PHYSICAL AND CHEMICAL INTERACTION OF CARBONIC FULLERENES WITH MACROMOLECULES OF POLYMERS OF VARIOUS STRUCTURE

In this work authors make the comparative survey of structural transitions into the synthetic rubbers using the following methods: scanning calorimetry, infrared spectroscopy. The discriminant analysis of the binary comparison of spectrums in the canonical variant was used for interpretation of results of the frequency analysis. The analysis of features of behavior of various synthetic rubbers at presence of the mix of fullerenes was made. The influence of fullerenes in macromolecules of studied synthetic rubbers was shown. The efficiency of the discriminant analysis in the canonical variant is shown. The mechanism of interaction of injected fullerenes with the polymeric basis is considered. Groups of synthetic rubbers able to interact with the injected modifier are determined

Research of properties changes and surface microstructure film binders on modifications mixture of fullerenes

Changes of properties and structure of styrene-acryl film-forming polymer are investigated at its modification by a mix of carbon fullerenes. The interrelation between change of a superficial tension of solutions of polymer and change of a roughness of a surface of the cured films at modification is found. Physic-mechanical properties of new composition of mastic for processing of a surface of metalwork are defined. Recommendations are developed and practical approbation of finished goods for sealing of seams of construction designs is carried out

Synthesis and research of biological activity of adduct of the fullerenes and indolebutyric acid mixture

The possibility of synthesis of new growth regulators based on carbon fulleren and a 2-indole-3 of oleic acid and research of influence of the received adducts on plant cells (wheat “Kharkovskaja 39”) and mushrooms cells (Kuehneromyces mutabilis (sheathed woodtuft), Lentinula edodes (shiitake), Ganoderma lucidum (lingzhi mushroom), Flammulina velutipes (enokitake) is considered in the work. The received products, being in general electroneutral, represent the tsvitter-ions possessing unlimited solubility in water and ethyl alcohol that facilitates their use in microdosages for regulation of plants growth. The conducted experiments indicate high biological activity of the received substance that allows us to consider it as the new effective regulator of growth of complex action

Synthesis and research of biological activity of adduct of the fullerenes and indolebutyric acid mixture

The possibility of synthesis of new growth regulators based on carbon fulleren and a 2-indole-3 of oleic acid and research of influence of the received adducts on plant cells (wheat “Kharkovskaja 39”) and mushrooms cells (Kuehneromyces mutabilis (sheathed woodtuft), Lentinula edodes (shiitake), Ganoderma lucidum (lingzhi mushroom), Flammulina velutipes (enokitake) is considered in the work. The received products, being in general electroneutral, represent the tsvitter-ions possessing unlimited solubility in water and ethyl alcohol that facilitates their use in microdosages for regulation of plants growth. The conducted experiments indicate high biological activity of the received substance that allows us to consider it as the new effective regulator of growth of complex action

Research of properties changes and surface microstructure film binders on modifications mixture of fullerenes

Changes of properties and structure of styrene-acryl film-forming polymer are investigated at its modification by a mix of carbon fullerenes. The interrelation between change of a superficial tension of solutions of polymer and change of a roughness of a surface of the cured films at modification is found. Physic-mechanical properties of new composition of mastic for processing of a surface of metalwork are defined. Recommendations are developed and practical approbation of finished goods for sealing of seams of construction designs is carried out