EFFECT OF MOISTURE IN DETERMINING THE SILKNESS OF SILKWORM COCOONS
Keywords:
Cocoon, silk content, cocoon moisture content, cocoon mass, cocoon shell mass, cocoon quality indicators.Abstract
This article is devoted to improving the process of receiving cocoon products based on quality indicators, which is an important part of the silkworm breeding industry (Bombyx mori). The main goal is to control the quality of products by increasing the standards used in the acceptance of grown cocoons, including the development and improvement of methods for determining the mass and silk content of the cocoon shell. The article examines in detail the quality indicators of the received batches of cocoons, in particular, the mass of the cocoon, the thickness of the shell, the quality of the silk, and other parameters. In addition, the issue of determining the influence of cocoon moisture (W) on silk content is being studied in depth, since the level of moisture is an important factor in the silk support process, and an incorrect assessment can lead to low-quality products. The results of the experiments conducted in the study were analyzed using methods of mathematical statistics (including correlation calculations). The values of corrections based on moisture content when determining silk content in samples taken from batches of silkworm cocoons are given:
References
1. Rubinov Z.B., Mukhamedov M.M., Osipova J.I.Kh., Burnashev I.Z. Sericulture and Cocooning. M.: Legprombitizdat, 2006.
2. Mirsaatov Ravshanbek Muminovich, Khudoyberganov Sardorbek Bakhodirovich Method for determining the silkiness of cocoons without cutting them // European science. 2020. No. 7 (56).
3. Kremer N.Sh. Probability Theory and Mathematical Statistics. M. Yuniti. 2007. 320 p.
4. Burkhanov Shavkat Djalilovich, Mirsaatov Ravshanbek Muminovich, Kadirov Bakhtiyor Khalilovich, Khudoyberganov Sardorbek Bakhodirovich METHOD AND DEVICE FOR DETERMINING THE SILK PRODUCTIVITY OF SILK COCOONS WITHOUT THEIR CUTTING // Universe: technical sciences. 2021. No. 2-1 (83).
5. Mirsaatov R.M., Khudoyberganov S.B., Yurkevich N.P. DEVELOPMENT OF A METHOD FOR DETERMINING SILK PRODUCTIVITY BY COCOON LENGTH WITHOUT ITS CUTTING // Sciences of Europe. 2021. No. 75-1.
6. Ravshanbek Mirsaatov and Sardorbek Khudoyberganov, "Development of a non-destructive method determination of the maturity of Mulberry cocoons," AIP Conference Proceedings 2432, 040018 (2022) https://doi.org/10.1063/5.0089646
7. R. Mirsaatov and J. Abdullaev, "Modeling the Initial Processing Processes of Mulberry Silkworm Colons," Galaxy Int. Interdisciple. Res. Vol. 11 (5) (2023). S.D. Burkhanov, R.M. Mirsaatov, S.B. Khudoyberganov, and B.H. Kadyrov, "Relationship of parameters that characterize the quality of live cocoons," IOP Conf. See: Earth Environ. Sci. 677 (4), 042032 (2021).
8. H. Sauchuk, N. Yurkevich, A. Akhmedov, S. Khudoyberganov, S. Kayumov, and U. Berdiyarov, "Dielectric and microwave properties of ceramics of the Bi-Ti-O system," E3S Web Conf. 401, 05076 (2023). https://doi.org/10.1051/e3sconf/202340105076.
9. Akhmedov, H. Sauchuk, N. Yurkevich, S. Khudoyberganov, M. Bazarov, and K. Karshiev, "The Influence of Production Conditions on the Electrophysical Parameters of Piezoceramics for Different Applications," E3S Web Conf. 264, 04020 (2021).
10. R. Mirsaatov, S. Khudoyberganov, and A. Akhmedov, "Uncertainty estimation in determining cocoons silkiness by thickness of their shell," AIP Conf. Proc. 2612 (1), 050010 (2023, Mar 15). https://doi.org/10.1063/5.0114683
11. Silkworm cocoons are air-dry. Technical specifications. Interstate Standard, GOST 31256-2004.
12. Live cocoons of the silkworm. Technical specifications. Interstate Standard, GOST 31257-2004.
