Abstract
Polianilin interpolimer kompleksining termoturg‘unligini EPR usul bilan ochiq holatdagi ampulada 180÷300ºC intervalda doimiy 20 dan 180oC gacha oshirish yo‘li bilan o‘rganildi. Polianilin interpolimer kompleksi EPR signalining logarifm integral intensivligi olingan holatda qonuniyatini ion toki zichligining vaqtga bog‘liq holda o‘zgarishini kuzatildi
References
Ireneusz Sowa, Magdalena Wójciak, Katarzyna Tyszczuk-Rotko, Tomasz Klepka, Sławomir Dresler. Polyaniline and Polyaniline-Based Materials as Sorbents in Solid-Phase Extraction Techniques//Materials 15, 8881. Switzerland. 2022, pp. 1-23. https://doi.org/10.3390/ma15248881.
2. Genies E.M. and Tsintavis O. Redox mechanism and electrochemical benaviour of polyaniline geposits //Journal electroanal. Chem. V.195. 1998. –P.128.
3. Gebert P.H. [et.al]. Polyaniline via achier base Chemietry // Synth. Metals. 1999. v.28. №4. p 240-252.
4. Hagiwara T., Iamaura M., Iwata K. Thermal atability of polyaniline Synth. Metаls. 1998. v25. №3 P 243-252.
5. Kogan Y.A., Shunina I.G. and Savchenko V.I. Electrochemical properties of polyaniline in highly concentrated acids. Synthetic Metals. V.37. 1990. –P.63.
6. Djalilova I.S.Shonazarova N.U., Tukhtaev F.S., Negmatov S.S. Determining the swelling properties of sorbents. International conference on “Science, technology and educational practices”. Indonesia. February 20-21, 2021. pp. 205-206.
