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Valery Pavlovich Meshalkin - Director of the International Institute of Resource Saving Logistics and Technological Innovation, Head of the Department of Logistics and Economic Informatics of the Mendeleev university of Chemical Technology of Russia, Ch. Researcher at the Institute of General and Inorganic Chemistry. NS. Kurnakov RAS. V.P. Meshalkin - Academician of the Russian Academy of Sciences, Doctor of Technical Sciences, Professor, Honored Worker of Science of the Russian Federation and Honored Worker of Higher Education of the Russia, laureate of the Government of the Russian Federation in the field of science and technology and the President of the Russian Federation in the field of education, Honorary Worker of Higher Professional Education of the Russia. He is the author of over 1200 scientific works, including 87 books (including 4 personal monographs), 30 patents and copyright certificates, and 25 certificates of state registration of computer programs. Under his leadership, 14 doctors of sciences and more than 100 candidates of sciences were trained. He is a leading scientist in the field of analysis and synthesis of highly reliable energy-saving chemical engineering systems, and methods of calculating and managing the operation of low-waste industries with optimal specific consumption of raw materials, energy, water and structural materials and others.
It was experimentally established that the dependence of the partial pressure of methanol on the molar fraction of methanol in oil shows a pronounced negative deviation from Raoul’s law, which significantly changes the idea of the influence of a large excess of methanol during non-catalytic synthesis of biodiesel. The efficiency of use of a molar excess of methanol is reduced as it grows, and with a more than 10-fold molar excess of the amount of reacted methanol, is practically constant. The comparison of biodiesel production processes in the range 220–235 °C showed that a slight change in the process temperature more effectively affects the biodiesel yield than an increase in the molar excess of methanol. A mathematical model of the process of transesterification of rapeseed oil in reactors of various types (batch and tubular reactors) is developed. A satisfactory correlation between the experimental and calculated data was observed. The calculation showed that the rate constants of the reverse reactions at 230 °C were not significant.
Valeriy Meshalkin; Valentin Sapunov; Roman Kozlovskiy; Ivan Kozlovskiy; Dmitry Staroverov; Artur Luganskiy; Mikhail Voronov. Experimentally Calculated Study of the Effectiveness on the Process of Non-Catalytic Synthesis of Biodiesel in Reactors of Various Type. Processes 2021, 9, 1488 .
AMA StyleValeriy Meshalkin, Valentin Sapunov, Roman Kozlovskiy, Ivan Kozlovskiy, Dmitry Staroverov, Artur Luganskiy, Mikhail Voronov. Experimentally Calculated Study of the Effectiveness on the Process of Non-Catalytic Synthesis of Biodiesel in Reactors of Various Type. Processes. 2021; 9 (9):1488.
Chicago/Turabian StyleValeriy Meshalkin; Valentin Sapunov; Roman Kozlovskiy; Ivan Kozlovskiy; Dmitry Staroverov; Artur Luganskiy; Mikhail Voronov. 2021. "Experimentally Calculated Study of the Effectiveness on the Process of Non-Catalytic Synthesis of Biodiesel in Reactors of Various Type." Processes 9, no. 9: 1488.
Elena Pavlicheva; Valery Meshalkin; Anna Makarova; Sergey Chiskidov; Sergey Sosenushkin. MODELING THE SYSTEM OF ACCOUNTING FOR STUDENT LEARNING OUTCOMES IN THE FORMATION OF AN INDIVIDUAL PATH OF MULTILEVEL ENGINEERING AND TECHNOLOGICAL EDUCATION. EDULEARN21 Proceedings 2021, 5760 -5765.
AMA StyleElena Pavlicheva, Valery Meshalkin, Anna Makarova, Sergey Chiskidov, Sergey Sosenushkin. MODELING THE SYSTEM OF ACCOUNTING FOR STUDENT LEARNING OUTCOMES IN THE FORMATION OF AN INDIVIDUAL PATH OF MULTILEVEL ENGINEERING AND TECHNOLOGICAL EDUCATION. EDULEARN21 Proceedings. 2021; ():5760-5765.
