INTEGRATED ADSORPTION AND ULTRASONIC TECHNOLOGY FOR WATER TREATMENT PROCESSES
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[1] Mason T. J., Joyce E., Phull S. S., Lorimer J. P. (2003)
Potential uses of ultrasound in the biological
decontamination of water. Ultrason. Sonochem,
319–323.
[2] Melkumova A. S., Lisichkina Z. S., Gorshkov S. I.
(1975) Ultrasound [in Russian], Moscow: Medicina,
344 p.
[3] Fridman V. M. (1967) Ultrasonic chemical equipment
[in Russian], Moscow: Mashynostroenie, 212 p.
[4] Margulis M. A. (1986) Sound chemical reactions and
sonoluminiscence [in Russian], Moscow: Chimiya, 286 p.
[5] Mokryy E. M., Starchevskyy V. L. (1993) Catalytic
reaction in cavitation: monograph [in Ukrainian], Lviv:
Svit. 72 p.
[6] Distanov U. G., Mihajlov A. S., Konyuhova T. P. et al
(1990) Natural sorbents of the USSR [in Russian],
Moscow: Nedra, 208 p.
[7] Tsitsishvili G. V., Andronickashvili T. G., Ckirov G. N.,
Filizova L. D. (1985) Natural zeolites [in Russian],
Moscow: Chimiya, 224 p.
[8] Breck D. (1976) Zeolite molecular sieves [in Russian],
Moscow: Mir, 778 p.
[9] Matsievska O. O., Granops M. M., Shnerch S. S. (1995)
Carpathian use of zeolites in water treatment processes
[in Ukrainian]. Proceedings of IV Scientific conference
“Problems of construction and environmental
engineering”. Rzeszov (Poland), 99–104.
[10] Nasseri S. and al. (2006) Environ. Health Sci. Eng.
Vol. 3, No. 2, 109–116.
[11] Slyusarenko T. P. (1984) Microbiology laboratory
workshop on food production [in Russian]. 208 p.