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Information × Registration Number 0216U005717, 0114U003475 , R & D reports Title Condensed matter (liquids systems, nanostructures, polymers, biomedical facilities) - basic research molecular level of matter. popup.stage_title Head Bulavin Leonid Anatolievich, Registration Date 09-02-2016 Organization Taras Shevchenko Kiev university popup.description2 Analysis of neutron scattering data aqueous fluid system with fullerene C60 (concentration of 0.15 mg / ml) and the antitumor agent doxorubicin (concentration of 0.15 mg / ml) indicates the formation of a complex between C60 and doxorubicin. The spatial distribution of concentration and density of a binary solution, due to the presence of the external field, a limited system near the critical point depends on the geometry and size of the system. The spectrum of collective excitations in liquids is qualitatively similar to the spectrum of collective excitations in liquid helium. The analysis results obtained by the MD indicates that the dissolution of the salts in water are processes a formation of local structures by breaking the hydrogen bonds between water molecules and hydrogen bonding without breaking. Percolation threshold quantity of conductive particles in the system depends on the degree of aggregation and the anisotropy parameter. It is shown that the rate of evaporation of alcohols increases with decreasing alcohol ordinal numbers. The methods of phase diagrams and viscometric study the effect of the addition of charged ions and nanoparticles KCl in double laponite solution isobutyric acid - water near the critical separation point; predicted by the equation of this solution coexistence curve at different concentrations of the added ions and laponite. It is found that with increasing salt concentration up to a certain critical value counterions macromolecule condense DNA and form phosphoric ion lattice. The albumin solution at a temperature increase occurs in the destruction of the hydrogen bonds between the water molecules and amino acid residues (both inside macromolecules). Product Description popup.authors Алєксєєв О. Атамась Н. Бардик В. Британ А. Булавін Л. Вербинська Г. Вергун Л. Гаврюшенко Д. Григор'єв А. Забашта Ю. Загородня О. Ковальчук В. Лазаренко М. Мороз К. Ніколаєнко Т. Остапчук Ю. Рудніков Є. Свечнікова О. Сенчуров С. Сисоєв В. Ткачов С. Черевко К. popup.nrat_date 2020-04-02 Close