OBTAINING CELLULOSE FROM THE MEDICINAL PLANT MILK THISTLE

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OBTAINING CELLULOSE FROM THE MEDICINAL PLANT MILK THISTLE

Authors

Khamdamova Dilnoza

Rubric:Chemistry
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Выделена целлюлоза из стеблей лекарственного растения растопорши, определены  длина и ширина целлюлозных волокон, сорбционные свойства. Проведен анализ целлюлозы методом  ИК-спектроскопии.

Keywords

cellulose
milk thistle
the degree of polymerization
IR-spectrum
the size of cellulose fibers
hydrolysis

Authors

Khamdamova Dilnoza

References:

1. Jahan S.M., Labooni A.Р., Noori A., Quaiyyum M.A., Process For The Production Of Dissolving Pulp From Trema Orientalis (Nalita) By Prehydrolysis Kraft And Soda-Ethylenediamine (Eda) Process Jehat et al. (2008). “Dissoving pulp from Tremaorientalis” Bio Resources, 2008,no.3, pp 816-828.

2. Serkov A.T., Serkova L.A. Opredelenie nabuhaniya volokna v vode [Determination of fiber swelling in water]. Him. volokna, 1974, no.5, pp.70 – 71.

3. GOST 12603-97. Bumaga I karton. Metod opredeleniya poverhnostnoy vpityivaemosti bumagi kapelnyim sposobom [Paper and cardboard. Method for determination of surface absorption of paper by drip method]. Moscow, Standart inform Publ., 2005. 8p.

4. Kocheva L. S., Brovarova O. V., Sekushin N.A., Karmanov A.P., Kuzmin D.V. Strukturno-himicheskaya harakteristika nedrevesnyih vidov tsellyulozyi. [Structural and chemical characteristics of non-wood pulp.]. Forest Journal, 2005, no. 5, pp. 87-93.

5. Konerinskiy N.N. Kompleksnaya himicheskaya pererabotka drevesinyi [Complex chemical processing of wood].Uchebnik dlya vuzov. Izdatelstvo AGTU, 2002,pp.347

6. Autlov S.A., BazarnovaN.G., Kushnir E.Yu., Mikrokristallicheskaya tsellyuloza: struktura, svoystva, poluchenie i oblasti primeneniya.[Microcrystalline cellulose: structure, properties, production and applications]. Himiya rastitelnogo syirya, 2013,no.3,pp. 33-41

7. Zhbankov R.G. Infrakrasnyie spektryii struktura uglevodov. [Infrared spectra and carbohydrate structure]. Science and technology, 1972, pp. 456

8. Moryiganov A.P. Perspektivnyie polimernyie materialyi dlya himiko-tekstilnogo proizvodstva [Promising polymeric materials for chemical and textile production].Respublikanskiy him. Zhurnalob-va. im. D.I. Mendeleeva, 2002, no. 1, pp. 58-66.

9. Eshbo'taev A.G. IQ-practical application of the method spectroscopy.Tashkent, 2014.рр. 34

10. Jahan S.M., RahmanH, Rani S.P., Rahman M.Department of Chemistry, Eden Girls College, Dhaka.Ethylenediamine in alkaline cooking of jute stick for producing dissolving pulp Bangladesh. Res.,2015, no.2, pp.7-14.

11. Israel A.U., Obot I.B., Umoren S. A., Mkpenie Vand AsuquoJ.E. Production of Cellulosic Polymers from Agricultural Wastes E-Journal of Chemistry 2008, vol.5, no.1, pp. 81-85

 

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