logo
calendar5 Avgust 2026
view23
Asosiy til:Ingliz

MASHAR POYASI SELLYULOZASI ASOSIDA TIBBIY GIPS UCHUN FARMATSEVTIK SIFATDAGI NATRIY KARBOKSIMETILSELLYULOZA (NA-CMC) OLISH VA TOZALASH TEXNOLOGIYASINI ISHLAB CHIQISH

Fan yo'nalishi:Kimyoviy muhandislik (turli xil)Metall va qotishmalar
Milliy fan yo'nalishi (OAK):02.00.06 — Yuqori molekulyar birikmalar02.00.07 — Kompozitsion, lok-boʻyoq va rezina materiallari kimyosi va texnologiyasi02.00.08 — Neft va gaz kimyosi va texnologiyasi02.00.13 — Noorganik moddalar va ular asosidagi materiallar texnologiyasi02.00.14 — Organik moddalar va ular asosidagi materiallar texnologiyasi02.00.15 — Silikat va qiyin eriydigan nometall materiallar texnologiyasi02.00.16 — Kimyo texnologiyasi va oziq-ovqat ishlab chiqarish jarayonlari va apparatlari02.00.18 — Baliqchilik mahsulotlarini qayta ishlash va saqlash texnologiyasi04.00.14 — Foydali qazilmalarni boyitish06.01.11 — Qishloq xoʻjaligi mahsulotlarini saqlash va qayta ishlash02.00.05 — Tsellyuloza va tsellyuloza-qogʻoz ishlab chiqarish kimyosi va texnologiyasi02.00.17 — Qishloq xoʻjalik va oziq-ovqat mahsulotlariga ishlov berish, saqlash hamda qayta ishlash texnologiyalari va biotexnologiyalari03.00.12 — Biotexnologiya
pdf

5-article. DEVELOPMENT ....pdf

PDF

Sanoatda raqamli texnologiyalar ilmiy-texnik jurnal

Sanoatda raqamli texnologiyalar ilmiy-texnik jurnal

Maqola chop etishsee more

MAQOLA ANNOTATSIYASI

quote
Ushbu tadqiqotda mahalliy qishloq xoʻjaligi xom ashyosi – mashar poyasi sellyulozasi asosida tibbiyot sohasi, xususan, tibbiy gips ishlab chiqarish uchun moʻljallangan yuqori tozalikdagi natriy karboksimetilsellyuloza (Na-CMC) olish texnologiyasi ishlab chiqildi. Texnik Na-CMC ning tozalash jarayoni 53% etil spirti muhitida ekstraksiyalash usuli yordamida amalga oshirildi hamda ekstraksiya davomiyligining mahsulot sifati va asosiy modda miqdoriga taʼsiri oʻrganildi. Tadqiqot natijalariga koʻra, ekstraksiyaning optimal davomiyligi 40 minutni tashkil etib, bunda asosiy modda miqdori 99% ga yetdi. Olingan Na-CMC namunalarining fizik-kimyoviy xossalari, jumladan, almashinish darajasi, qovushqoqligi, suvda eruvchanligi va pH koʻrsatkichlari aniqlandi hamda amaldagi texnik talablar bilan taqqoslandi. Rentgen difraksion (XRD) tahlili sellyulozaning Na-CMC ga muvaffaqiyatli aylanganligini tasdiqladi. Tadqiqot natijalari mashar poyasi sellyulozasining farmatsevtik sifatdagi Na-CMC ishlab chiqarish uchun istiqbolli mahalliy xom ashyo ekanligini koʻrsatdi.

MUALLIFLAR

Science ID: FQD-0525-0170

Science ID: MQD-0526-0371

Teglar

# extraction# properties# stem# ethanol# cellulose# gypsum# physicochemical# medical# diffraction# na-cmc# mashar# x-ray

O'XSHASH MAQOLALAR

SHU JURNALDAGI BOSHQA MAQOLALAR

Maqolani baholang

0
0 ta baho
5
4
3
2
1

Foydalanilgan adabiyotlar

[4] Xalq So'zi. (2020). Hududlarda pavlovniya plantatsiyalari tashkil qilinadi. https://xs.uz/uzkr/post/hududlarda-pavlovniya-plantatsiyalari-tashkil-qilinadi

[3] Cabinet of Ministers of the Republic of Uzbekistan. (2020). Resolution No. 520: On measures for the construction of fast-growing and industrial Pavlovnia tree plantations in the Republic.

