SUBJECT CLASSIFICATIONS FOR ENERGY. 1 Heat Transfer and Heat Pumps Heating/cooling Systems Heat Pumps Heat Convection

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1 SUBJECT CLASSIFICATIONS FOR ENERGY 1 Heat Transfer and Heat Pumps Heating/cooling Systems Heat Pumps Heat Convection Thermal Energy Storage Absorption and Adsorption Machines Energy Conservation 2 Energy Conversion and Efficiency Gas Cycles Steam Cycles Energy Recovery Diesel Engines Combined Cycles Supercritical Steam Cycles Combustion Emission Control Energy Management 3 District Heating and Cooling and CAES District Heating District Cooling Compressed Air Energy Storage Heat Demands Cooling Demands

2 4 Energy in Buildings Energy Efficiency Industrial Processes Low energy Buildings Energy Savings in Buildings Central Heating systems Heat Losses in Buildings 5 Solar Thermal Solar Modeling Solar Radiation Solar boilers Solar Absorption Solar Air Heating Solar Collectors and Concentrators Solar Ponds 6 Geothermal and Organic Rankine Cycle Ground Thermal Applications Resource Potentials Organic Rankine Cycle 7 Thermodynamics Thermodynamic Analysis Exergy Analysis Entropy Analysis

3 7.040 Second Law Analysis Energy Analysis Irreversible Thermodynamics Nonequilibrium Thermodynamics 8 Fossil Fuels Coal and Lignite Natural Gas Oil and Oil Shale Demand Industry and Refineries Mining Supply Pricing and Policy OPEC Coal Gasification 9 Biofuels and Biomass in Engines and Turbines Palm Oil Biodiesel Biogas Biofuel Biomass Charcoal Biofuels in combustion engines Biomass in gas and steam turbine cycles

4 10 Biomass and waste gasification and conversion to biofuels Gasification Combustion/Incineration Pyrolysis Waste 11 Energy inputs in crop/biofuel production Life Cycle Assessment Industry Input/output Energy use in crops production 12 Hydrogen, Fuel Cells, Energy Carriers and Storage Hydrogen Fuel Cells Electrolysers Battery Pumped Hydro Flywheel Superconducting Magnetic Supercapacitors 13 Electricity Demand, Smart Grid and Smart Energy Systems Electricity Markets Flexible Demands Load dispatch Price Elasticity Surveys Demand Forecasting

5 Electricity Savings 14 Wind Power Fluctuations in Wind Speed and Production Wind Energy Potentials Wind Turbine Designs Wind Farms Planning and Project Development 15 Renewable Energy Photovoltaic Wave Power Tidal Power Thermal Solar Power Ocean Thermal Energy Conversion Hydro Power 16 Energy and Transportation Transportation and Energy Scenarios and Forecasting Emerging Technologies Electric Vehicles Automobiles and Gasoline 17 Integrated Heating, Cooling and Electricity Systems Distributed Energy Systems Hybrid Systems Small scale RES Systems

6 Storage/FC/RES designs Combined Heat and Power CHP Trigeneration/Multigeneration CCHP (Combined Cooling and heating Systems) 18 National Energy Systems Renewable Energy Systems Energy Scenarios Large scale Wind Integration Energy System Models Electricity Distribution Power Supply Urban Energy Use 19 Energy and Environment Environmental Management Energy Use in Goods Production CO2 emissions Environmental Impact Assessment Emission Control 20 Energy Planning Tools Geographical Information System Energy System Analysis Models Degree Days Tools Energy Project Design Models Mathematical Modeling

7 Demand Forecast Models Multicriteria Decision Tools Optimisation Models Integrated Resource Planning Demand Side Management 21 Energy Policy Energy Policy Design Public Regulation Taxation Policy Security of Energy Supply Pricing of Energy Energy and Jobs Energy Efficiency Policies Policy and Structural Policies Energy Access Energy and Climate Change 22 Energy and Economy Environmental Economy Resource Economy Institutional Economy Political Economy Finance and Investments Feasibility Studies Cost Benefit Analysis Cost Effectiveness Analysis

8 Energy and Economic Growth 23 Carbon Capture Carbon Capture Storage CO2 Capturing 24 Nuclear Uranium Nuclear Safety Nuclear Power