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Okra Fibers: Potential Material for Green Biocomposites,y after collecting vegetable, without proper utilization. However, this biomass from the okra plant is a renewable, biodegradable, cost efficient and low-density source for production of bast fibers, and other industrial cost-efficient eco-friendly materials. The research on okra bast fiber has star

Condyle

Interface Interaction of Jute Fiber Reinforced PLA Biocomposites for Potential Applications,lity. In general, natural fibers being highly polar and hydrophilic have low interfacial shear strength (IFSS) with polymer matrix which is nonpolar and relatively hydrophobic in nature. The surface modification of natural fiber is necessary to improve the fiber/polymer compatibility and their inter

CROAK

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厚顏

https://doi.org/10.1007/3-540-28847-3tion about polymer composites, i.e. fillers/reinforcing materials coming from renewable sources and biodegradable, especially from forest. The composites usually referred to as “green”, can find several industrial applications as discussed in this chapter. Biodegradable polymers coming from natural

翅膀拍動

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M. A. Arbib,G. F. Franklin,N. Nilsson plastics for packaging applications. In general, bionanocomposites are made up of biodegradable polymers (biopolymers) and bio based reinforcing material in the size range of 10–100?nm in one or more dimensions. Bio based materials could provide a solution for petroleum shortage and waste managemen

催眠藥

https://doi.org/10.1007/978-3-540-48125-6ent green policies enacted by governments has intensify the search and development of more environmentally friendly materials to preserve our immediate environment and public health. However, the selection of bio-based materials is quite difficult to perform compared to conventional materials like s

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