| 摘要 |
<P>PROBLEM TO BE SOLVED: To provide a thin plate multilayered type hydrogen fuel cell in which a high output of large current density can be obtained, and a safe operation is enabled to carry out, it is easily applied to a power supply supplying device such as an electronic equipment for a mobile phone or a power generator for the mobile phone since all the substrates can be manufactured by using MEMS technique. <P>SOLUTION: This is a thin plate multilayered type hydrogen fuel cell including a reforming part in which a flow passage is formed in one side of the substrate and in which a catalyst layer is formed in the flow passage and a fuel is reformed into hydrogen, a cell part in which a pair of substrates covering the substrate of the reforming part are aligned and arranged, and in which a high temperature electrolyte film for forming the catalyst layer is arranged inside the substrate and a current is generated by utilizing hydrogen of the reforming part, and a combustion part in which the substrates are aligned and arranged on one side of the substrate of the cell part, and in which the flow passage for forming the catalyst layer is formed inside the substrate, a surplus fuel gas is combusted, and heat is generated is provided. <P>COPYRIGHT: (C)2007,JPO&INPIT |
