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Polyphinylchloride was modified by polyethylene polyamine, and the ionitis was studied in static conditions by the artificial solution of copper (II), nickel (II) and cobalt (II) ions. In static conditions, factors affecting the sorption process, such as time dependence, temperature and concentration dependence, were investigated. The IQ spectroscopic, elemental analysis, thermal analysis and analytical methods have proven the chemical structure of anionite and polycomplexone based on plivinyl chloride, which have been shown to be thermally and chemically stable.

  • Read count 325
  • Date of publication 01-01-2018
  • Main LanguageIngliz
  • Pages91
Ўзбек

Пластикат поливинилхлоридни полиэтиленполиамин билан модификатциялаб, олинган ионитга мис(II), никел(II) ва кобальт(II) ионлари саклаган сунъий эритмаларидан статик шароитда сорбцияси ўрганилди. Статик шароитда сорбция жараёнига таьсир этувчи омиллар яъни, вақтга боғлиқлиги, харорат таьсири, консентратцияга боғлиқликлари тадқиқ қилинди. ИҚ- спектроскопик, элемент анализ, термик анализ ва аналитик усуллар орқали мўнчоқсимон пливинилхлорид асосида олинган анионит ва поликомплексонни кимёвий тузилиши исботланди, улар термик ва кимёвий барқарор эканликлари кўрсатилди.

Русский

Полифинилхлорид модифицировали полиэтиленполиамином, и иониты изучали в статических условиях искусственным раствором ионов меди (II), никеля (II) и кобальта (II). В статических условиях были исследованы факторы, влияющие на процесс сорбции, такие как зависимость от времени, температура и концентрация. Спектроскопический, элементный анализ, термический анализ и аналитические методы IQ доказали химическую структуру анионита и поликомплексона на основе поливинилхлорида, которые, как было показано, являются термически и химически стабильными.

English

Polyphinylchloride was modified by polyethylene polyamine, and the ionitis was studied in static conditions by the artificial solution of copper (II), nickel (II) and cobalt (II) ions. In static conditions, factors affecting the sorption process, such as time dependence, temperature and concentration dependence, were investigated. The IQ spectroscopic, elemental analysis, thermal analysis and analytical methods have proven the chemical structure of anionite and polycomplexone based on plivinyl chloride, which have been shown to be thermally and chemically stable.

№ Author name position Name of organisation
1 Ismoilova K.M. PhD student UrDU
2 Bekchanov D.J. doctor of chemistry Chirchik State Pedagogical Institute
3 Rajabov . . first category physicist Urgench "Temurbeklar maktabi"
4 Juraev . . PhD student National University of Uzbekistan
№ Name of reference
1 1. D.J. Bekchanov, M.G. Mukhamediev, N.J. Sagdiev « Study sorption of heavy metals nitrogen – and- phosphorus containing polyampholytes» Journal “ American Journal of Polymer Sceans” America 2016 year, № 6. (2). pp 46-49
2 2. M. K Rustamov, D. A Gafurova, M.M Karimov, D.J. Bekchanov, N. M. Rustamova, M. G Mukhamediev «Application of Ion-Exchange Materials with High Specific Surface Area for Solving Environmental Problems» Russian Journal of General Chemistry 2014. Vol. 84. №13. pp. 2545-2551.
3 3. Karimov M. M., Rustamov M. K., Mukhamediev M. G., Bekchanov D. J. A method of producing ions with amino and phosphate groups. IAP 2012 0463.
4 4. J. Bekchanov, M.G. Mukhamediev «New anion exchange sorbent for industrial water treatment» 8th International Symposium “Molecular Order and Mobility in Polymer Systems” St. Petersburg, June 2-6, 2014. P, 118
5 5. G.Ya. Yurievna, CH.T. Grigorievna, N.A. Viktorovich. Methods for removing calcium and magnesium salts from water. Bulletin of the Kuzbass state technical University named after T. f. Gorbachev. – 2016. №2(114). P-126- 135.
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