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Fiber Society

Figure 20.22 Plots of ln[- ln(1 - Xc) as a function of In a at various temperatures for P(HB80-ET20)/PET (weight ratio, 4 3) T, 144°C A, 149 °C , 153 °C , 157 °C [44]. From Park, J. K., Park, Y. H., Kim, D. J. and Kim, S. FI., Crystallization kinetics of TLCP with polyester blends, J. Korean Fiber Soc., 37, 69-76 (2000). Reproduced with permission of The Korean Fiber Society... Figure 20.22 Plots of ln[- ln(1 - Xc) as a function of In a at various temperatures for P(HB80-ET20)/PET (weight ratio, 4 3) T, 144°C A, 149 °C , 153 °C , 157 °C [44]. From Park, J. K., Park, Y. H., Kim, D. J. and Kim, S. FI., Crystallization kinetics of TLCP with polyester blends, J. Korean Fiber Soc., 37, 69-76 (2000). Reproduced with permission of The Korean Fiber Society...
D. P. Ziegler, K. J. Senecal, C. Dew, and L. Samuelson, Electrospun fibrous membranes of photovoltaic and conductive polymers, J. Textile Apparel Technol. Manag., 1, Special issue The Fiber Society Spring Conference, Raleigh, NC (2001). [Pg.207]

FIGURE 2.21 One-step stack draw process. (From Tam, T.Y. and Lin, C.Y., A unique one-step process of achieving fully oriented yarn properties with <1500m/mintake-up speed. Fiber Society Spring Conference, Princeton, New Jersey, June 1996. With permission.)... [Pg.82]

Salinger, R.M., T.D. Barnard, C.T. Li, and L.G. Mahone. 1988. Utilization of polymer precursors in the formation of silicon-nrtrogen-carbon advanced ceramic fibers. Society for the Advancement of Materials and Process Engineers Quarterly 19(3) 27-30. ... [Pg.108]

Excerpt reprinted with permission from Ref. 35, Copyright 2013, The Korean Fiber Society and Springer Science+Business Media Dordrecht. [Pg.33]

UIB and Bursa Textile Confection Research Center, The Fiber Society Spring 2010 International Conference, May 12—14,2010, http //www. thefibersociety.org/Po rtals/0/Past%20Conferences/2010 Spring Abstracts.pdf... [Pg.274]

Ramkumar, S., Singh, V., Sata, U., Jinka, S., Murahdhar, L. and Kapoor, A. (2010). Oil absorbing and vapor retaining fibrous mats. The Fiber Society 2010 FaU Meeting and Technical Conference, Salt Lake City, Utah, USA, October. [Pg.285]

Liu, Y.P., Hu, H., 2011b. Vibration isolation performance of warp-knitted spacer fabrics. In 2011 Fiber Society Spring Conference. The Hong Kong Polytechnic University, Hong Kong. [Pg.151]

Tolgyesi WS, Cottington E, Fookson A. Mechanics of hair combing. Presented at Symposium on Mechanics of Fibrous Structures, Fiber Society, Atlanta, GA, May 14, 1975. [Pg.581]

S. Michielsen, in Joint International Conference with the Fiber Society, The Textile Institute of Materials, UK. and Institut Textile de France, Apr. 21-24, 1997,... [Pg.5900]

Figure 8.9 WAXD patterns for nanofibers of PVAc with 63.5 wt% of titanium isopropoxide caicined at three different temperatures (a) 600°C (b) 800°C and (c) 1000°C. Reproduced with permission from Ding et ai. (2004a). Copyright 2004. The Korean Fiber Society. Figure 8.9 WAXD patterns for nanofibers of PVAc with 63.5 wt% of titanium isopropoxide caicined at three different temperatures (a) 600°C (b) 800°C and (c) 1000°C. Reproduced with permission from Ding et ai. (2004a). Copyright 2004. The Korean Fiber Society.
Lee, S.-G., S.-S. Choi, and C. W. Joo (2002). Nanofiber formation of poly(ether imide) under various electrospinning conditions. Journal of the Korean Fiber Society 39( 1) 1 -13. [Pg.356]

Mandal, S., Song, G., 2011. Characterization of protective textile material for thermal hazard. In Fiber Society Spring Conference, Hong Kong. [Pg.62]

Liu B, Liu W. and Hu J. ( 2005), Temperature/pH Responsive Composite Nonwoven Fabrics Grafted with Poly(N-isopropylacrylamide)/polyure-thane Hydrogel. The Fiber Society 2005 Spring Conference. St. Gallen, Switzerland. [Pg.467]

Fig. 14.2 Comparison of SEM micrographs (a) mioroporous membrane, (b) layered fabric system with electrospun PU nanofiber web, and (c) spunbond nonwoven fabric, (d) SEM micrographs of electrospun PU nanofiber web. (e) Effects of area density of electrospun polyurethane web on air/moisture vapor transport properties of layered fabric systems, (f) Cross section of laminated nanofiber nonwoven web and (g) vapor permeability before/after wash (a-c Reprinted with permission from Lee and Obendorf [23]. Copyright 2007, The Korean Fiber Society, d, e Reprinted with permission from Lee and Obendorf [24]. Copyright 2007, SAGE Publications, f, g Reprinted with permission from Kimura et al. [25]. Copyright 2010, SAGE Publications)... Fig. 14.2 Comparison of SEM micrographs (a) mioroporous membrane, (b) layered fabric system with electrospun PU nanofiber web, and (c) spunbond nonwoven fabric, (d) SEM micrographs of electrospun PU nanofiber web. (e) Effects of area density of electrospun polyurethane web on air/moisture vapor transport properties of layered fabric systems, (f) Cross section of laminated nanofiber nonwoven web and (g) vapor permeability before/after wash (a-c Reprinted with permission from Lee and Obendorf [23]. Copyright 2007, The Korean Fiber Society, d, e Reprinted with permission from Lee and Obendorf [24]. Copyright 2007, SAGE Publications, f, g Reprinted with permission from Kimura et al. [25]. Copyright 2010, SAGE Publications)...
Kessik, R., Fenn, J.B. and Tepper, G., Polymer (2004) 45, p. 2981 Sarkar, S. and Tepper, G., The Fiber Society Fall Annual Meeting and Technical Conference, October 2006, 5A... [Pg.21]

Bernard Milter has been Associate Director of Research at Textile Research Institute, Princeton, NJ, since 1970. He received his Ph.D. degree in Chemistry from McGill University followed by a number of industrial and academic appointments. He was a Fiber Society National Lecturer, 1973-1974 and has served on the Executive Committees of the Information Council on Fabric Flammability and the North American Thermal Analysis Society. In 1977, he received the Harold DeWltt Smith Medal of the American Society for Testing and Materials for his work in fiber and textile measurements. His major fields of interest are the thermal and combustion behavior of polymers, fabric flammability and the surface properties of fibrous materials. [Pg.575]


See other pages where Fiber Society is mentioned: [Pg.348]    [Pg.687]    [Pg.688]    [Pg.169]    [Pg.687]    [Pg.688]    [Pg.201]    [Pg.245]    [Pg.356]    [Pg.365]    [Pg.415]   
See also in sourсe #XX -- [ Pg.169 ]




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