Textile research

L. H. Smith, Sjnthetie Fiber Developments in Germany, Textile Research Institute, New York, 1946, pp. 534—541. [Pg.117]

PPS fiber has excellent chemical resistance. Only strong oxidising agents cause degradation. As expected from inherent resia properties, PPS fiber is flame-resistant and has an autoignition temperature of 590°C as determined ia tests at the Textile Research Institute. PPS fiber is an excellent electrical iasulator it finds application ia hostile environments such as filter bags for filtration of flue gas from coal-fired furnaces, filter media for gas and liquid filtration, electrolysis membranes, protective clothing, and composites. [Pg.450]

J. G. Scmggs and J. O. Reed, Proceedings of Textile Research Institute 52nd Annual Research and Technical Conference, Chadotte, N.C., 1982. [Pg.453]

D. E. Rivett and co-workers. Proceedings of the 8th International Wool Textile Research Conference, Vol. IV, WRONZ, Chistchurch, New Zealand, p. 548. [Pg.357]

Papers, 1 st International Wool Textile Research Conference, Australia, CSIRO, Melbourne, AustraUa, 1955. [Pg.358]

Papers, 3rd International Wool Textile Research Conference, Pans, I lnstitut Textile de Erance, Paris, 1965. [Pg.358]

L. Rebenfeld, ed.. Proceedings of the 4th International Wool Textile Research Conference, Applied Polymer Symposium No. 18, International Science Pubhshers, a division... [Pg.358]

Proceedings of the 6th International Wool Textile Research Conference, South African Wool and Textile Research Institute (SAWTRI) of the Council for Scientific... [Pg.358]

Gwosdow, A. R., Stevens, J. C., Berglund, L., and Stolwijk, J, A. J. (1986). Skin friction and fabric sensations iti neutral and warm environments. Textile Research journal, 56, 574-580. [Pg.194]

James M. Whitney, Geometrical Effects of Filament Twist on the Modulus and Strength of Graphite Fiber-Reinforced Composites, Textile Research Journal, September 1966, pp. 765-770. [Pg.185]

Crowse, J.L., Dejonge, J.O., and Calogero, F. (1990) Pesticide barrier performance of selected nonwoven fabrics in laboratory capillary and pressure penetration testing, Textile Research., 60 137-142. [Pg.82]

Drooker, P. and L. D. Webster (2000), Beyond Cloth and Cordage - Archaeological Textiles Research in the Americas, Univ. Utah Press, Salt Lake City. [Pg.571]

The Oeko-Tex Standard 100 [10] was introduced in the beginning of the 1990s. It was developed by the Austrian Textile Research Institute (OTI) and the German Research Institute Hohenstein and is a product label based on test for harmful substances in leather (or textiles), and the primary target group is the textile and clothing industry. [Pg.255]

Chattopadhyay, D.P. andVyas, D.D. (2010) Effect of silicone nano-emulsion softener on physical properties of cotton fabric. Indian Journal of Fibre and Textile Research, 35 (1), 68-71. [Pg.172]

R. F. Nickerson, Textile Research Laboratory, Monsanto Chemical Company, Everett, Massachusetts. [Pg.6]

Dr. Mark is acknowledged throughout the scientific community as the father of polymer science. He received the National Medal of Science in 1980, the 1978 Senior U.S. Scientist Award, 29 other medals and awards from various international organizations, and 17 honorary degrees. In 1977, he was appointed as an Honorable Member of the Japan Chemical Society. He has published over 500 original and review articles and some 20 books on topics related to polymer chemistry. Dr. Mark is founder and first editor of the Journal of Polymer Science, the definitive publication in its field, and is currently editor of the Journal of Applied Science and associate editor of the Textile Research Journal. In addition to these duties he serves as Chairman of the Editorial Board of the Encyclopedia of Polymer Science and Technology. [Pg.5]

Alexander, P. and Whewell, C. S Some Aspects of Textile Research in Germany, BIOS Final Report No. 1472, HMSO, London, 1947, p. 33. [Pg.27]

McKelvey, J.B., Webre, B.G. and Klein, E. (1959). Reaction of epoxides with cotton cellulose in the presence of sodium hydroxide. Textile Research Journal, 29, 918-925. [Pg.216]

Cooke, T.F. "Chemical Composition of Cotton Dust and Its Relation to Byssinosis A Review of the Literature" Textile Research Institute Princeton, New Jersey, 1978. [Pg.299]

This method, as well as other methods of testing, are discussed in Refs 5 fic 6 Refs 1) H. Bennett, The Chemical Formulary , Van No strand, NY, Vois l to IX (1933 to 1951) (Fireproofing and Flameproofing) 2) Textile Research Institute, Fireproofing of Textiles , NY (1943)... [Pg.414]

Textiles-Survey" in ECT3rd ed., Vol. 22, pp. 762-768, byL. Rebenfeld, Textile Research Institute. [Pg.441]

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