Chicago/Turabian StyleElena Pavlicheva; Valery Meshalkin; Anna Makarova; Sergey Chiskidov; Sergey Sosenushkin. 2021. "MODELING THE SYSTEM OF ACCOUNTING FOR STUDENT LEARNING OUTCOMES IN THE FORMATION OF AN INDIVIDUAL PATH OF MULTILEVEL ENGINEERING AND TECHNOLOGICAL EDUCATION." EDULEARN21 Proceedings , no. : 5760-5765.
Non-hazardous chemical waste and municipal solid waste (MSW) are typically disposed in landfill sites. Therefore, the soils in these sites are heavily contaminated by hazardous polymetallic substances, accompanied by biocenosis disruption. Analyses of a landfill soil in Moscow showed that the concentration of metals (As, Cr3+, Zn, Cu, Ni, and Co) exceeded the established standards, and bacteria were the dominant microorganisms in the soil. A combination of sodium salts of gibberellic acid and ammonium salt of orthochlorophenyl acetic acid showed a positive effect on soil phytoremediation. These findings lay a foundation for the application of chelate-assisted and chemo-microbe-assisted phytoextraction processes in MSW soil remediation.
Elena Nikulina; Anna Makarova; Valery Meshalkin; Vitaly Chelnokov; Aleksey Matasov; Tatiana Avdeenkova. Integrated chemo-phyto-ecological process for the treatment of polymetal contamination in landfill sites and the consequent soil recovery. Process Safety and Environmental Protection 2021, 152, 719 -729.
AMA StyleElena Nikulina, Anna Makarova, Valery Meshalkin, Vitaly Chelnokov, Aleksey Matasov, Tatiana Avdeenkova. Integrated chemo-phyto-ecological process for the treatment of polymetal contamination in landfill sites and the consequent soil recovery. Process Safety and Environmental Protection. 2021; 152 ():719-729.
Chicago/Turabian StyleElena Nikulina; Anna Makarova; Valery Meshalkin; Vitaly Chelnokov; Aleksey Matasov; Tatiana Avdeenkova. 2021. "Integrated chemo-phyto-ecological process for the treatment of polymetal contamination in landfill sites and the consequent soil recovery." Process Safety and Environmental Protection 152, no. : 719-729.
The analysis of changing the volume of urban cargo flows under conditions of the city transport and road complex development is made, and its danger to the environment is determined. The method of decoding satellite images at different times and cartographic processing the data were applied, the result of which is a simplified and accessible form of visualization and recording a number of changes in road transport networks. In particular, this method enables creating an algorithm for predicting changes in roads and identifying the most dangerous sources of pollution in large-scale urban areas. Chemical analysis of sweep-off samples taken in 2019 for the period of spring cleaning of roads in the city of Astrakhan, in the neighbourhood of people mass gatherings, according to the required indicators was carried out. An algorithm to identify correlations between the content of pollutants in road estimates and anomalies in the intensity of traffic, the choice of chemical reagents used, etc. was developed. As a result of the research, the urgent need for environmental monitoring of the roadbed with recording the results in the database of geo-information systems was identified.
V.V. Chelnokov; V.P. Meshalkin; S.P. Strelkov; K.G. Kondrashin. Visualization of road networks remote sensing data for environmental monitoring and socio-environmental analysis of road surface impacts. Geodesy and Cartography 2021, 969, 1 .
AMA StyleV.V. Chelnokov, V.P. Meshalkin, S.P. Strelkov, K.G. Kondrashin. Visualization of road networks remote sensing data for environmental monitoring and socio-environmental analysis of road surface impacts. Geodesy and Cartography. 2021; 969 (3):1.
Chicago/Turabian StyleV.V. Chelnokov; V.P. Meshalkin; S.P. Strelkov; K.G. Kondrashin. 2021. "Visualization of road networks remote sensing data for environmental monitoring and socio-environmental analysis of road surface impacts." Geodesy and Cartography 969, no. 3: 1.
E.N. Pavlicheva; V.P. Meshalkin; N.S. Chikunov. Algorithm for processing text data for an automatic classification problem using the word2vec method. Algorithm for processing text data for an automatic classification problem using the word2vec method 2021, 1 .
