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High-technology energy-efficient composite material made from waste of thermal power plants of these materials was optimized. It was shown that the components interacted with each other, and a compact
Sulfide technology based on sulfur waste product of coke productionA technology has been developed for the processing recycling of waste-sulfuric cake into building
Endonuclease from Proteus mirabilis and periplasm of Proteus mirabilis. The enzyme was isolated from the periplasm and then purified to a
Endonuclease from Proteus mirabilis and periplasm of Proteus mirabilis. The enzyme was isolated from the periplasm and then purified to a
Synthesis, structure, and biologic activity of products of reactions between dinitrodichlorobenzofuroxane and aminopyrimidines in aqueous dimethyl sulfoxide salts exhibiting a high biologic action.
Quantum chemical simulation for calculation of processes of sulfur composite materials widespread as they have a number of advantages such as strength, density, water resistance, and resistance
An unusual reaction of triphenylphosphine with dichlorodinitrobenzofuroxanA novel phosphorylation reaction of dichlorodinitrobenzofuroxan by triphenylphosphine has been
Production of sulfur composite materials from sulfur containing waste for construction applications of the developed materials resulted from a chemical interaction between the components, which favored the formation
Dependence of heat exchange efficiency during condensation of a vapor-gas mixture on the solid phase concentration using the example of a multicomponent extraction gasoline mixtureDependence of heat exchange efficiency during condensation of a vapor-gas mixture on the solid
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