MONOXLORSIRKA VA TRIETANOLAMIN ISHTIROKIDAGI SUVLI TIZIMLARDA ERUVCHANLIK MUVOZANATINI OʻRGANISH

1. Т.В. Иванченко, Г.И. Резанова И.С. Игольникова, Роль физиологически активных веществ в интегрированной

системе защиты растений, Журнал известия нижневолжского агроуниверситетского комплекса № 1 (37), 2015.

2. Bobozhonov Zh.S., Shukurov Zh.S., Togasharov A.S. Study of Solubility of Ca(ClO3)2–[90%C2H5OH+10%C10H11ClN4]–

H2O System, Russ. J. Inorg. Chem. 2021. V. 66 1031–1035. https://doi.org/10.1134/S0036023621070032.

3. Orazbaeva А.А. Technology for obtaining seed protectants based on waste from the production of acetic acid. Abstract of

the dissertation. … doc. of tech. sciens. Tashkent, 2018.

4. Turayev K.A, Toghasharov A.S, Tukhtaev S, An effective defoliant based on calcium chlorate and sodium salt of

monochloroacetic fcid, J. Chem. Technol. Metall. – Bulgaria, 2022; 5: 977-983.

5. Tsyplenkova A.Yu., Koltsova O.V., Lobanov N.N., Ershov M.A., Skvortsov V.G, Physico-chemical systems of dicarboxylic

acids, amino acids and water at 25°C, Butlerov messages. 2013. V. 36. № 11. Pp.146-155. DOI: jbc-01/13-36-11-146.

6. Broekgaarden C., Caarls L., Vos I.A. et al. Ethylene: traffic controller on hormonal crossroads to defense, Plant Physiol.-

2015. V. 169. Pp. 2371–2379.

7. Taverner E., Letham D., Wang J. et al. Influence of ethylene on cytokinin metabolism in relation to Petunia corolla

senescence, Phytochemistry.-1999. V. 51. Pp. 341–347.

8. Э.С. Хусанов, Ж.С. Шукуров, А.С. Тогашаров, С. Тухтаев, Растворимость компонентов в водной системе фосфат

карбамида триэтаноламина, Узб. хим. жур. – 2021. №2. C. 19-25.

9. Z.S. Shukurov, S.S. Ishankhodzhaev, M.K. Askarova, S. Tukhtaev, Study of the solubility of components in the

NaClO3⋅2CO(NH2)2-NH2C2H4OH⋅CH3COOH–H2O system. Russ. J. Inorg. Chem. 2011. V. 56. № 3. Pp. 463.

https://doi.org/10.1134/S0036023611010207

10. Shukurov Zh.S., Khusanov E.S., Mukhitdinova M.S., Togasharov A.S. Component Solubilities in the acetic acid–

monoethanolamine–water system, Russ. J. Inorg. Chem. 2021. V. 66, № 6. Pp. 902

https://doi.org/10.1134/S0036023621060176

11. Toghasharov A.S., Tuchtaev S. Study of the Solubility of Components in the System Mg(ClO3)2-2NH2C2H4OH∙H3C6H5O7-

H2O, Jurnal of Inorganic Chemistry. – Moscow, 2013 Vol. 58. №5. Pp. 581-584.

12. Adilova M.Sh., Narkhodzhaev A.Kh., Tukhtaev S. Study of the interaction of monoethanolamine with malic and citric acids

in aqueous solutions at 200C. International conference. - Samara, 2005. September 12-15. pp. 11-12. (Адилова М.Ш.,

Нарходжаев А.Х.,

13. Тухтаев С. Исследование взаимодействия моноэтаноламина с яблочной и лимонной кислотами в водных растворах

при 200С. Международной конференции. - Самара, 2005. 12-15 сентября. С. 11-12.)

14. A. A. Sidikova, A. S. Toghasharova, J. S. Shukurova, and S. Tukhtaev, Solubility and Rheological Properties of the System

NaClO3⋅CO(NH2)2–H2SO4⋅N(C2H4OH)3–H2O, Russ. J. Inorg. Chem. 2021 Vol. 66, №10, Pp. 1554-1560.

https://doi.org/10.1134/S003602362110017X

15. E.S. Khusanov, Zh.S. Shukurov, O.Zh. Khamidov, A.S. Togasharov, Solubility of components in the urea acetate–

monoethanolamine–water system, Uzb. chem. Jur. - 2022. №4. Pp. 20-26.

16. Trunin A.S., Petrova D.G. Visual-polythermal method. Kuibyshev Polytechnic. Inst. Kuibyshev.: 1977.

17. Bazhenova L.N. Quantitative elemental analysis of organic compounds. – Yekaterinburg, 2008. Pp. 356.

18. Қ.А.ТўраевC., С.Хўажаназарова. The muitidisciplinary journal of science and technology. volume-5,issue-10.

ClCH2COOH-NH2C2H4OH - H2О системанинг эрувчанлигини ўрганиш.