[1] Murodov, M. M. (2011). Technology of making cellulose and its ethers by using raw materials. In Renewable Wood and Plant Resources: Chemistry, Technology, Pharmacology, and Medicine (pp. 142–143). Proceedings of the International Conference, Saint Petersburg, Russia.

[2] Murodov, M. M. (2011). The technology of making carboxymethylcellulose (CMC) by monoapparatus method. In Renewable Wood and Plant Resources: Chemistry, Technology, Pharmacology, and Medicine (pp. 141–142). Proceedings of the International Conference, Saint Petersburg, Russia.

[5] Murodov, M. X., & Murodov, B. X. U. (2015). Automatically controlled photovoltaic station with a capacity of 20 kW for the educational institution. Science Time, 12(24), 543–547.

[6] Murodov, M. M., Rahmanberdiev, G. R., Khalikov, M. M., Egamberdiev, E. A., Negmatova, K. C., Saidov, M. M., & Mahmudova, N. (2012). Endurance of high molecular weight carboxymethylcellulose in corrosive environments. AIP Conference Proceedings, 1459(1), 309–311.

[7] Murodov, M. M., Yusupova, N. F., Urabjanova, S. I., Turdibaeva, N., & Siddikov, M. A. (2021). Obtaining PAC from the cellulose of plants of sunflower, safflower, and waste from the textile industry.

[8] Murodov, M. M., Yusupova, N. F., Urabjanova, S. I., Turdibaeva, N., & Siddikov, M. A. (2021). Obtaining a PAC from the cellulose of plants of sunflower, safflower and waste from the textile industry. European Journal of Humanities and Educational Advancements, 2(1), 13–15.

[9] Murodov, M. M., Xudoyarov, O. F., & Urozov, M. Q. (2018). Technology of carboxymethylcellulose production using local raw materials. Advanced Engineering Forum, 8–9, 411–412.

[10] Primkulov, M. T., Rahmonberdiev, G. R., Murodov, M. M., & Mirataev, A. A. (2014). Processing technology of cellulose-containing raw materials (pp. 28–29). Uzbekistan National Society of Philosophers Publishing House.

[11] Rahmanberdiyev, G. R., & Murodov, M. M. (2011). Development of a technology for obtaining cellulose from Jerusalem artichoke plants. Economics and Innovative Technologies, 2, 1–11.

[12] Elievich, C. L., Khasanovich, Y. S., & Murodovich, M. M. (2021). Technology for the production of paper composites for different areas from fiber waste.

[13] Murodovich, M. M., Qulturaevich, U. M., & Mahamedjanova, D. (2018). Development of technology for the production of cellulose from tissue plants and obtaining Na-carboxymethylcellulose based on it. JournalNX, 6(12), 407–411.

[14] Rahmonberdiev, G., Murodov, M., Negmatova, K., Negmatov, S., & Lysenko, A. (2012). Effective technology for obtaining carboxymethyl cellulose from annual plants. Advanced Materials Research, 413, 541–543.

[15] Murodovich, M. M., Murodovich, H. M., & Qulturaevich, U. M. (2020). Obtaining technical carboxymethylcellulose increased in the main substance. ACADEMICIA: An International Multidisciplinary Research Journal, 10(12), 717–719.

[16] Murodovich, M. M., Qulturaevich, U. M., & Mahamedjanova, D. (2020). Comparative research of the composition and properties of CMC in different degrees of polymerization. JournalNX, 6(12), 412–415.

[17] Yuldasheva, G. I., & Teshabayeva, O. N. (2020). Development of the digital economy of the Republic of Uzbekistan. Universum: Economics and Jurisprudence, 7(72), 4–6.

[18] Teshabaeva, O., Yuldasheva, G., & Yuldasheva, M. (2021). Development of electronic business in the Republic of Uzbekistan. Internauka, 3(3), 16–18.

[19] Yuldasheva, G. I. (2022). Advantages of the credit-module system in the field of education. International Journal of Social Science & Interdisciplinary Research, 11, 14–16.

[20] Yuldasheva, M. (2021). Effective management of investment activity in information and communication technologies of Uzbekistan. Student Bulletin, 3(4), 11–13.

[21] Shermatova, G. Y. H. (2022). Use of information technologies in teaching exact sciences. Scientific Progress, 3(1), 372–376.

[22] Yuldasheva, G. I., & Shermatova, K. M. (2021). The use of adaptive technologies in the educational process. Economics and Society, 4(1), 466–468.

[23] Khudayarova, S. I. (2022). Features of morphological leaf formation in Citrus limon L. in sheltered places. Stability and Leading Research Online Scientific Journal, 15–18.