AMA StyleE.N. Pavlicheva, V.P. Meshalkin, N.S. Chikunov. Algorithm for processing text data for an automatic classification problem using the word2vec method. Algorithm for processing text data for an automatic classification problem using the word2vec method. 2021; ():1.
Chicago/Turabian StyleE.N. Pavlicheva; V.P. Meshalkin; N.S. Chikunov. 2021. "Algorithm for processing text data for an automatic classification problem using the word2vec method." Algorithm for processing text data for an automatic classification problem using the word2vec method , no. : 1.
Valery Kalinitchenko; Alexey Glinushkin; Valery Meshalkin; Alexander Savostyanov; Gudkov Sergey; Tatiana Minkina; Dmitry Makarenkov; Lyudmila Ilyina. Biogeosystem technique for the biofuel (and synthesis gas, methane) environmentally safe expanded production. 2020, 1 .
AMA StyleValery Kalinitchenko, Alexey Glinushkin, Valery Meshalkin, Alexander Savostyanov, Gudkov Sergey, Tatiana Minkina, Dmitry Makarenkov, Lyudmila Ilyina. Biogeosystem technique for the biofuel (and synthesis gas, methane) environmentally safe expanded production. . 2020; ():1.
Chicago/Turabian StyleValery Kalinitchenko; Alexey Glinushkin; Valery Meshalkin; Alexander Savostyanov; Gudkov Sergey; Tatiana Minkina; Dmitry Makarenkov; Lyudmila Ilyina. 2020. "Biogeosystem technique for the biofuel (and synthesis gas, methane) environmentally safe expanded production." , no. : 1.
A logical-informational model of energy resource-efficient chemical technology for the utilization of hydrogen sulfide and low molecular alkanethiols, which are toxic and difficult to remove sulfur components of residual fuel (fuel oil), is proposed. Based on the IDEF1 methodology and existing knowledge about the technological processes of the demercaptanization of various hydrocarbon raw materials (oils, gas condensates), a scheme for the production of organic sulfur compounds from sulfur waste extracted from fuel oil has been modeled. For a sufficiently complete removal of hydrogen sulfide and low molecular weight alkanethiols, energy- and resource-saving stages of the technological process have been developed, which are implemented by ultrasonic and/or magnetic treatment of fuel oil. It is proposed to use the combined action of two alternative methods of processing fuel oil to increase the efficiency of cleaning fuel oil from sulfur components. For the first time, an approach has been developed to utilize unwanted sulfuric impurities contained in fuel oil by involving electric and microwave synthesis in green technological processes, to obtain practically useful organic sulfur compounds with biological activity. It is shown that the use of one-electron oxidant thiols and hydrogen sulfide in organic media leads to the synthesis of organic disulfides and elemental sulfur. Indirect (with the use of mediators) electrosynthesis contributes to the cyclic conduct of the technological process, an increase in efficiency and a decrease in energy consumption compared to the direct (on electrodes) initiation of sulfur components.
Valery Meshalkin; Elena Shinkar; Nadezhda Berberova; Nadezhda Pivovarova; Foat Ismagilov; Andrey Okhlobystin. Logical-Information Model of Energy-Saving Production of Organic Sulfur Compounds from Low-Molecular Sulfur Waste Fuel Oil. Energies 2020, 13, 5286 .
AMA StyleValery Meshalkin, Elena Shinkar, Nadezhda Berberova, Nadezhda Pivovarova, Foat Ismagilov, Andrey Okhlobystin. Logical-Information Model of Energy-Saving Production of Organic Sulfur Compounds from Low-Molecular Sulfur Waste Fuel Oil. Energies. 2020; 13 (20):5286.
Chicago/Turabian StyleValery Meshalkin; Elena Shinkar; Nadezhda Berberova; Nadezhda Pivovarova; Foat Ismagilov; Andrey Okhlobystin. 2020. "Logical-Information Model of Energy-Saving Production of Organic Sulfur Compounds from Low-Molecular Sulfur Waste Fuel Oil." Energies 13, no. 20: 5286.
