Transport pary wodnej przez tekstylia odzieżowe. Część 2: Badania porównawcze metod wyznaczania wskaźników transportu pary wodnej przez tekstylia

• Autorzy: Bendkowska W.

Warianty tytułu

EN

Water vapour transport through clothing fabrics. Part II. The comparative tests of the methods of evaluation transport indicator through textiles

• Języki publikacji: PL

Słowa kluczowe

PL

komfort użytkowania odzieży; materiały odzieżowe

• Wydawca: Wydawnictwo SIGMA-NOT
• Czasopismo: Przegląd Włókienniczy + Technik Włókienniczy
• Rocznik: 2001
• Tom: nr 8
• Strony: 17--22
• Opis fizyczny: Bibliogr. 33 poz., tab., rys.

Twórcy

autor

Bendkowska W.

• Instytut Włókiennictwa w Łodzi

Bibliografia

• 1. ASTM E 96-90 Standard test methods for water vapor transmission of materials.
• 2. ASTM D 1518-77 Standard test method for thermal transmittance of textile materials between guarded hot-plate and cool atmosphere.
• 3. Bames J. C., B. V. Holcombe: Moisture sorption and transport in clothing during wear Text. Res. J. vol. 66, nr 12, 777-786, (1996).
• 4. BS 7209: 1990 Water vapour permeable apparel fabrics.
• 5. Congalton D.: Heat and moisture transport through textiles and clothing enembles utilising the „Hohenstein" skin model, J. of Coated Fabrics, vol. 28, 183-196, (1999)
• 6. Dolhan P.: A comparison of apparatus used to measure water vapour resistance, J. of Coated Fabrics, vol. 17, 96-109, (1987).
• 7. ENV 343 Protective clothing - Protection against foul weather.
• 8. Fanger P. O.: Komfort cieplny, Arkady, Warszawa 1974.
• 9. Famworth B.: A numerical model of the combined diffusion of heat and water vapour through clothing, Text. Res. J. vol. 56, 653-665, (1986).
• 10. Famworth B., W. A. Lotens, P. P. M. M. Wittgen: Variation of water vapor resistance of microporous and hydrophilic films with relative humidity, Text. Res. J. vol. 60, nr 1, 50-53, (1991)
• 11. Finn J. T., A. J. G. Sagar: Effects of imposing a temperature gradient on moisture vapor transfer through water resistant breathable fabrics, Text. Res. J. vol. 70, nr 5, 460-466, (2000).
• 12. Fukazawa T., H. Kawamura, T. Tamura: Water vapour resistance of hydrofobic microporous membranes under reduced pressures at a constant temperature, J. Text. Inst., part 1, nr 4, 602-615, (1999).
• 13. Fukazawa T., H. Kawamura, T. Tamura: Water vapour transfer through microporous membranes and polyester textiles at combinations of temperature and pressure that simulate elevated altitudes, J. Text. Inst., part 1, nr 2, 434-447, (2000).
• 14. Gibson P. W.: Factors influencing steady-state heat and water vapor transfer measurements for clothing materials, Text. Res. J. vol. 63, (12), 749-764, (1993).
• 15. Gibson P. W.: Water vapor transport and gas flow properties of textiles, polymer, membranes and fabric laminates, J. of Coated Fabrics vol. 28, 300-327, (1999).
• 16.Gohlke D. J., Improved analysis of comfort petfotmance in coated fabrics, J.of Coated Fabrics vol. 10, 209-224 (1981).
• 17. Grettton J. C.: MVT - a continuing controversy, WSA nr 3, 34-39, (1997).
• 18. Gretton J. C., B. B. Brook, H. M. Dyson, S. C. Harlock: A correlation between test methods used to measure moisture vapour transmission through fabrics, J. of Coat. Fab. vol. 25, 301-310, (1996).
• 19. Gretton J. C., B. B.Brook, H. M. Dyson, S. C.Harlock: The measurement of moisture vapour transmission through simulated clothing systems, J. of Coated Fabrics vol. 26, 212-220, (1997).
• 20. Gretton J. C., B. B. Brook, H. M. Dyson, S. C. Harlock: Moisture vapor transport through waterproof breathable fabrics and clothing systems under a temperature gradient, Text. Res. J. vol. 68, (12), 936-941, (1998).
• 21. Holmes D. A.: Performance characteristics of waterproof breathable fabrics, J. of Coated Fabrics vol. 29, 306-316, (2000).
• 22. ISO 11092 Textiles - Physiological effects - Measurement of thermal and water vapour resistance under steady-state conditions (sweating guarded hot plate test), 1993.
• 23. Kim J. G.: „Dynamic moisture vapor transfer through textiles Part III Effect of film characteristics on microclimate moisture and temperature changes" Text. Res. J. vol. 69, (3), 193-202, (1999).
• 24. Lomax G. R.: „Hydrophilic polyurethane coatings" J. of Coated Fabrics vol. 20, 88-107, (1990).
• 25. PN-P-04611:1971 Tekstylia. Wyznaczanie przepuszczalności pary wodnej.
• 26.Osczevski R. J.: Water vapor transfer through a hydrophilic film at subzero temperatures Text. Res. J. vol. 66, (1), 24-29, (1996).
• 27. Rossi R.: New test method for the assesment of the comfort in protective clothing 36-th International Man-Made Fibres Congress, Dorbirn/Austria 17-19.09.1997.
• 28. Ruckman J. E.: An analysis of simultaneous hest and water vapor transfer through waterproof breathable fabrics, J. of Coated Fabrics vol. 26, April 1997, 293-307.
• 29. Wang J. H., Yasuda H.: Dynamic water vapour and heat transport through layered fabrics. Part I: Effect of surface modification, Text. Res. J. vol. 61, nr 10, (1991).
• 30. Watkins D. A., Slater K.: The moisture vapour permeability of textile fabrics, J. Text. Inst., nr 1, 11-18, (1981).
• 31. Weder M. S., Zimmerli T., Rossi R. M.: A sweating and moving arm for the measurement of thermal insulation and water vapour resistance of clothing. Performance of Protective Clothing: 5-th Vol., ASTM STP 1237, ASTM, Philadelphia, 1995.
• 32. Wehner J. A., Miller B., L. Rebenfeld; Dynamics of water vapor transmission through fabric barriers, Text. Res. J. vol. 58, nr 10, 581-592, (1988).
• 33. Yasuda T., M. Miyama, H. Yasuda: Dynamic water vapour and heat transport through layered fabrics Part II: Effect of of the chemical nature of fibers, Text. Res. J. vol. 61, (4), 227-235, (1992).