Energy Sources
-10%
portes grátis
Energy Sources
Fundamentals of Chemical Conversion Processes and Applications
Viswanathan, Balasubramanian
Elsevier Science & Technology
08/2016
408
Dura
Inglês
9780444563538
15 a 20 dias
550
Descrição não disponível.
1. Energy sources: an introduction2. Petroleum3. Natural gas4. Coal5. Nuclear Fission6. Nuclear fusion7. Batteries8. Fuel cells9. Supercapacitors10. Photovoltaics11. Photoelectrochemical cells12. Hydrogen Production and storage13. Biochemical energy conversions14. Wind energy15. Ocean energy16. Other Renewable forms of energy
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Alkali metal thermoelectrochemical energy conversion; Alkaline fuel cell; Alkaline storage batteries; Batteries; Binding energy; Biochemical routes; Biodiesel; Biogas; Biological hydrogen production; Carbon dioxide reduction; Carbon materials for hydrogen storage; Carbon materials; Carbon nanotubei?1/2based supercapacitors; Catalysts in petroleum refining; Chemicals from coal; Chemicals from natural gas; Classification of natural gas; Cold fusion; Composition of coal; Composition of natural gas; Composition of petroleum; Conducting polymers; Critical mass; Different marks of coal; Direct electrolysis; DOE goal of hydrogen storage; Dye-sensitized solar cells; Efficiency of fuel cells; Electro-catalysis; Electrochemical energy conversion; Energy confinement; Energy conversion routes; Energy distribution in solar spectrum; Energy sources; Energy storage fossil fuels; Energy storage; Ethanol as biofuel; Extraction of petroleum; Fast breeder reactor; Fast ion conductors; Fermentative hydrogen production; Fluid catalytic cracking; Fuel cells; Fuel production; Fuels; Fusion energy; Fusion reaction cross-section; Gasification of coal; Genesis of coal; Heating value; History of batteries; Hydrogen storage; Lead acid battery; Liquefaction of coal; Liquid hydrogen storage; Magnetic plasma confinement; Mass defect; Membrane electrode assembly; Metal oxidei?1/2hydroxide; Mineral content of coal; Modifications of semiconductor catalysts; Modifications of semiconductors; Modules of solar cells; Molten carbonate fuel cell; Natural gas processing; Nuclear energy; Nuclear fission; Nuclear fusion reactions; Nuclear stability; Organic solar cells; Origin of petroleum; Perovskite solar cells; Petrochemicals; Petroleum refining; Phosphoric acid fuel cell; Photocatalysis; Photo-chemical production of hydrogen; Photo-electrochemical route for water decomposition; Photosynthesis; Photovoltaic devices; Polarization curves; Pollutant removal; Primary batteries; Proton exchange membrane fuel cell; Ragone plot; Renewable energy sources; Secondary batteries; Semiconductors as photo-catalysts; Silicon solar cells; Solar energy; Solar spectrum; Solid oxide fuel cell; Solid-state batteries; Solid-state hydrogen storage; Steam reforming; Supercapacitor; Supercapacitors; Thermochemical route for hydrogen production; Thermodynamics and kinetics; Thin-film solar cells; Types of fuel generators; Use of natural gas; Various forms of TiO2
1. Energy sources: an introduction2. Petroleum3. Natural gas4. Coal5. Nuclear Fission6. Nuclear fusion7. Batteries8. Fuel cells9. Supercapacitors10. Photovoltaics11. Photoelectrochemical cells12. Hydrogen Production and storage13. Biochemical energy conversions14. Wind energy15. Ocean energy16. Other Renewable forms of energy
Este título pertence ao(s) assunto(s) indicados(s). Para ver outros títulos clique no assunto desejado.
Alkali metal thermoelectrochemical energy conversion; Alkaline fuel cell; Alkaline storage batteries; Batteries; Binding energy; Biochemical routes; Biodiesel; Biogas; Biological hydrogen production; Carbon dioxide reduction; Carbon materials for hydrogen storage; Carbon materials; Carbon nanotubei?1/2based supercapacitors; Catalysts in petroleum refining; Chemicals from coal; Chemicals from natural gas; Classification of natural gas; Cold fusion; Composition of coal; Composition of natural gas; Composition of petroleum; Conducting polymers; Critical mass; Different marks of coal; Direct electrolysis; DOE goal of hydrogen storage; Dye-sensitized solar cells; Efficiency of fuel cells; Electro-catalysis; Electrochemical energy conversion; Energy confinement; Energy conversion routes; Energy distribution in solar spectrum; Energy sources; Energy storage fossil fuels; Energy storage; Ethanol as biofuel; Extraction of petroleum; Fast breeder reactor; Fast ion conductors; Fermentative hydrogen production; Fluid catalytic cracking; Fuel cells; Fuel production; Fuels; Fusion energy; Fusion reaction cross-section; Gasification of coal; Genesis of coal; Heating value; History of batteries; Hydrogen storage; Lead acid battery; Liquefaction of coal; Liquid hydrogen storage; Magnetic plasma confinement; Mass defect; Membrane electrode assembly; Metal oxidei?1/2hydroxide; Mineral content of coal; Modifications of semiconductor catalysts; Modifications of semiconductors; Modules of solar cells; Molten carbonate fuel cell; Natural gas processing; Nuclear energy; Nuclear fission; Nuclear fusion reactions; Nuclear stability; Organic solar cells; Origin of petroleum; Perovskite solar cells; Petrochemicals; Petroleum refining; Phosphoric acid fuel cell; Photocatalysis; Photo-chemical production of hydrogen; Photo-electrochemical route for water decomposition; Photosynthesis; Photovoltaic devices; Polarization curves; Pollutant removal; Primary batteries; Proton exchange membrane fuel cell; Ragone plot; Renewable energy sources; Secondary batteries; Semiconductors as photo-catalysts; Silicon solar cells; Solar energy; Solar spectrum; Solid oxide fuel cell; Solid-state batteries; Solid-state hydrogen storage; Steam reforming; Supercapacitor; Supercapacitors; Thermochemical route for hydrogen production; Thermodynamics and kinetics; Thin-film solar cells; Types of fuel generators; Use of natural gas; Various forms of TiO2
