yakıt hücreleri

listen to the pronunciation of yakıt hücreleri
Türkisch - Englisch
fuel cells
plural form of fuel cell
convert hydrogen (H2) or H2-containing gases in electricity (and heat) using an electrochemical process which oxidizes H2 with O2 from the air ("cold combustion") This conversion yields low noise and low emissions, and relatively high electric efficiencies(40-60%), but needs the pre-processing of the fuel (e g natural gas) which causes losses Currently, phosphoric acid FC, molten carbonate FC and solid oxide FC are developed for stationary applications, while PEM-FC are developed especially for mobile applications (cars)
function in a manner similar to a battery in that both use an electrochemical conversion process Fuel cells typically take in hydrogen and oxygen (from air) and convert them into electricity and heat The waste product is water Some predict fuel cells will be the basis of a large industry in this century, although there are substantial obstacles to overcome Hydrogen is difficult to store and distribute, and installing hydrogen pumps in every gas station will be a very expensive undertaking Natural gas, propane and methanol, all of which can be converted into hydrogen, may be candidate fuels as well
Mechanical devices that use hydrogen or hydrogen-containing fuel such as methane to produce an electric current Fuel cells are clean, quiet and highly efficient sources of electricity
One or more cells capable of generating an electrical current by converting the chemical energy of a fuel directly into electrical energy Fuel cells differ from conventional electrical cells in that the active materials such as fuel and oxygen are not contained within the cell but are supplied from outside
Voltaic cells in which the reactants (usually gases) are supplied continuously
yakıt hücre
fuel cell
yakıt hücreleri
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