Microheterogeneity in mixtures of benzene with alcohols and hydrocarbons: Positron annihilation and molecular light scattering

Petr Markovich Zorky. Scientific life

“…According to him, the conservation of molecular agglomerates plays the key role in above consideration, so revealing the stable agglomerates has the prime importance. This idea was successfully used by the interpretation of biological non-equivalence of polymorphic forms of methyluracil [68] and pharmacokinetic properties of several drugs [103], by the simulation of liquid benzene structure [99] and in the investigations of various solutions [101,102]. The same concept was applied also to the explanation of some peculiarities of melting temperatures in 16 series of substituted aromatic compounds (alkyl-, alkoxy-, dialkylbenzenes etc.…”

“…Being interested in various subjects he invited to the conferences specialists working in different fields, and reports and numerous discussions with participants stimulated new themes in his investigations. So, it is quite natural that the most part of papers in this issue devoted both organic crystal chemistry [107][108][109] and structural investigations of other objects [102,[110][111][112] are presented by regular participants of these conferences.…”

The Formation Mechanism and Structure of Organic Liquids in the DFT Challenges

“…At present, this concept was confirmed and developed in the works of I.A. Abramovich and the coauthors [10][11][12][13][14][15][16][17], devoted to the structure of the liquid system in benzene and its substituted species. The specific interaction with different spatial geometry can form in a liquid bulk of molecules without hydrogen bonds.…”

Role of reaction media in "green" radiation-induced polymerization of white phosphorus

“…One might expect that, in a system containing an inorganic monomer (white phosphorus) and an amphiphilic compound such as an IL (which dissociates into ions and has an affinity to both polar and nonpolar components of the reaction medium), the structurization (2) and the formation of nanoscale aggregates can occur, as was observed in similar systems [12][13][14][15].…”

“…Based on the polarity of ILs [12], one could anticipate the formation of nanoscale agglomerates in nonpolar media (in our situation, in benzene). For example, Hanke et al [17] investigated some aspects of the interaction of ILs with aromatic compounds.…”