Ключевые слова
Polymer
Membrane
ხვედრითი წარმადობა
Как цитировать
Аннотация
The paper presents the determination of ζ-potential of polymer solution of different concentration by dynamic light scattering (electrophoretic light scattering) method on Zetasizer Nano Zen 3690 analyzer to evaluate the properties of electric double layer in the range of potential difference from -30 mV to +30 mV. The effect of KCl concentration in polysulfone solutions on the aggregate stability of the solution was studied. It was found that the magnitude of aggregate stability of the electrokinetic potential largely determine the specific performance of the membrane made from the poured solution. It was found that the aggregate stability of the polymer solution can be changed by a certain amount of electrolyte, which affects the physical-chemical parameters of the polymer composition, determines the phase inversion process and the asymptotic value of the specific productivite of the obtained membrane.
Библиографические ссылки
მ. რაზმაძე, ნ. აბულაძე. კოლოიდური ქიმია, II გადამუშავებული ნაწილი. სტუ. 2017. გვ.186-219;
Yehia Manawi, Viktor Kochkodan, Ebrahim Mahmoudi, Daniel J. Johnson, Abdul Wahab Mohammad, Muataz Ali Atieh. Characterization and Separation Performance of a Novel Polyethersulfone Membrane Blended with Acacia Gum. Scientific Reports. Vol.7, 2017. pp.523-547;
Matias Ernst, Alexander Bismarck, Gurgen Springer, Martin Jekel. Zeta-Potential and Rejection Rates of Polyethersulfone Nanofiltration Membrane in Single Salt Solution. Journal of Membrane Science, Vol.165(2), 2016. pp.251-259;
Sema Solgin, Ugur Salgur Salgin, Nagihan Soyer. Streaming Potential Measurements of Polyehersulfone Ultrafiltration Membranes to Determine Salt Effects on Membrane Zeta Potential. International Journal of Electrochemical Science 8(3), 2013. pp.4073-4084;
A. Marti, F. Marti, J. Malfeiro, L. Polacio, P. Prodanos. Zeta Potential of Membranes as as function of pH: Optimization of Isoelectric Point Evaluation. Journal of Membrane Science. Vol. 213, 2003. pp.225-230;
Obtaining of Natural Water Microfiltration Membranes Based on Polyethersulphone With PEG 300, PEG600 and LiCl Additives. Oxidation Communication, V.47(3), 2024. pp.543–550;
ბიბილეიშვილი გ.ვ., ებანოიძე ლ.ო., გოგესაშვილი ნ.ნ., კეჟერაშვილი მ.გ., გოგიბერიძე ი.ბ. კომპოზიციაში პოლიმერის კონფორმაციული მდგომარეობის და ორგანული დანამატების გავლენის კვლევა ხსნარის სიმღვრივეზე. საქართველოს საინჟინრო სიახლენი, ტ.98, №2, 2023, გვ.59-61.
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