Physicochemical and technological foundations were developed for a new energy-efficient electrochemical process of soil decontamination to remove oil and petroleum products, which does not require soil excavation or special chemical reagents. Experimental and theoretical studies characterized the dependences of the content of petroleum products in soils of various types during decontamination by passing low-density direct electric currents through the soils. The new electrochemical process of soil decontamination was proposed to be implemented in an original system in which electrodes are so arranged on a plot of land being treated that the electrical resistivity between the electrodes is reduced. A procedure was developed for calculating the energy consumption by the oil-contaminated soil treatment system, the number of electrodes, and the voltage, depending on the soil properties, the contamination area and depth, the parameters of electrodes, and the required degree of decontamination. Soil samples before and after decontamination were analyzed.
V. P. Meshalkin; N. S. Shulayev; V. V. Pryanichnikova. Experimental and Theoretical Engineering of Energy-Efficient Electrochemical Process of Soil Remediation to Remove Oil Contaminants. Doklady Chemistry 2020, 491, 61 -64.
AMA StyleV. P. Meshalkin, N. S. Shulayev, V. V. Pryanichnikova. Experimental and Theoretical Engineering of Energy-Efficient Electrochemical Process of Soil Remediation to Remove Oil Contaminants. Doklady Chemistry. 2020; 491 (2):61-64.
Chicago/Turabian StyleV. P. Meshalkin; N. S. Shulayev; V. V. Pryanichnikova. 2020. "Experimental and Theoretical Engineering of Energy-Efficient Electrochemical Process of Soil Remediation to Remove Oil Contaminants." Doklady Chemistry 491, no. 2: 61-64.
V.M. Kiselev; S.V. Savinkov; V.A. Terentyev; V.P. Meshalkin. Cognitive Communications: Information Support of Management Decisions. Proceedings of the International Science and Technology Conference "FarEastСon" (ISCFEC 2019) 2019, 1 .
AMA StyleV.M. Kiselev, S.V. Savinkov, V.A. Terentyev, V.P. Meshalkin. Cognitive Communications: Information Support of Management Decisions. Proceedings of the International Science and Technology Conference "FarEastСon" (ISCFEC 2019). 2019; ():1.
Chicago/Turabian StyleV.M. Kiselev; S.V. Savinkov; V.A. Terentyev; V.P. Meshalkin. 2019. "Cognitive Communications: Information Support of Management Decisions." Proceedings of the International Science and Technology Conference "FarEastСon" (ISCFEC 2019) , no. : 1.
V.V. Bondar; E.G. Vinokurov; V.P. Meshalkin; L.A. Grigoryan. Visualisation of the organic compounds' structural graphs generated upon the user's query. Scientific Visualization 2018, 10, 133 -143.
AMA StyleV.V. Bondar, E.G. Vinokurov, V.P. Meshalkin, L.A. Grigoryan. Visualisation of the organic compounds' structural graphs generated upon the user's query. Scientific Visualization. 2018; 10 (3):133-143.
Chicago/Turabian StyleV.V. Bondar; E.G. Vinokurov; V.P. Meshalkin; L.A. Grigoryan. 2018. "Visualisation of the organic compounds' structural graphs generated upon the user's query." Scientific Visualization 10, no. 3: 133-143.
Two methodologies for developing a specialized ontology for chemical technology of reagents and special-purity substances were proposed. One of them is a methodology for developing the structure and conceptual content of a specialized ontology for the chemistry and technology of production of reagents and special- purity substances. The other is a methodology for using the specialized ontology in interactive intelligent systems for semantic processing of science and technology texts.
V. P. Meshalkin; E. A. Panina. Methodology for Developing a Specialized Ontology for Chemical Technology of Reagents and Special-Purity Substances. Doklady Chemistry 2018, 479, 71 -75.
AMA StyleV. P. Meshalkin, E. A. Panina. Methodology for Developing a Specialized Ontology for Chemical Technology of Reagents and Special-Purity Substances. Doklady Chemistry. 2018; 479 (2):71-75.
