The Structure and Property of Akund

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The morphology, microfiber structure, crystalline structure, mechanical properties and thermal behavior of the Akund were studied with SEM, FT-IR, TG and XRD analysis, and compared with cotton fibers. Its mechanical properties, moisture content and moisture regain were tested, and its solubility was analyzed in different solutions.

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Periodical:

Edited by:

Henry Hu and Gu Xu

Pages:

59-63

Citation:

W. D. Li et al., "The Structure and Property of Akund", Key Engineering Materials, Vol. 793, pp. 59-63, 2019

Online since:

January 2019

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$41.00

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[1] Institute of huanan botany, Chinese Academy of Sciences. 1974.Flora of Hainan.vol 3. (Beijing: Science Press).p.255.

[2] Editorial Committee of Flora, Chinese Academy of Sciences.1977.Floraof china.vol 33(Beijing: Science Press). pp.384-386.

[3] D.Q. Fu and H.W. Huang. 2006. Journal of Wuhan Botanical Research. Brief Introduction of Exploitation and Utilization of Fuel Plants Resources. vol 24. pp.183-190.

[4] GB 11951-1989Textiles—Natural fibres—Generic names and definitions.

[5] H.M. Huang.A method of spinning for preparing Akund yarn.CN 102704262.2012-10-03.

[6] NartT, Poonsab S,Gritsanaruck T. 1984. Ecosystem and Environment. The environmental implications of the use of calotropisgigantea as a textile fabric.vol 11.pp.203-212.

DOI: https://doi.org/10.1016/0167-8809(84)90030-6

[7] Ashori A, Bahreini Z. 2009. Journal of Composite Materials. Evaluation of calotropisgigantea as a promising raw material for fiber-reinforced composite.vol43(11).pp.1297-1304.

DOI: https://doi.org/10.1177/0021998308104526

[8] H.M. Huang, Non-woven fabric made of Akund.CN 102071537.2011-05-25.

[9] H.M. Huang, MicalAkund gauze.CN 201469735.2010-05-19.

[10] GB/T 6100-2007 Test method for linear density of cotton fibres—Cut middles method.

[11] GB/T 14337-2008Test method for tensile properties of man-made staple fibres.

[12] GB/T 9995-1997Determination of moisture content and moisture regain of textile —Oven-drying method.

[13] GB/T 16258-2008Cotton fibers—Test method for sugar content —Quantitative method.

[14] GB/T 20944.3-2008Textiles —Evaluation for antibacterial activity —Part 3:Shake flask method.

[15] L.Chen. 2001. Ningbo Chemical Indistry.Discussion on Application of Infrared Spectrometry in Qualitative Analysis of Fibe. vol 02. pp.37-41.

[16] Y. Liu, G.Q. Shao and J. Xu. 2010. Journal of bamboo research. The IR Spectroscopy Analysis and Comparison of Bamboo Fiber and Other Natural Cellulose Fiber. vol 29 .pp.42-46.

[17] M. Yao, J.F. Zhou, S.Z. Huang.1997.Textile Material (Beijing; China Textile & Apparel Press) p.29,326-330,364-367,437-438,473-478.