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Goodyear

Goodyear G and Stratt R M 1996 The short-time intramoleoular dynamios of solutes in liquids. I. An instantaneous-normal-mode theory for friotion J. Chem. Phys. 105 10050-71... [Pg.3051]

Goodyear G, Larsen R E and Stratt R M 1996 Moleoular origin of friotion in liquids Phys. Rev. Lett. 76 243-6... [Pg.3051]

Natural rubber, cis-1,4-polyisoprene, cross-linked with sulfur. This reaction was discovered by Goodyear in 1839, making it both historically and commercially the most important process of this type. This reaction in particular and crosslinking in general are also called vulcanization. [Pg.137]

Eastman Kodak Company The Goodyear Tire and Rubber Company, Chemical Division Kingsport, Term. Bayport, Tex. c c... [Pg.95]

Goodyear Co., Chemigum Powder Nitrile j PUC Alloys, compounding guide, Akron, Ohio, 1988. [Pg.330]

P. R. Dean, Index of Commercial Mntioxidants andMntio nants, Technical Bulletin, Goodyear Chemicals, Akron, Ohio, 1983. [Pg.69]

In 1991, Goodyear began working with Cadence Environmental Energy (Indiana) to market a whole tine feed system to supplement fuel for cement kilns. The system is used by several cement manufacturers. In 1992, Goodyear furnished tines for a Tennessee Valley Authority (TVA) test bum at a Memphis power plant. The electric utiUty used tine-derived fuel (TDE) to supplement coal fuel in a cyclone boiler. These tests were successflil. [Pg.12]

Waste Recovery, Inc. (WRJ) shreds tires for fuel at installations in Pordand, Oregon Adanta, Georgia MarsiU.es and Du Po, Illinois Conshohocla, Peimsylvania and Houston, Texas. Goodyear owns - 10% of WRJ. Firestone bums rejected tires in addition to other soHd wastes. [Pg.14]

F. T. Ryan, Scrap Tires A.ltematives and Markets in the United States Goodyear Tire and Rubber Co., Washington, D.C., 1994. [Pg.20]


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