Internal fibre

T3 Technical Textile Technology 3, No.4, Dec.2004, p. 18/20. This issue is published within International Fibre Journal, Vol.19, No.6, Dec.2004... 

R single-stream PET process A new highly economic polyester technology," International Fibre Journal, vol. 19/2004, issue 4, pp. 64-67. 

Cheng K K (1998), This artificial leather beats the hide off the real leather , International Fibre Journal, 13(5), 40-41. 

Sakurada, I. "Polyvinyl Alcohol Fibres, International fibre science and technology series, 6" New Yoiic, Marcel Dekker, Inc. (1985). 

Not only surface fibres are coated with metal (fig 2a), but also the nonwoven fabrics internal fibres (fig. 2b) and areas between fibres (fig. 2c). Similar crystallization are observable for zinc layers deposited on polypropylene film (fig. 3). A layer obtained in that manner characterises with large sp>eafic surface area, which disperses electromagnetic field and increases shielding coefficient SE at the same time. Cross-section of such compwsite is presented in Fig. 4. It comes to one s attention that metaUic layers on fibre surface are solid and uniform. Best composites characterise with SE 60 dB, which not only stems from low surface resistivity, but also from expanded surface of metaUic layers (fig. 5). 

Figure 7.17 demonstrates absorption of sodinm hydroxide on cellulose in g/kg of fibre. Experimental resnlts involving the addition of alkali to a dyebath containing a cotton substrate are shown in Fig. 7.18. Results show an initial increase of pH in response to dosing alkali followed by a region of little to no change in pH value. Additional injections of alkali cause the increase of pH value to resume until it reaches its eqnilibrinm for IM solution of sodium bicarbonate at around 10.3. This demonstrates that devising a general mle for the inclnsion of the internal fibre pH into the control model would be challenging.

The standard chemical potential for the dye in its standard state in the fibre The internal fibre phase The external aqueous solution phase The internal accessible volume of fibre The amount by which the energy of an activated molecule exceeds the average energy of the solute molecule... 

D. Mach, "Experiences with Fine Deniei Viscose and Modal Fibres," Proceedings of the 28 th Dombim International Man Made Fibres Conference, Sept. 1989. 

A. G. Causa, D. K. Kim, and R. S. Bhakuni, "Advances In MetaUic and Polymeric Fibre Reinforcement For Tyres," International Rubber... 

J. Bignon, J. Peto, and R. Saracci, eds., Monoccupational Exposure to Mineral Fibres, lARCC Scientific PubHcation No. 90, International Agency for Research on Cancer, Lyon, Prance, 1989. 

W. Beech, Fibre-Reactive Dyes, SAP International, New York, 1970. 

Whereas Tefzel is said to be an internally stablised copolymer of TFE and ethylene, other copolymers that are compounds of similar copolymers with stabilisers of antioxidants are now also available (Hostaflon ET by Hoechst and Aflon by Asahi Glass Co.). Glass-fibre-filled grades are also available. 

A filament wound composite cylindrical pressure vessel has a diameter of 1200 mm and a wall thickness of 3 mm. It is made up of 10 plies of continuous glass fibres in a polyester resin. The anangement of the plies is [O3/6O/ — 60],. Calculate the axial and hoop strain in the cylinder when an internal pressure of 3 MN/m is applied. The properties of the individual plies are... 

Internal At one time open-weave hessian cloth was very largely used as an internal reinforcement material, but experience showed that this is subject to rotting in the soil. Even when the material appears to be covered with enamel, some of the fibres must protrude, and thus moisture is absorbed so that after a period of years the hessian is generally found to be in a waterlogged condition and forming food for bacteria. 

The putative binding site for local anaesthetic molecules at the sodium channel has been identified as two amino acids in the sixth membrane-spanning segment of domain IV [2]. This binding site is located directly underneath the channel pore and can only be reached from the internal side of the membrane. Because local anaesthetics are applied exterior to the nerve fibre, they have to penetrate the axonal membrane before they can bind to the channel. 

Fig. 2.18 Chemosensory pathways, Bony Fish, (a) Peripheral ON = Olfactory nv. (input axons) GL = glomerular layer ICL = internal cell layer MCI = mitral cell layer RC = ruffed cell and CF = centrifugal fibre (from Sorensen, 1998). (b) CNS interconnections (from Bardach and Villars, 1968).

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