MODIFIED NANOCOMPOSITE WOOD FIBROUS MATERIALS FOR SPECIAL APLICATIONS
Radka Iv. Garvanska, Peter N. Velev, Mirela M. Dragnevska, Svetla D. Lekova, Svetlin B. Parvanov
Pages: 440-449
Published: 1 Jan 2012
Views: 64
Abstract: Wood fibrous composite materials with special properties as improved electroconductivity, microwave absorption capacity, antiseptic ability, high physical- mechanical indices, but and with high quantity of wood component represent a great interest because of their unique properties and possibilities for different applications. An original method for obtaining of cupper – sulfide modified nanocomposite wood-fibrous materials has been developed. A mathematic modulation and optimization of the process is conducted using phenol-formaldehyde resin as connect agent. Cupper–sulfide modified nanocomposite wood-fibrous materials with improved electroconductivity for electromagnetic wave protection are obtained.
Keywords: cupper – sulphide wood nanocomposite, phenolformaldehyde resin, electro conductivity
Cite this article: Radka Iv. Garvanska, Peter N. Velev, Mirela M. Dragnevska, Svetla D. Lekova, Svetlin B. Parvanov. MODIFIED NANOCOMPOSITE WOOD FIBROUS MATERIALS FOR SPECIAL APLICATIONS. Journal of International Scientific Publications: Materials, Methods & Technologies 6, 440-449 (2012). https://www.scientific-publications.net/en/article/1003227/
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