Автори: Тодоров, Н. Д., Незнакомова, М. П. Заглавие: Сравнителен анализ на пропускливостта на текстилни материали с различна структура Ключови думи: паропропускливост, медицински текстил, нановлакна
Абстракт: С работата се прави опит за разработване на методика за количествено измерване на измененията в пропускливостта на различни носители на електроовлакнени нановлакна. Изследвани са две групи текстилни материали - нетъкан текстил от 100% ПП получен по метода Spunbond и тъкани от 100%П, П/ПА – 85/15, П/ПЕТ – 50/50, П/ПЕТ – 67/33. Разработената и доказана проста методика за изследване на паропроускливостта позволява обективно определяне на измененията в модифицирани материали
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Издание
| Сборник доклади Научна конференция ЕМФ 2014, том 2, стр. стр. 270, 2014, България, Созопол, ТУ-София, ISSN 1314-5371 |
Пълен текст на публикацията | Autors: Todorov, N. D., Neznakomova, M. P. Title: Comparative measurement of the permeability of textile materials with different structure Keywords: Watervapor-permeability, medical textile, nanofibersAbstract: Current investigation attempts to develop a methodology to quantify the changes in the permeability in various pads for electrospinning. Two different groups of textile materials were used – 100% PP spundbonded nonwovens and wovens of 100%Co, Co/PA – 85/15, Co/PEТ – 50/50, Co/PEТ – 67/33. The developed and demonstrated simple methodology for studying the vapor permeability allows objective determination of changes in modified materials References - BACKER, S, 1950, The relationshp between the structural geometry of the textile fabric and its physical properties, Textile Research Journal, том 18, стр. стр. 650-658
- Unknown, 1950, Изпарение и кипене на течности. Уравнение на Клапейрон-Клаусиус, 17.11.2014, <http://www.chem-bg.com>, Дата на последен преглед (Last accessed on):
- CUBRIC, I., SKENDERI, Z. & HAVENITH, G, 2013, Impact of raw material, yarn and fabric parameters, and finishing on water vapor resistance, Textile Research Journal, том 83, стр. стр. 1215-1228
- FOURT, L. & HARRIS, M, 1950, Diffusion of water vapor through textiles, Textile Research Journal, том 17, стр. стр. 256-263
- FUKAZAWA, T., KAWAMURA, H., TOCHIHARA, Y. & TAMURA, T., 2003, Experiment and Analysis of Combined Heat and Water Vapor Transfer Through Clothes with Condensation, Textile Research Journal, том 73, стр. стр. 774-780
- HOSUN, L., 2010, A review of Spun Bond Process, Journal of Textile and Apparel Technology and Management, том 6, стр. стр.
- HU, J., LI , K. & YEUNG, L., 1950, Water vapor transfer, Textile Research Journal, том , стр. стр.
- JIANHUA, H. & YUBO, C., 2009, Effects of Air Temperature, Relative Humidity, and Wind Speed on Water Vapor Transmission Rate of Fabrics, Textile Research Journal, том 80, стр. стр. 422-428
- LEE, S. & OBENDORF, S., 2012, Statistical modeling of water vapor transport through woven fabrics, Textile Research Journal, том 82, стр. стр. 211-219
- RAINARD, L., 1950, Air permeability of fabrics, Textile Research Journal, том 16, стр. стр. 473-480
- WEINER, L., 1970, The relationship of moisture vapor transmission to the structure of textile fabrics, Textile Chemists and Colorists, том 2, стр. стр. 378-385
- WHELAN, M., MCHATTIE, E. & GOODINGS, A, 1955, The diffusion of water vapor through laminate with particular reference ti textile fabrics, Textile Research Journal, том 25, стр. стр. 197-223
- WOO, S., SHALEV, I. & BAKER, R., 1994, Heat and moisture transfer through nonwoven fabrics, Textile Research Journal, том 64, стр. стр. 190-197
Issue
| XIX National Scientific Conference with International Participation FPEPM 2014, vol. II, pp. 270, 2014, Bulgaria, Sozopol, TU-Sofia, ISSN 1314-5371 |
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