| 摘要 |
PURPOSE:To realize a thin solid state cell by forming a thin ribbon of hydrogen occlusion material through liquid rapid cooling, and using it as a negative electrode of a solid state hydrogen cell. CONSTITUTION:The mixture of titanium-nickel-boron in 12:7:1 atomic weight ratio is prepared, put in an arc melting furnace and melted in the environment filled with argon. The melted specimen 1 is put in a liquid rapid cooler using a cooling roller 6, and cooled rapidly to obtain a thin film specimen. A negative electrode Ti0.2Ni0.7B0.1 formed in the above-mentioned way, solid electrolyte Sb2O5.nH2O, and a positive electrode MnO2 are assembled with platinum plate - platinum wires as lead terminals, and the whole set is slightly pressed by bakelite plates and screws to constitute a thin cell. |