Chicago/Turabian StyleV. P. Meshalkin; E. A. Panina. 2018. "Methodology for Developing a Specialized Ontology for Chemical Technology of Reagents and Special-Purity Substances." Doklady Chemistry 479, no. 2: 71-75.
While the problem of the optimal operation of gas networks has been the object of a large amount of research work, the inclusion of market mechanisms and environmental issues, leading to more complex models resulting in stochastic multiobjective optimization algorithms, has not been considered in its generality. The goal of this article is double: to identify the most general models and algorithms, capable of providing a complete decision support tool, and to show how simplified models can be obtained from them if the complexity of the network makes it necessary to reduce the computational burden.
Max-Sebastian Dovì; Valery P. Meshalkin. Mathematical Methods for the Multi-Criteria Optimization of Structure and Management of Energy Efficient Gas Supply Chains. Theoretical Foundations of Chemical Engineering 2017, 51, 1080 -1091.
AMA StyleMax-Sebastian Dovì, Valery P. Meshalkin. Mathematical Methods for the Multi-Criteria Optimization of Structure and Management of Energy Efficient Gas Supply Chains. Theoretical Foundations of Chemical Engineering. 2017; 51 (6):1080-1091.
Chicago/Turabian StyleMax-Sebastian Dovì; Valery P. Meshalkin. 2017. "Mathematical Methods for the Multi-Criteria Optimization of Structure and Management of Energy Efficient Gas Supply Chains." Theoretical Foundations of Chemical Engineering 51, no. 6: 1080-1091.
V. P. Meshalkin; V. A. Kolesnikov; A. V. Desyatov; A. D. Milyutina; A. V. Kolesnikov. Physicochemical efficiency of electroflotation of finely divided carbon nanomaterial from aqueous solutions containing surfactants. Doklady Chemistry 2017, 476, 219 -222.
AMA StyleV. P. Meshalkin, V. A. Kolesnikov, A. V. Desyatov, A. D. Milyutina, A. V. Kolesnikov. Physicochemical efficiency of electroflotation of finely divided carbon nanomaterial from aqueous solutions containing surfactants. Doklady Chemistry. 2017; 476 (1):219-222.
Chicago/Turabian StyleV. P. Meshalkin; V. A. Kolesnikov; A. V. Desyatov; A. D. Milyutina; A. V. Kolesnikov. 2017. "Physicochemical efficiency of electroflotation of finely divided carbon nanomaterial from aqueous solutions containing surfactants." Doklady Chemistry 476, no. 1: 219-222.
The morphosyntactic algorithm for computer-assisted semantic graphical analysis of the systematic names of fundamental and modified aliphatic compounds has been proposed. The algorithm uses the procedure for the decomposition of the initial name of an organic compound as a composite word into simple constituent morphemes and the production rules of convolution grammar for descriptive graphical representation of the initial composite name of an aliphatic compound, which allows one to generate molecular graphs of chemical compounds are needed for the computer-assisted generation of texts of science and technology (chemistry) and linguistic support of the CALS-technologies at all stages of the life cycle of aliphatic compounds.
V. P. Meshalkin; V. V. Bondar’; Evgeny Vinokurov; L. A. Grigoryan. Morphosyntactic algorithm for computer-assisted analysis of systematic names of fundamental and modified aliphatic compounds. Theoretical Foundations of Chemical Engineering 2017, 51, 752 -758.
AMA StyleV. P. Meshalkin, V. V. Bondar’, Evgeny Vinokurov, L. A. Grigoryan. Morphosyntactic algorithm for computer-assisted analysis of systematic names of fundamental and modified aliphatic compounds. Theoretical Foundations of Chemical Engineering. 2017; 51 (5):752-758.
Chicago/Turabian StyleV. P. Meshalkin; V. V. Bondar’; Evgeny Vinokurov; L. A. Grigoryan. 2017. "Morphosyntactic algorithm for computer-assisted analysis of systematic names of fundamental and modified aliphatic compounds." Theoretical Foundations of Chemical Engineering 51, no. 5: 752-758.
