Optical Anisotropic Properties of Nanofiber Polymer Materials.

Kholmuminov, A. A.; Matyakubov, Bekzod; Rakhmonov, T. T.

doi:10.15863/tas.2020.02.82.44

Cited by 3 publications

(2 citation statements)

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“…Among them, there are four main types of dots: round dots, square dots, simple figurative, and abstract freehand dots. In the tie-dye process, dots are the most commonly used form and the one that best reflects its characteristics [22]. Among them, the common tie-dyeing techniques are fish roe, spider flower, drunken eye, beancurd cloth, and ancient money patterns.…”

Section: Characteristics and Applications Of Tie-dye Artmentioning

confidence: 99%

Creativity of Nanofiber Materials and Application in the Expressive Power of Manual Tie-Dyeing Process

Wen

Jiang

et al. 2022

Advances in Materials Science and Engineering

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Traditional printing and tie-dyeing are an important part of Chinese handicrafts. It consists of three main techniques: batik, tie-dye, and multi-layer dyeing. Among the traditional printing and dyeing techniques, tie-dyeing creates an ever-changing visual artistic effect due to the diversity of its production methods. In modern society with the unprecedented development of technology and information, people’s life rhythm has accelerated, and the opposite “slow fashion” has become popular. More and more people are focusing more on the traditional craft of tie-dyeing. In contemporary fiber art, raw materials have become the soul and foundation of fiber art. This is also the difference between modern fiber art and traditional textile art. Entering the new era, the demand for textiles by people of all countries is also increasing, new functional requirements are put forward for textiles, and functional textiles emerge as the times require. The creative display of nanofibers is a comprehensive grasp of the properties of the fibrous material. It is the creativity and expression generated under the premise of understanding the type, shape, craft, and expression of fiber. It fully reflects the characteristics of the material itself, and it is also the designer’s ideological expression of the texture and shape of the material. It is then materialized into a certain connotation by appropriate technical means. In this paper, manual tie-dyeing is applied to nanofiber materials, making full use of the advantages of modern nanomaterials to promote the development of fabric tie-dyeing technology. In the performance test of the transmittance of nanomaterials to ultraviolet rays, it can be found that the transmittance of nanomaterials through the tie-dyeing process is lower for optical fibers with shorter wavelengths. When the wavelength of ultraviolet light is 313 nm, the transmittance of ZnO to ultraviolet light is 0. When the ultraviolet wavelength is 435 nm, the transmittance of ZnO to ultraviolet light is 45%.

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Section: Characteristics and Applications Of Tie-dye Artmentioning

confidence: 99%

Creativity of Nanofiber Materials and Application in the Expressive Power of Manual Tie-Dyeing Process

Wen

Jiang

et al. 2022

Advances in Materials Science and Engineering

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“…In such materials, one of the layers serves as the basis of the material, while the other performs a functional task on its surface (He, Guo, & Cui, 2011;Zhou, he, Cui, & Gao, 2011;Koziara, Nijmeijer, & Benes, 2015;Huang, Zhang, Kotaki, & Ramakrishna, 2003;Huang, McMillan, Apkarian, Pourdeyhimi, Conticello, & Chaikof, 2000) For example, if a nanofiber laminate based on fibroin silk (FS) and acrylonitrile copolymer (Co-AN) is formed, then due to the relatively high degree of flexibility and electrostatic activity of nanofibers (Co-AN), they can be used as substrates. And fibroin due to the relative strength and biological activity due to the amine groups in its composition, they can be used on the surface as a functional biolayer (Kholmuminov, Matyakubov, & Rakhmonov, 2020) The sequence of the formation of nanofibers from different polymer solutions by the electrospinning method makes it possible to obtain thin-layer nonwoven materials.…”

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confidence: 99%

Anisotropic, Sorption and Filtering Properties of Thin-Layer Polymer Materials

Kholmuminov

Matyakubov²,

Rakhmonov³

2021

Chem. mater. sci. res. j.

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The paper presents the results of studies on the production of thin-layer nanofiber non-woven materials based on silk fibroin and acrylonitrile copolymer by the electrospinning method. The dependence of anisotropy characterizing the structural states of the obtained thin-layer polymeric materials on deformation effects, their sorption and filtration properties has been studied. The broad possibility of using nanofiber nonwoven materials as nanofilters and the efficiency of the filtration process of nonwoven materials with an increase in the size of their nanopores are shown.Keywords: Polymer, Silk Fibroin, Acrylonitrile Copolymer, Electrospinning, Isotropic, Anisotropic, Orientation, Nanofiber, Nanomaterial, Formation, Structure, Deformation, Nanofilter.

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Anisotropic properties of nanofiber porous materials of fibroin silk and cotton cellulose

Matyakubov

Kholmuminov

2021

Mod. Phys. Lett. B

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This paper presents the results of a study on the production of nanofiber anisotropic nanoporous materials based on silk fibroin and cotton cellulose by electrospinning using a rotating screen-receiver of nanofibers in the form of a thin material. The difference in the anisotropic properties of the nanofiber material is shown by the method of birefringence, sorption of water vapor and filtration of a liquid-phase mixture. The possibility of using nanofiber nanoporous fibroin and cotton cellulose materials as a nanofilter of gaseous and liquid-phase mixtures has been shown.

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Optical Anisotropic Properties of Nanofiber Polymer Materials.

Abstract: ISRA (India) = 4.971 ISI (Dubai, UAE) = 0.829 GIF (Australia) = 0.564 JIF = 1.500 SIS (USA) = 0.912 РИНЦ (Russia) = 0.126 ESJI (KZ) = 8.716 SJIF (Morocco) = 5.667 ICV (Poland) = 6.630 PIF (India) = 1.940 IBI (India) = 4.260 OAJI (USA) =

Cited by 3 publications

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Creativity of Nanofiber Materials and Application in the Expressive Power of Manual Tie-Dyeing Process

Creativity of Nanofiber Materials and Application in the Expressive Power of Manual Tie-Dyeing Process

Anisotropic, Sorption and Filtering Properties of Thin-Layer Polymer Materials

Anisotropic properties of nanofiber porous materials of fibroin silk and cotton cellulose

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