InhaltsangabePower Systems Engineering Science and Techno1ogy. Generation And Alleviation of Combustion Instabilities In Swirling Flow; N. Syred.-Modern Trends of Power Engineering Development; A. Rizhkov et al.- Influence of The Beat-And-Power Plants of Ukraine on The Environment And Primary Ways of Pollution Reduction; A. Babyak et al.- Techniques to Limit No Emissions;L. Szecowka and M. Poskart.-Development of Energy Technology For Burning Brown Coal With A Selection of Iron Liquid Slag, Together With Carbon Dioxide Utilization; M. Nosirovich.- Intensified Fluidized Bed Burning of The Angren Brown Coal Containing An Increased Amount of Ash; R. Babahodzhaev.- Thermodynamics of Modern Low - Emission (Low - Nox) Processes In The Combustion of Hydrocarbon Fuels; B. Soroka.- Current Status And Challenges Within Fluidized Bed Combustion; M. Hupa.- Fluiidized Bed Combustion Is The Universal Technology of Firing Fossil Fuels And Various Types of Wastes; V. Borodulya.- Solid Fuel Combustion Techniques and Augmentation. Plasma Supported Coal Combustion Modelling and Full-Scale Trials; V. Messerle and A. Ustimenko.- Investigation of Pulverized Coal Combustion; A. Burdukov and V. Popov.- Solid Fuel Plasma Gasification; V. Messerle and A. Ustimenko.- Environmental and Related Studies. Some Advances In Two-Phase Thermo-Fluid Research For Environmental Protection And Pollution Reduction; P. Bowen.- Cfd Modeling of Gas Release And Dispersion: Rediction of Flammable Gas Clouds; V. Agranat et al.- Turbulent Combustion And Thermal Radiation In A Massive Fire; A. Snegirev and S. Isaev.- Mathematical Model of Filtered Isolation In A High Temperature Furnace With Oriented Injection of The Cooler; E. Sergievskij.- Biomass and Alternative Fuels. Development of Biomass And Gas Co-Firing Technology To Reduce Greenhouse Gaseous Emissions; I. Barmina et al.- Investigations of Institute For Engineering Thermophysics (Thermogasdynamics Department) In The Area of Combustion And Gasification of Alternative Fuels; A. Khalatov et al.- Combined Energetic & Environmental Fundamentals of Selection of The Fuel Type To Ensure The Production Processes: Theory & Applications; P. Sandor and B. Soroka.-Reduction And Treatment of Waste In Power Generation; A. Griffiths and K. Williams.-Boilers, Furnaces and Related Systems. Cleaning of Flue Gases of Thermal Power Stations From Ash And Sulphur Dioxide By Emulsifier - Wet Cleaning Unit; S. Borysenko et al.-Advanced High-Efficiency And Low Emission Gas-Fired Drum Drying Technology; Y. Chudnovsky and A. Kozlov. The Organization of Internal Recirculation of Smoke Gases In Reversive Water-Cooled Chambers of Combustion Of Boilers For Their Modernization; V. Demchenko et al.- Engine Emission Control Using Optimized Cooling Air Distribution Between Combustor And Turbine Hot Section; B Glezer.-The Influence of Moisture In Air on The Working Efficiency of Boilers In The Industrial And Municipal Energy Sectors; A. Sigal and A. Dolinsky.- New and Novel Techniques for Power Systems. Flameless Oxidation Technology; A. Milani and J. Wunning.- Pulse Detonation Engines: Advantages And Limitations; N. Smirnov.- The Trapped Vortex Combustor: An Advanced Combustion Technology For Aerospace And Gas Turbine Applications; C. Bruno and M. Losurdo.- The Role Of Fuel Cells In Generating Clean Power And Reducing Greenhouse Gas Emissions; S. Ali.- Active Electric Control of Emissions From Swirling Combustion; I. Barmina et al.- influence of gas discharge plasma on combustion of a high speed hydrocarbon flow; V. Shibkov et al.- Variable Fuel Placement Injector Development; K. Brundish et al.- Comparative Study of Equilibrium And Non-Equilibrium Evaporation Models For Vaporizing Droplet Arrays At High-Pressure; G. Lamanna et al.-Results of Environmental Retrofit For Gas Pipeline Gas-Pumping Units; A. Soudarev et al.-Application Of Advanced Technologies In Production of Low Emission Combustors And Turbine Components; N. Turoff.-

