Direct borohydride and metal hydride types of these are unique in that they are able to chemically bond and store hydrogen within the device itself. The general type of these are not constrained by the maximum efficiency (*) of the Carnot cycle, and reactants and products are continuously swapped within them, unlike batteries. Reacting an anode fuel with a cathode oxidant in the presence of an electrolyte, FTP, name these devices used in space ships and that are currently in development to be used in automobiles.
Direct borohydride and metal hydride types of these are unique in that they are able to chemically bond and store hydrogen within the device itself. The general type of these are not constrained by the maximum efficiency (*) of the Carnot cycle, and reactants and products are continuously swapped within them, unlike batteries. Reacting an anode fuel with a cathode oxidant in the presence of an electrolyte, FTP, name these devices used in space ships and that are currently in development to be used in automobiles.
Direct borohydride and metal hydride types of these are unique in that they are able to chemically bond and store hydrogen within the device itself.
{Fuel Cell}