CBS (Cell Broadcast Service) See cell broadcast. surface treatment on its reactivity in rubber vulcanization. Salvador Borros, E. Vidal and N. Agullo, Universitat Ramon Llull, and W.J. van Ooij, University of Cincinnati. (92) Impact of high surface area zinc oxide reactivity and dispersion on compound performance. L. Daniel Butkus, Hydro Technologies, and J. Polart, Silox S.A. (93) Hydrocarbon resins in cured elastomer systems. James A. Schlademan, Goodyear Chemical. (94) Adhesion between dissimilar elastomers II: Effects of bonding temperature and brominated resin. Mun n. 1. The mouth. One a penny, two a penny, hot cross buns, Butter them and sugar them and put them in your muns. - Old Rhyme. F. Tse, K.O. McElrath and H.-C. Wang, ExxonMobil Chemical. (95) Engineering polymer blends based upon phenolic modified polyolefins. Pratum Vongpanish. A.Y. Coran and J.L. White, University of Akron, V. Kajornchaiyakul, Rubber Research Institute of Bangkok, K. Suchiva, National Metals and Materials Technology Center, and N. Prasitpan, Kasetsart University. (96) Dynamic aging of vulcanizates using the rubber process analyzer. John S. Dick, Alpha Technologies. Thursday, October 19 - Session A Symposium - Peroxide curing of elastomers Michael Cubera, Akzo Nobel Chemicals, and James D. Zawicki, Sartomer, co-chairmen. (97) Peroxides are finding wider acceptance in the rubber industry. Anders H. Johansson and H. Schulz, Rhein Chemie. (98) A new carbon black for peroxide cured compounds. Steve G. Laube, Cabot. (99) Optimizing the heat resistance of EPDM and NBR NBR Number NBR Nightly Business Report (PBS show) NBR National Business Review (New Zealand weekly business newspaper) NBR National Bureau of Asian Research NBR National Board of Review . Robert F. Ohm, R.A. Annicelli, T.L. Jablonowski, C.R. Lahiri and R.A. Mazzeo, Uniroyal Chemical Division of CK Witco. (100) Metallic coagents for bonding rubber to metals and synthetic fibers. C. Richard Costin, Sartomer. (101) Peroxide curing of polymers. Peter R. Dluzneski, Hercules. (102) Post cure thermo-oxidative effects on HNBR HNBR Hydrogenated Acrylonitrile-Butadiene Rubber . Edmee Files and M.E. Wood, Zeon Chemicals. Thursday, October 19 - Session B Contributed papers Bill Hsu, Goodyear Tire & Rubber, moderator. (103) Synthesis and compound properties of random solution SIRs using distributed monomer feed systems. Michael L. Kerns, G. Xu and S. Christian, Goodyear Tire & Rubber. (104) Synthesis, bromination and cure of isobutylene/isoprene/p-methylstyrene and isobutylene/isoprene/styrene terpolymers. Gabor Kaszas and B. Tran, Bayer. (105) Vibration isolation characteristics of S-SBR blended with NR for automotive engine mounts. Kentaro Mori and S. Okamura, Nippon Zeon Ltd. (106) Sensitivities in the production and design of EPDM rubber springs. Naum Naveh, J. Vittoser, Z. Glikman and S. Putter, Rafael. (107) Adhesive and cohesive strength in polyisoprene/polychloroprene blends. Mahmoud Kurdan, Clifton Adhesive. (108) Valuation of natural rubber from clones, part 1. Luiz Henrique Capparelli Mattoso, Embrapa Agriculture Instrumentation. (109) Valuation of natural rubber from clones, part 2. Luiz Henrique Capparelli Mattoso, Embrapa Agriculture Instrumentation. Thursday, October 19 - Session C Symposium - Rubber recycling Michael W. Rouse, Rouse Rubber Industries, and Paul Standley, Zephyr Associates, co-chairmen. (110) Compounding with regenerated crumb rubber. Marvin Myhre, Canadian Rubber Testing & Development. (111) Towards total recyclability of tire derived materials. Andrzej Kolinski, A. Haber, M. Schnekenburger and M. Carli, NRI Industries. (112) Role of the Friedel-Crafts reaction in recycled SBR/thermoplastics blending. Helen S. Liu, J.L. Mead and R.G. Stacer, University of Massachusetts - Lowell. (113) Ultrasonic devulcanization reactor for recycling of GRT: Comparative study. Jushik Yun, J.S. Oh and A.I. Isayev, University of Akron. (114) Upgraded pyrolyzed carbon-black (CBp) from waste tires and scrap rubber as reinforcing filler in rubber compounds. Jack H. Fader Fa´der n. 1. Father. , Unisphere Waste Conversion. Friday, October 20 - Session A Symposium - Peroxide curing of elastomers Michael Cubera, Akzo Nobel Chemicals, and James D. Zawicki, Sartomer, co-chairmen. (115) Increased cure rates of Vamac (AEM) dipolymers and terpolymers using peroxides. Larry C. Muschiatti, E. McBride and Y.T. Wu, DuPont. (116) Peroxide crosslinking of silicone compounds. L.B.G.M. Nijhof, Akzo Nobel Polymer Chemicals bv. (117) Impact of 42 volt electrical systems on the electrochemical electrochemical /elec·tro·chem·i·cal/ (-kem´i-k'l) pertaining to interaction or interconversion of chemical and electrical energies. e·lec·tro·chem·i·cal adj. resistance of peroxide cured automotive coolant hoses. Michael C. Bulawa, ExxonMobil Chemical, and R.C. Keller. (118) Base resistant fluoroelastomers. V. Arcella, S. Arrigoni and M. Apostolo, Ausomont S.p.A. Friday, October 20 - Session B Contributed papers Larry R. Evans, J.M. Huber, moderator (119) Quantitative evaluation of steel reinforcement to rubber adhesion by electrochemical methodology. YeaYang Su, Americord, and R.M. Shemenski, RMS Consulting. (120) Solving the problems of applying aqueous RTM bonding adhesives. Paul Mills, Nutro, and D. Branek, Rohm & Haas Automotive. (121) Synthesis of hydroxy-functionalized liquid rubbers. Roderic P. Quirk, University of Akron. (122) Aqueous vs. solvent based coating for functional and high-slip automotive weatherstrip applications. Walter C. Wilhelm, Lord. (123) Effect of the type of carbon black on the volume resistivity of an EPDM compound. Peter J. Donnelly, Cancarb Limited. (124) A new class of ethylenepropylene-diene terpolymers produced from constrained geometry metallocene catalysts. Kim Walton, M.M. Hughes and D.R. Parikh, DuPont Dow Elastomers. (125) Next generation of ethylene elastomers. Deepak R. Parikh, M.M. Hughes, M: Laughner, R. Vara and L. Meiske, DuPont Dow Elastomers. Friday, October 20 - Session C Contributed papers Colleen M. McMahan, Advanced Elastomer Systems, L.P., moderator. (126) Improved heat and compression set resistant polyacrylate elastomers, part A: Polymer development. Isao Kubota and H. Kanno, Nippon Zeon Ltd. (127) Improved heat and compression set resistant polyacrylate elastomers, part B: Applications in engine and automatic transmission fluids requiring low compression stress relaxation. Charles T. Smith and P.E. Manley, Zeon Chemicals LP. (128) A comparison of chlorinated chlorinated /chlo·ri·nat·ed/ (klor´i-nat?ed) treated or charged with chlorine. chlorinated charged with chlorine. chlorinated acids some, e.g. and chlorosulfonated polyethylene elastomers with other materials for automotive fuel hose covers. Cindy Hooker and R.G. Vara, DuPont Dow Elastomers LLC. (129) Effects of NBR polymer variations on compound properties. R.J. Del Vecchio, Technical Consulting Services, and E. Ferro, Jr., Corry Rubber. (130) Epichlorohydrin ep·i·chlo·ro·hy·drin n. A colorless liquid, C3H5OCl, used as a solvent in making resins. rubber with improved processability and compression set resistance for low hardness office copy roll applications. Takeshi Ohishi and K. Nishimura, Nippon Zeon Ltd. (131) Synthesis and computer simulation of polydimethylsiloxane networks. Jennifer L. Braun and J.E. Mark, University of Cincinnati, and B.E. Eichinger, Molecular Simulations. (132) A new generation of addition curing silicone heat vulcanizing rubbers. Beate Ganter and E. Box, GE Bayer Silicone GmbH, and Y.-E Wang, GE Silicones. Friday, October 20 - Session D Contributed papers Martin Testa, Goodyear Tire & Rubber, moderator. (133) New generation of vibratory feeders for fine mesh products. James D. Mitchell, Eriez Magnetics. (134) In-line automatic sheet gauging: A review of current systems and technology. Lawrence R. Gooch, Gooch Engineering Associates. (135) New and advanced pre-hardened mold steels for today's precision rubber parts. Russ Bowen, International Mold Steel. (136) Use of intelligent process control to improve the mechanical properties of cured vulcanizates. Richard Magill, Signature Control Systems. (137) Improved sealed cavity rubber testing. John A. Sezna, T. Williams and K. Madey, Alpha Technologies. (138) An innovative technology of making non-pneumatic bicycle tires. Ruihua Gong, Shanghai Gaoju Rubber Tires Ltd., and R. Gong. Further information on the 158th Fall Rubber Division Technical Meeting and Mini Expo in Cincinnati, OH is available from the Rubber Division (330) 972-7814. |
|
||||||||||||
Printer friendly
Cite/link
Email
Feedback
Reader Opinion