The management of the economy and the mathematical formulation of the problem of optimal dynamic (multiperiod) logistic planning of the initial and modified supply chain of a gas condensate stabilization plant has been suggested in the form of a multidimensional mixed-integer linear programming problem. An interactive procedure for solving this problem has been developed using the Oracle Strategic Network Optimization software suite. Optimal logistic planning parameters have been calculated for the new modified supply chain with the commissioning of a new plant for processing a wide fraction of light hydrocarbons.
V. P. Meshalkin; O. V. Rakitina. Optimal dynamic logistic planning of the supply chain of a gas condensate stabilization plant. Theoretical Foundations of Chemical Engineering 2017, 51, 392 -403.
AMA StyleV. P. Meshalkin, O. V. Rakitina. Optimal dynamic logistic planning of the supply chain of a gas condensate stabilization plant. Theoretical Foundations of Chemical Engineering. 2017; 51 (4):392-403.
Chicago/Turabian StyleV. P. Meshalkin; O. V. Rakitina. 2017. "Optimal dynamic logistic planning of the supply chain of a gas condensate stabilization plant." Theoretical Foundations of Chemical Engineering 51, no. 4: 392-403.
The design and operating principles of an interactive system of semantic processing, i.e., understanding the meaning, of scientific and technical texts on chemical technology of reagents and ultrapure substances have been presented. Understanding of the meaning of scientific and technical texts has been implemented through the development of intelligent software of a dialogue system, which includes semantic and topological models of knowledge representation, as well as special languages of the automated generation of meaning. Understanding of the basic terms, concepts, and phrases in the limited natural language of the problem area has been presented in the form of the internal representation of the knowledge and language of control directives.
V. P. Meshalkin; E. A. Panina; R. S. Bykov. Principles of developing an interactive system for the semantic processing of scientific and technical texts on chemical technology of reagents and ultrapure substances. Theoretical Foundations of Chemical Engineering 2015, 49, 422 -426.
AMA StyleV. P. Meshalkin, E. A. Panina, R. S. Bykov. Principles of developing an interactive system for the semantic processing of scientific and technical texts on chemical technology of reagents and ultrapure substances. Theoretical Foundations of Chemical Engineering. 2015; 49 (4):422-426.
Chicago/Turabian StyleV. P. Meshalkin; E. A. Panina; R. S. Bykov. 2015. "Principles of developing an interactive system for the semantic processing of scientific and technical texts on chemical technology of reagents and ultrapure substances." Theoretical Foundations of Chemical Engineering 49, no. 4: 422-426.
This article considers the solution of critical economic problems, improving the organization of air pollution monitoring of chemically hazard objects with the help of modern information measurement and control system, which seeks to ensure environmental services information about air pollution and support management decisionmaking to improve environmental conditions. Enhanced informationmeasuring and control system for monitoring air pollution solve a number of problems (storage and retrieval of information on the state of the regime of environment; purposeful constant processing and evaluation of information; implementation of permanent development forecasts and environment; solution of optimization problems in management decisions). System monitoring of air pollution is a set of mathematical methods, programming methods and technical means to ensure sustainable management of complex object. This article shows the tasks, which were solved with the help of the system, and generalized block diagram of information measurement and control environmental monitoring system. The main components of this system are described (knowledge base, base, software, functional part), and its main elements are shown. The paper also presents an algorithm of formation of system, including the following components: continuous collection of environmental and meteorological information; recording and storage of information; transformation of information into a form, which is most comfortable for analysis; generating recommendations for management decisions.
V. P. Meshalkin; Valery Lesnykh; Putilov A. V; A. A. Goryunkova; Moscow Jsc “Gazekonomika”. Organization of monitoring of atmosphere pollution by chemically hazardous objects. Tsvetnye Metally 2015, 85 -88.
AMA StyleV. P. Meshalkin, Valery Lesnykh, Putilov A. V, A. A. Goryunkova, Moscow Jsc “Gazekonomika”. Organization of monitoring of atmosphere pollution by chemically hazardous objects. Tsvetnye Metally. 2015; ():85-88.
