Informaçao sobre o Autor

Kulov, N. N.

Edição Seção Título Arquivo
Volume 50, Nº 2 (2016) Article Intensification of the gas dissolution in the cavitating liquid
Volume 50, Nº 3 (2016) Article Experimental estimation of the vibration effect on the rate of mass transfer from a planar surface
Volume 50, Nº 4 (2016) Article Removal of heavy metal ions from water by an combined sorption–crystallization process using activated clays
Volume 50, Nº 5 (2016) Article Mass transfer in a packed extractive distillation column
Volume 50, Nº 6 (2016) Proceedings of XXV European Conference on Mixing “MIXING 15” System studies of innovative development in the business sector of chemical science (1990–2014)
Volume 51, Nº 1 (2017) Article Modeling the separation of oil sand
Volume 51, Nº 2 (2017) Article Simulation and optimization of the deprotiation cascade of a heavy-water moderator
Volume 51, Nº 3 (2017) Article Modeling of batch extractive distillation
Volume 51, Nº 4 (2017) Article Water distillation as a method of detritiation of heavy-water moderator
Volume 51, Nº 5 (2017) Article Influence of solid-surface vibrations on mass transfer
Volume 51, Nº 6 (2017) Article Chemical Equilibrium and the Kinetics of Transesterification Reactions of Fluoroorganic Esters and Acids
Volume 52, Nº 2 (2018) Article Effect of the Parameters of a Vibrating Surface and the Diffusion Properties of a Medium on the Kinetics of Mass Transfer
Volume 52, Nº 3 (2018) Article Vapor–Liquid Equilibrium of Binary Components of the BrCF2COOCH3–CF3COOH–BrCF2COOH–CF3COOCH3 Quaternary System
Volume 52, Nº 4 (2018) Article Theory and Practice of Mixing: A Review
Volume 53, Nº 1 (2019) Article Batch Reactive Distillation in Bromodifluoroacetic Acid Synthesis Technology
Volume 53, Nº 2 (2019) Article Distribution of Heavy Hydrogen and Oxygen Isotopes in Water Distillation
Volume 53, Nº 3 (2019) Article Investigation of the Phase Equilibrium in Ternary Systems Formed by 2,2,2-Trifluoroethanol, Water, and Organic Alcohols
Volume 53, Nº 5 (2019) Article Conditioning Heavy-Oxygen Water by Rectification under Vacuum