To the article "Clustering of aqueous solutions of ethanol. Qualitative approach" [Physics of aerosol systems. 2022, Vol. 60, p. 71–78]

Correction of the density data of pure components (water and ethanol) at temperatures of 45 ºC and 50 ºC, as utilized in the study titled "Clustering of Aqueous Solutions of Ethanol: A Qualitative Approach" [Physics of Aerosol Systems. 2022, Vol. 60, P. 71-78], facilitated obtaining accurate concentric and temperature-dependent behaviors of contraction in aqueous ethanol solutions at these temperatures. This validation confirmed the diminishing influence of hydrogen bonds on the volumetric properties of solutions as temperature increases.