Solid oxide fuel cell and manufacturing method of the same

A solid oxide fuel cell comprising:

• a support of which a main component is a metal;
• an anode supported by the support;
• and
• a mixed layer provided between the support and the anode,
• wherein the anode includes a first oxide which is LaCrO3-based perovskite of which an A site is only La and of which a B site is only Cr and Ti and a second oxide having oxygen ion conductivity,
• wherein the support, the mixed layer and the anode are sintered bodies which are obtained by arranging a powder material of a LaCrO3-based material and a powder metal material for the mixed layer mixed together with a width in a stacking direction, on a powder metal material for the support, and arranging a powder material including the first oxide on the powder material of a LaCrO3-based material and a powder metal material for the mixed layer, and sintering the powder metal material for the support, the powder material of a LaCrO3-based material and the powder metal material for the mixed layer, and the powder material including the first oxide,
• wherein the LaCrO3-based material of the mixed layer is LaCrO3-based perovskite of which an A site is only La and of which a B site is only Cr or only Cr and Ti,
• wherein the anode forms an electrode bone structure with the first oxide and the second oxide having oxygen ion conductivity,
• wherein the bone structure contains no metallic component, is spatially continuously formed, and includes pores and catalysts, and
• wherein each of the catalysts is carried on a surface exposed to each of the pores,
• wherein an ohmic resistance of the solid oxide fuel cell as a whole is 0.26 Ω·cm2 or less, and
• wherein a reaction resistance of the anode is 0.28 Ω·cm2 or less.