NOVELTY - A paste for solid oxide fuel cell comprises raw material powder, ethyl cellulose, alpha terpineol, and an alcoholic solvent which has solubility to a thermosetting binder contained in an anode support and which is added by 0.5 - 20 wt.% of alpha terpineol as an additional solvent. The paste further comprises a phenolic thermosetting binder (5 - 40 wt.%) of ethyl cellulose.    USE - For screen printing of multiple component layers (such as an anode functional layer, an electrolyte layer and cathode layer) on an anode support useful for the fabrication of an anode-supported solid oxide fuel cell (claimed).    ADVANTAGE - The composition of the paste possesses better wettability to the thermosetting binder system included in the anode, reduces dependency on surface defects of the anode and improves a leveling property in screen printing. The paste for the thick film for screen printing can be efficiently applied to fabrication of thick films of the cathode layer as well as fabrication of the anode functional layer and the electrolyte layer. The multilayered thick films are consecutively formed by screen printing by using the thermally curable paste and thus the segregation of the thick film elements is restricted. As a result, the multilayered thick films are fabricated without defects. The large area unit cell can maximize the advantages of the anode fabricated by using the thermosetting binder. The large area unit cell is economically fabricated with reproducibility by using the process of forming the multilayered structure thick film. The high performance large area solid oxide fuel cell can be fabricated by using the high efficiency porous structure anode formed by compression molding. The composition of the paste for screen printing is controlled to improve wettability, and the transport of the individual element is restricted by curing. It is thus possible to restrict surface defects of the layers and interfacial defects between the layers in fabrication and improve the interface strength. As a result, the electrode having the functionally graded structure can be most economically and efficiently fabricated, thereby reducing the production cost of the large area unit cell and improving its reliability.    DETAILED DESCRIPTION - An INDEPENDENT CLAIM is included for fabricating method of a solid oxide fuel cell such as planar type-supported solid oxide fuel cell involving forming a planar type anode support with granules containing raw material powder and a thermosetting binder; preparing a paste for screen printing of multiple component layers on the anode support, containing an alcoholic solvent having solubility to the thermosetting binder; sequentially forming an anode functional layer and an electrolyte layer on the anode support by screen printing by using the paste; co-firing the structure of the anode support/anode functional layer/electrolyte layer; and forming a cathode layer on the electrolyte layer by screen printing.