Ramil G Bulgakov

We don’t have enough information about this author to calculate their statistics. If you think this is an error let us know.
Learn More
Currently, there are no comparative studies on the possible routes of decay of fullerenyl radicals. Such information is required for development of new synthetic approaches to the fullerene derivatives, obtained via radical reactions, and understanding mechanisms of oxidative destruction of fullerene-containing materials. In the present work, we have(More)
Currently, bisadducts of C60 and C70 fullerenes are widely studied as electron-acceptor materials for organic solar cells. These compounds are usually used as mixtures of the positional isomers. However, as recently shown, the separate use of the purified isomers with lowest anisotropies of polarizability may enhance solar cell output parameters. To predict(More)
Three modes of synchronous ozone addition ([6.6]-, [5.6]-, and 1,4-addition) to C(60) fullerene and three modes of ozone addition to C(70) (ab-, cc-, and de-addition) have been studied using density functional theory calculations. Comparison of activation enthalpies shows that in the case of C(60), [6.6]-addition of ozone is the most favorable energetically(More)
Currently, the exaltation of polarizability of (C60)2 dimers has been predicted with DFT-methods (D. Sh. Sabirov, RSC Adv., 2013, 3(42), 19430). It consists of an increase in the polarizability when two C60 molecules are united, forming a [2+2]-dimer. In the present work, we point attention to the bicage structures of the other fullerenes, which are(More)
Sanitary-chemical and sanitary-toxicological methods were used to study two repurification schemes for biologically purified waste waters from a petrochemical industrial complex. These repurification schemes were, (1) filtration through quartz sand, adsorption to activated charcoal, chlorination; (2) coagulation, filtration through quartz sand, adsorption(More)
  • 1