Titlebook: Innovative Biofibers from Renewable Resources; Narendra Reddy,Yiqi Yang Book 2015 Springer-Verlag Berlin Heidelberg 2015 alginate.biocompo

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Fibers from Switchgrass a by-product, switchgrass can be a source for fibers requiring fewer inputs to grow and could be economically more viable than traditional fiber crops such as jute and flax. In addition, about 25–30 % of switchgrass can be obtained as long fibers for high-value applications, and the remaining 20–25

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Fibers from Hop Stemse flower, the hop plants are cut and considered as waste. Hop stems contain an outer bark and inner pith, typical of any bast fiber plant. The fibrous outer bark has been used to produce long-length fibers (10–15 cm) with tensile properties comparable to that of hemp [09Red]. Hop stem fibers also ha

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Introduction to Regenerated Cellulose Fibersduction of regenerated cellulose fibers such as viscose rayon and cuprammonium rayon was extensively done, and these fibers were considered to be ideal substitutes for the natural cellulose fibers. Traditionally, regenerated cellulose fibers were produced using wood as a source for cellulose. Regene

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Fiber Production Using Alkali Systemlulose in alkali solutions are depicted in Figs. 16.1 and 16.2. It has been proven that the solubility of cellulose in alkali solutions is mainly governed by the degree of breakdown of the intramolecular hydrogen bonding and also by the degree of polymerization [92Kam, 98Iso]. The presence of lignin

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Narendra Reddy,Yiqi Yanghandeln. Es wurden die neuesten Erkenntnisse und Er­ gebnisse der Technik sowie der letzte Stand der VDE-Vorschriften zu­ grunde gelegt, deren wesentlichste Einzelheiten in der letzten Bearbei­ tung zum Abschluß gekommen sind. Zum besseren Verständnis wurden den Berechnungsgrundlagen Bei­ spiele hin

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