Автор туралы ақпарат

Tarantseva, K.

Шығарылым Бөлім Атауы Файл
Том 52, № 1-2 (2016) Industrial Ecology Comparative Analysis of Technogenic Loading from β-Lactam Cephalosporin Production
Том 52, № 5-6 (2016) Safety, Diagnosis, and Repair Prediction of the Remaining Life and Evaluation of Risks with the Use of Gas Cylinders
Том 52, № 7-8 (2016) Article Investigation of the Non-Oxidative Pyrolysis of Formaldehyde-Containing Wastes
Том 51, № 9-10 (2016) Industrial Ecology Comprehensive Assessment of Wastewater Quality in the Production of Cephalexin Monohydrate
Том 52, № 9-10 (2017) Industrial Ecology Research of Regularities of Medium-Temperature Nonoxidizing Pyrolysis of Oily Waste
Том 53, № 7-8 (2017) Article Influence of Electric Field Frequency on the Process of Destruction of Water-Oil Emulsions in Electric Dehydrators
Том 53, № 11-12 (2018) Article Influence of Turbulence on the Processes of Creation and Destruction of Water-Oil Emulsions During Crude Oil Desalting
Том 53, № 11-12 (2018) Article Influence of Electric Field Strength on the Processes of Destruction and Creation of Water-Oil Emulsions During Crude Oil Desalting
Том 53, № 11-12 (2018) Article Effect of Electric Field Nonuniformity on the Processes of Creation and Destruction of Water-Oil Emulsions During Crude Oil Desalting
Том 53, № 11-12 (2018) Article Analysis of Methods for Improving the Efficiency of Coalescence Process in Electric Oil Desalination and Dehydration Plants
Том 53, № 11-12 (2018) Materials Science and Corrosion Protection Analysis of Problems Arising in the Selection of Corrosion-Resistant Materials
Том 54, № 11-12 (2019) Safety. Diagnostics. Maintenance Predicting the Useful Life of Gas Cylinders in the Course of Technical Inspection
Том 55, № 5-6 (2019) Automation of Numerical Analyses and Design Analysis of Potential for Use of Modern Computer Technologies for Studying the Hydrodynamics of an Incompressible Fluid in the Workspace of an Apparatus
Том 55, № 5-6 (2019) Article Development of a Mixer Design Using Numerical Methods to Calculate Flow Hydrodynamics in the Working Volume

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