name
Kamenskih Aleksandr Dmitrievich
Scholastic degree
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Academic rank
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Honorary rank
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Organization, job position
• Volga State University of Technology
инженер
Research interests
утилизация органических отходов, процессы получения экологически чистых энергоносителей
Web site url
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Current rating (overall rating of articles)
0
TOP5 co-authors
Articles count: 19
Сформировать список работ, опубликованных в Научном журнале КубГАУ
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Description
The article describes the details of modeling of catalytic systems for the production and conversion of energy in anaerobic digestion of organic manure. We have also presented a simulation mathematical model that establishes the relationship between structural and technological parameters of catalytic systems and the parameters characterizing the efficiency of the catalytic system in the production and conversion of thermal energy in the anaerobic treatment of organic manure
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Description
The article presents a simulation mathematical model of technical and technological systems for heating livestock complex, which establishes the relationship between the structural and technological parameters of the technical and technological system and the parameters characterizing the efficiency of their operation in the process of heat transfer at the heat supply of the livestock sector
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SIMULATED MACHINES FOR SOIL TREATMENT FOR FELLING AND SLASH AREAS
Description
The article presents the results of a simulation of functioning machines for tillage in AutoCAD Mechanical environment, the algorithm of machine work and the results of numerical experiments on the developed model
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INFRARED HEATERS WITH NON-STATIONARY CATALYTIC FILLER
Description
The article describes currently used catalytic systems, the rationale for improving the design solutions and technical solutions proposed by the authors of infrared heaters with non-stationary catalytic filler
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INFRARED HEATER WITH DIRECTIONAL MOVEMENT OF CATALYTIC FILLER
Description
The article describes the new variants of design of infrared heaters with directional movement of the catalytic filler. We have explained in detail the principle of functioning of the devices and proposed to use infrared heaters within the complex with special materials
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Description
The article presents the description of the models of catalytic combustion systems, bioreactor for anaerobic digestion of organic waste and the research stand developed by the authors, which are the elements of the experimental sample of catalytic systems for the production and transformation of energy and allow us to study features of functioning of the catalyst systems in the anaerobic treatment of organic waste
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Description
The article assesses the energy efficiency of the technical and technological systems based on catalytic combustion systems nutrient liquid and gaseous fuels for heating various production facilities and agro-forestry systems
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Description
The article describes the characteristics of the modeling of energy supply of territorial agricultural and silvicultural bio-energy sector. It also presents the principles of modeling and description of the model of the generation process
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NONSTATIONARY CATALYTIC SYSTEMS FOR THE PROCESSES OF BIOGAS PRODUCTION
Description
The new circuit-design solutions of catalytic systems for the processes of producing biogas from organic waste are proposed. They are based on the analysis of existent tech. solutions. The interaction features of the flow of reactants to the catalytic filler in the proposed catalytic systems allow us to intensify the process of reaction, as well as to optimize the design features of catalytic systems based on the technological process
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OPTIMIZATION OF DESIGN AND TECHNOLOGICAL PARAMETERS OF A DEVICE FOR SOIL TREATMENT ON TREE FELLING
Description
The results of the optimization of the design and technological parameters of a device for circular soil tillage in forest cutovers have been obtained. The description of the approaches to modeling of circular soil tillage, optimization mathematical model of soil tillage and obtained results are given in the article
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