У доповіді проаналізовано результати дослідження характеристик та
властивостей вихідних і модифікованих нанооксидів та композитів на їх
основі, які мають широкий спектр практичного застосування як адсорбенти технічного і медичного призначення, наповнювачі полімерів, каталізатори, пігменти, загусники, носії лікарських сполук тощо.
In the presentation, results of investigations of the characteristics and properties of initial and modified nanooxides and
related composites, which can be used as adsorbents for industrial and medicinal usages, polymer fillers, catalysts, pigments,
thickening agents, drug carriers, etc., are analyzed. Numerous experimental and theoretical methods were applied
to nanooxides alone or with low- and high-molecular weight adsorbates and co-adsorbates in different dispersion media,
gaseous, polar and nonpolar liquids, polymers over broad temperature ranges. To analyze the experimental data, original
complex of computer programs was developed by the author of this presentation, including such methods as self-consistent
regularization, maximal entropy method, functional minimization, etc. Some original techniques were developed to
study the confined space effects, temperature, pressure, co-adsorption that it is important to evaluate the efficiency of the
materials applications. Some versions of integral cryoporometry (based on TSDC, NMR, DSC) and thermoporometry
(based on thermogravimetry) were developed to analyze the structural characteristics of various materials in different
dispersion media.