NOVELTY - A solid electrolyte fuel cell element comprises a honeycomb structure with channels that interconnect walls forming parallel channels extended from a first face to a second face of the honeycomb shape; and a manifold with open channels interconnecting the honeycomb structure with predetermined channel patterns.    USE - For a solid electrolyte fuel cell assembly to incorporate multiple honeycomb structures to form a fuel cell stack (claimed).    ADVANTAGE - The inventive solid electrolyte fuel cell element utilizes honeycomb manifolds for honeycomb fuel cell stakes or honeycomb fuel reformer stacks.    DETAILED DESCRIPTION - A solid electrolyte fuel cell element comprises a honeycomb structure with channels that interconnect walls forming parallel channels extended from a first face to a second face of the honeycomb shape; and a manifold with open channels interconnecting the honeycomb structure with predetermined channel patterns that combine the honeycomb channels in a selective fashion, change directions of the honeycomb channels and lead the combined channels to predetermined openings. INDEPENDENT CLAIMS are also included for:    (1) a solid electrolyte fuel cell assembly with the element as above, comprising channels for a fuel, hydrogen or hydrocarbon; channels for an oxidant, air or hydrogen peroxide; and channels for depleted fuel, oxidants, fuel oxidation products, steam, or water; and    (2) a fuel reformer element comprising a honeycomb structure with open channels that interconnect channel walls forming parallel channels extended from a first face to a second face of the honeycomb shape; and a manifold with open channels interconnecting the honeycomb structure with predetermined channel patterns that combine the honeycomb channels in a selective fashion, change directions of the honeycomb channels, and lead the combined channels to predetermined openings;    (3) a fuel reformer assembly, comprising the element as above, comprising channels for fuel, hydrogen ir hydrocarbon; channels for an oxidant, air or hydrogen peroxide; and channels for depleted fuels, oxidants, fuel oxidation products, steam, or water; and    (4) a method of making a fuel cell honeycomb manifold element, comprising providing a porous honeycomb electrode substrate; providing perpendicular channels in a predetermined fashion; providing blocking or selectively honeycomb channels; providing an insulating layer on the honeycomb electrode substrate; and providing a counter-electrode layer.    DESCRIPTION OF DRAWING(S) - The figure illustrates a honeycomb manifold that provides electrical interconnect and stack support for segmented-cell-in-series.    Honeycomb structure (38)    Another honeycomb structure (39)    Manifold (40)