logo
calendar10 Sentabr 2026
view15
Main language:Russian

Analysis of technological and physical-mechanical characteristics of cocoon thread

Field of Science:Chemical EngineeringEnvironmental ScienceEcologyEnvironmental Engineering
pdf

O_TJ.2024.02.14_e13c6681.pdf

PDF

“TEXTILE JOURNAL OF UZBEKISTAN” Scientific-technical journal

“TEXTILE JOURNAL OF UZBEKISTAN” Scientific-technical journal

Publish Articlesee more

ARTICLE ANNOTATION

quote
It is known that raw silk is produced from single cocoon threads by folding, joining and gluing them together, that is, the cocoon reeling process solves the problem of producing a monolithic, continuous in length and uniform in thickness, complex silk thread of a given strength and linear density. When assessing the quality of produced raw silk, the most important criterion is unevenness in linear density. A feature of the technological process of cocoon reeling is the need to obtain continuous complex threads by folding cocoon threads from single cocoons of discrete length, determined by the length of the continuously unwinding cocoon thread and having an uneven linear density along the length of the thread. In this regard, improving the quality of raw silk requires, first of all, the development of new improved technologies and equipment on a scientifically sound basis. When studying the classification of silk and mixed fabrics, the use of chemical threads was revealed to improve the physical, mechanical, performance and comfort of the product. Analysis of the technological and physical-mechanical characteristics of cocoon and chemical threads showed similar properties, as well as the possibility of obtaining a combined thread from them.

AUTHORS

А.Гуламов

TOSHKENT TO'QIMACHILIK VA YENGIL SANOAT INSTITUTI

Tags

# raw silk# cocoon thread# linear density# chemical thread# combined thread

SIMILAR ARTICLES

OTHER ARTICLES IN THIS JOURNAL

Rate Article

0
0 ratings
5
4
3
2
1

Article Identifiers

ROI:

https://eroi.uz/11.100/A026-333988

DOI:

Not Available

References

Strunnikov V. A. Ispolzovaniye geneticheskix metodov v selektsii tutovogo shelkopryada. // Sb. nauch. tr. SANIISH, yubileyniy vipusk. - Tashkent, Fan, 1971. – S.40-48.

Shaforostov V. D. Universalnaya konteynernaya texnologiya posleuborochnoy obrabotki semennogo materiala // Nauch.-texn. byul. VNII maslichnix kultur. – 2013. – Vip. № 2 (155-156). – S. 108–112.

Ivanova, V.N. Seregin S.N. Pishevaya promishlennost Rossii. Sovremennoye sostoyaniye, problemi, oriyentiri budushego razvitiya: ucheb. posobiye / - M: Finansi i statistika, 2013.- 568 s.

V.N. Ivanova, S.N. Seregin, YE.A. Kulikova. Modernizatsiya otrasley pishevoy promishlennosti v realizatsii programmnix meropriyatiy texnologicheskoy platformi «Xraneniye i pererabotka-2030» // Ekonomika selskoxozyaystvennix i pererabativayushix predpriyatiy. - 2013. - № 5. - S. 15-20.

Gujjar, H.S. and Siddappa, D.M. (2013) A Method for Identification of Basmati Rice grain of India and Its Quality Using Pattern Classification. Vol. 3, Issue 1 edn. (GujjarandSiddappa, 2013, pp. 268–273)

Seregin, S.N. Sozdaniye sovremennoy sistemi xraneniya selskoxozyaystvennogo sirya i prodovolstviya v reshenii zadachi prodovolstvennoy bezopasnosti Rossii. // Ekonomika selskoxozyaystvennix i pererabativayushix predpriyatiy. - 2011. - № 10.

Alimova X.A.Kobulova N., Gulamov A.E. Osnovi proizvodstva visokokachestvennogo shelka-sirsa iz jivix kokonov // Problemi tekstilY. - Tashkent. - 2006.-№2.- S. 62-64.

Alimova X.A., Usmanova SH.A. Izucheniye kokonnoy obolochki, rassortirovannoy pri lyuminessentnom svechenii // Perspektivi razvitiya innovatsionnix i integratsionnix protsessov xlopkoochistitelno, tekstilnoy, legkoy i poligraficheskoy promishlennosti: Tez. dokl. - Tashkent, 2007. №1. - S. -276.

Gulamov A.E., Eshmirzayev A.P., Mardonov B.M., Bobotov U.A. Simulation of the process of one dimensional motion in full submerged cocoon in an aqueous medium // European Science Review ISSN 2310-5577, №9-10 September-October, Volume-1, Vienna 2018, 167-171 betlar.

Alimova X.A. Problemi sozdaniya bezotxodnoy texnologii proizvodstva i pererabotki naturalnogo shelka (Obzor). - Tashkent.: GFNTI. - 1994. - 18 s.

Zotova V.F., Dmitriyeva N.V. Ispolzovaniye ximicheskix nitey dlya polucheniya kombinirovannix nitey v protsesse kokonomotaniY. // J. Shelk. - 1971. №2. - S. 34-35. [Kodirov SH.A., Baturov U.A. Texnologiya polucheniya shelko-shelonovoy niti i yeye fiziko-mexanicheskiye svoystva. // J. Shelk. - 1982. - №3. - S. 23-24.]

Shaforostov V. D. Universalnaya konteynernaya texnologiya posleuborochnoy obrabotki semennogo materiala // Nauch.-texn. byul. VNII maslichnix kultur. – 2013. – Vip. № 2 (155-156). – S. 108–112.

Ivanova, V.N. Seregin S.N. Pishevaya promishlennost Rossii. Sovremennoye sostoyaniye, problemi, oriyentiri budushego razvitiya: ucheb. posobiye / - M: Finansi i statistika, 2013. - 568 s.

V.N. Ivanova, S.N. Seregin, YE.A. Kulikova. Modernizatsiya otrasley pishevoy promishlennosti v realizatsii programmnix meropriyatiy texnologicheskoy platformi «Xraneniye i pererabotka-2030» // Ekonomika selskoxozyaystvennix i pererabativayushix predpriyatiy. - 2013. - № 5. - S. 15-20.

Gujjar, H.S. and Siddappa, D.M. (2013) A Method for Identification of Basmati Rice grain of India and Its Quality Using Pattern Classification. Vol. 3, Issue 1 edn. (GujjarandSiddappa, 2013, pp. 268–273)

Seregin, S.N. Sozdaniye sovremennoy sistemi xraneniya selskoxozyaystvennogo sirya i prodovolstviya v reshenii zadachi prodovolstvennoy bezopasnosti Rossii. // Ekonomika selskoxozyaystvennix i pererabativayushix predpriyatiy. - 2011. - № 10.