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Formation of the Energy-Efficient Platform of Hi-Tech Development of Renewable Power
Energy Saving Methods of the Industrial Power Development According to the Factors of the New Industrial Revolution
Design Methods of Organizing High-Tech Processes of Gas Combustion by Power Efficiency Criteria
Modeling of Processes of Increase in Power and Environmental Efficiency of Power Process Units
Vessel's Maneurability Assessment Using Linguistic Numbers
Simulation of Thickness-Dependent Polarization Switching in Ferroelectric Thin Films Using COMSOL Multiphysics
Assessment of the Economic Risk of Projects for the Export of Electricity from Russia to Northeast Asia
Development of an Eco-Friendly Wave-Type Engine for Small River Vessels
Vessels Traffic Data Capturing and Analysis
Economic Feasibility Assessment of Using Ammonia for Hydrogen Transportation.
Energy Saving Methods of the Industrial Power Development According to the Factors of the New Industrial Revolution
Design Methods of Organizing High-Tech Processes of Gas Combustion by Power Efficiency Criteria
Modeling of Processes of Increase in Power and Environmental Efficiency of Power Process Units
Vessel's Maneurability Assessment Using Linguistic Numbers
Simulation of Thickness-Dependent Polarization Switching in Ferroelectric Thin Films Using COMSOL Multiphysics
Assessment of the Economic Risk of Projects for the Export of Electricity from Russia to Northeast Asia
Development of an Eco-Friendly Wave-Type Engine for Small River Vessels
Vessels Traffic Data Capturing and Analysis
Economic Feasibility Assessment of Using Ammonia for Hydrogen Transportation.