Chicago/Turabian StyleV. P. Meshalkin; Valery Lesnykh; Putilov A. V; A. A. Goryunkova; Moscow Jsc “Gazekonomika”. 2015. "Organization of monitoring of atmosphere pollution by chemically hazardous objects." Tsvetnye Metally , no. : 85-88.
This article shows the results of creative activity of Academician Viktor V. Kafarov in the field of science, high technical education, theory and practice of chemical technology. Together with his followers, V. Kafarov made a great contribution in theoretical aspects of chemical technology, connected with the problems of the following activities: mathematical regulation, calculation, optimization and designing of chemical-technological processes; development of engineering-instrument designing of these processes; development of principles and methods of analysis of complex chemical-technological systems, synthesis of resource-saving ecologicallysafe systems and other main problems of chemical technology development. Academician Viktor V. Kafarov was one of organizers and leaders of scientific-information service in Russia. The main field of his activity was high education and preparation of high qualified personnel for science, industry and high school.
V. A. Kolesnikov; V. P. Meshalkin; A. P. Zhukov. To the 100-th anniversary of Academician Viktor V. Kafarov. Tsvetnye Metally 2015, 46 -49.
AMA StyleV. A. Kolesnikov, V. P. Meshalkin, A. P. Zhukov. To the 100-th anniversary of Academician Viktor V. Kafarov. Tsvetnye Metally. 2015; ():46-49.
Chicago/Turabian StyleV. A. Kolesnikov; V. P. Meshalkin; A. P. Zhukov. 2015. "To the 100-th anniversary of Academician Viktor V. Kafarov." Tsvetnye Metally , no. : 46-49.
R.A. Kantyukov; V.P. Meshalkin; V.M. Panarin; A.A. Goryunkova; R.K. Gimranov; I.V. Rizhenkov; R.R. Kantyukov. MONITORING SYSTEM AND SAFETY IN HEATING SYSTEMS AND AT NGV FILLING STATIONS NATURAL GAS. Oil and Gas Business 2015, 307 -325.
AMA StyleR.A. Kantyukov, V.P. Meshalkin, V.M. Panarin, A.A. Goryunkova, R.K. Gimranov, I.V. Rizhenkov, R.R. Kantyukov. MONITORING SYSTEM AND SAFETY IN HEATING SYSTEMS AND AT NGV FILLING STATIONS NATURAL GAS. Oil and Gas Business. 2015; (1):307-325.
Chicago/Turabian StyleR.A. Kantyukov; V.P. Meshalkin; V.M. Panarin; A.A. Goryunkova; R.K. Gimranov; I.V. Rizhenkov; R.R. Kantyukov. 2015. "MONITORING SYSTEM AND SAFETY IN HEATING SYSTEMS AND AT NGV FILLING STATIONS NATURAL GAS." Oil and Gas Business , no. 1: 307-325.
We propose Monte Carlo simulation of the etching process in two dimensions for the manufacture of microchannels and microcavities on a solid substrate. The method combines the effect of two different regimes based on diffusion-limited disaggregation and reaction-limited erosion, respectively. Besides, the role of the selectivity in site extraction is taken into account to foresee the effects of the temperature of the eroding bath. This technique proves to be a valid alternative to more complex analytical methods to describe surface decay processes in the presence of overhangs. The relevant geometries of the etched surfaces are analyzed, and other statistical properties of the cavities are discussed and compared to the ones predicted by continuum models.
A. P. Reverberi; B. Fabiano; V. G. Dovì; V. P. Meshalkin. Monte Carlo modelling of wet-chemical lithography with masks. Theoretical Foundations of Chemical Engineering 2013, 47, 570 -576.
AMA StyleA. P. Reverberi, B. Fabiano, V. G. Dovì, V. P. Meshalkin. Monte Carlo modelling of wet-chemical lithography with masks. Theoretical Foundations of Chemical Engineering. 2013; 47 (5):570-576.
Chicago/Turabian StyleA. P. Reverberi; B. Fabiano; V. G. Dovì; V. P. Meshalkin. 2013. "Monte Carlo modelling of wet-chemical lithography with masks." Theoretical Foundations of Chemical Engineering 47, no. 5: 570-576.