Creating Attire for Dry Goods Workers by Incorporating the Characteristics of Pistachio Skin such as its Form, Color, and Structural Elements
Subject Areas : Fibers
1 - yazd.
Keywords: Keywords: fabric design, pistachio, cellulose, dried fruit,
Abstract :
The researchers utilized electrospinning techniques to transform cellulose from pistachio skin into fine nanofibers, which were subsequently combined with silver nanomaterials. These fibers are later incorporated into the garments worn by individuals in the dry goods industry. The clothing for dry goods workers has been designed using color theory and the principles of formal design. Additionally, the attire is inspired by the shape, color, and structural components of the pistachio shell. The result of this clothing design for dry goods workers is a diverse range of appealing designs and colors. In addition to enhancing the identity and uniqueness of dry goods workers, these garments also possess functional properties that contribute to their health protection.
[1] Ramin Rahmanab Ahranjani, Ali Gurbanpour Arani, Mim Shokrovi. (2018). An introduction to nanotechnology. University book publication.
[2] Ismail Kalantari, Amir Darestani Farahani, Abbas Muradab, (1388). Nano Again. The Nano Student Club, in collaboration with Athena Publications.
[3] An introduction to dry nanotechnology. Student scientific teacher of nanotechnology at Kerman University.
[4] Christina Roman, Pavel Hollister. Introductory article on the Tree of Suns. Morteza Maghrib (translator).
[5] The article on the design of clothes for dry goods workers using form, color, and elements.... https://civilica.com/doc/1679199/.
[6] Download a thesis, proposal, or project about clothing design. https://www.gigadoc.ir/%D9%BE%D8%A7%DB%8C%D8%A7%D9
[7] The article on the design of clothes for dry goods employees using form, color, and elements.... https://bing.com/search
[8] The article on making activated carbon from hard pistachio skin by chemical method and checking the effect.... https://civilica.com/doc/29814
[9] H. Fischer. Polymer composites: fundamental research to specific applications. Mater. Sci. Eng: C22 (2202)763
[10] E.T. Hostenison, C.L. Li, C.L. T. W. Chou Nanocomposites in context, Composite Sci. Tech 65(2005)491.
[11] Balazsi Z. Konya F. weber L. Biro and P. Arato preparation and characterization of carbon nano tube reinforce
