Vol. 6, 2021
Radiation Physics
COMPREHENSIVE STUDIES OF ORGANIC AND INORGANIC ADSORBENTS
S. Vuchkan, S. Trofymenko, V. Lazur, H.Vasylyeva, M. Hryhorenko, Yu. Kylivnik, O. Sych
Pages: 21-26
DOI: 10.37392/RapProc.2021.05
Abstract | References | Full Text (PDF)
The radiation resistance of natural zeolite, cation exchange resin, carbon sorbent, and titanium phosphate were investigated, as well as the ability to adsorb strontium ions after internal adsorbents irradiation. It is shown, that upon irradiation the adsorption properties of all these materials are slightly reduced. The only exception is titanium phosphate with a surface modified with NH 4 OH. Initial and residual concentration of stable strontium isotopes was measured by direct complexometric titration. Some experiments were performed with radioactive 90 Sr as well. The amount of 90 Sr was controlled by liquid scintillation techniques. The values of adsorption of strontium ions by irradiated and non-irradiated samples of amorphous titanium phosphate were determined. The analysis of changes of titanium phosphate surface under the action of external irradiation was conducted by the method of low-temperature nitrogen adsorption-desorption isotherms. The proportion of micro and mesopores, as well as the total surface area of the investigated adsorbent, were estimated. The pore volume and pore radius were calculated by the DFT and BJH methods. A brief comparison of these methods was made.
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