InhaltsangabePower Systems Engineering Science and Techno1ogy. Generation And Alleviation of Combustion Instabilities In Swirling Flow; N. Syred.-Modern Trends of Power Engineering Development; A. Rizhkov et al.- Influence of The Beat-And-Power Plants of Ukraine on The Environment And Primary Ways of Pollution Reduction; A. Babyak et al.- Techniques to Limit No Emissions;L. Szecowka and M. Poskart.-Development of Energy Technology For Burning Brown Coal With A Selection of Iron Liquid Slag, Together With Carbon Dioxide Utilization; M. Nosirovich.- Intensified Fluidized Bed Burning of The Angren Brown Coal Containing An Increased Amount of Ash; R. Babahodzhaev.- Thermodynamics of Modern Low - Emission (Low - Nox) Processes In The Combustion of Hydrocarbon Fuels; B. Soroka.- Current Status And Challenges Within Fluidized Bed Combustion; M. Hupa.- Fluiidized Bed Combustion Is The Universal Technology of Firing Fossil Fuels And Various Types of Wastes; V. Borodulya.- Solid Fuel Combustion Techniques and Augmentation. Plasma Supported Coal Combustion Modelling and Full-Scale Trials; V. Messerle and A. Ustimenko.- Investigation of Pulverized Coal Combustion; A. Burdukov and V. Popov.- Solid Fuel Plasma Gasification; V. Messerle and A. Ustimenko.- Environmental and Related Studies. Some Advances In Two-Phase Thermo-Fluid Research For Environmental Protection And Pollution Reduction; P. Bowen.- Cfd Modeling of Gas Release And Dispersion: Rediction of Flammable Gas Clouds; V. Agranat et al.- Turbulent Combustion And Thermal Radiation In A Massive Fire; A. Snegirev and S. Isaev.- Mathematical Model of Filtered Isolation In A High Temperature Furnace With Oriented Injection of The Cooler; E. Sergievskij.- Biomass and Alternative Fuels. Development of Biomass And Gas Co-Firing Technology To Reduce Greenhouse Gaseous Emissions; I. Barmina et al.- Investigations of Institute For Engineering Thermophysics (Thermogasdynamics Department) In The Area of Combustion And Gasification of Alternative Fuels; A. Khalatov et al.- Combined Energetic & Environmental Fundamentals of Selection of The Fuel Type To Ensure The Production Processes: Theory & Applications; P. Sandor and B. Soroka.-Reduction And Treatment of Waste In Power Generation; A. Griffiths and K. Williams.-Boilers, Furnaces and Related Systems. Cleaning of Flue Gases of Thermal Power Stations From Ash And Sulphur Dioxide By Emulsifier - Wet Cleaning Unit; S. Borysenko et al.-Advanced High-Efficiency And Low Emission Gas-Fired Drum Drying Technology; Y. Chudnovsky and A. Kozlov. The Organization of Internal Recirculation of Smoke Gases In Reversive Water-Cooled Chambers of Combustion Of Boilers For Their Modernization; V. Demchenko et al.- Engine Emission Control Using Optimized Cooling Air Distribution Between Combustor And Turbine Hot Section; B Glezer.-The Influence of Moisture In Air on The Working Efficiency of Boilers In The Industrial And Municipal Energy Sectors; A. Sigal and A. Dolinsky.- New and Novel Techniques for Power Systems. Flameless Oxidation Technology; A. Milani and J. Wunning.- Pulse Detonation Engines: Advantages And Limitations; N. Smirnov.- The Trapped Vortex Combustor: An Advanced Combustion Technology For Aerospace And Gas Turbine Applications; C. Bruno and M. Losurdo.- The Role Of Fuel Cells In Generating Clean Power And Reducing Greenhouse Gas Emissions; S. Ali.- Active Electric Control of Emissions From Swirling Combustion; I. Barmina et al.- influence of gas discharge plasma on combustion of a high speed hydrocarbon flow; V. Shibkov et al.- Variable Fuel Placement Injector Development; K. Brundish et al.- Comparative Study of Equilibrium And Non-Equilibrium Evaporation Models For Vaporizing Droplet Arrays At High-Pressure; G. Lamanna et al.-Results of Environmental Retrofit For Gas Pipeline Gas-Pumping Units; A. Soudarev et al.-Application Of Advanced Technologies In Production of Low Emission Combustors And Turbine Components; N. Turoff.-