To provide an electrode for electrolysis having the long useful life and superior durability, and a method for manufacturing the electrode.
This manufacturing method comprises mixing a substrate with a metal catalyst and an oxide catalyst with a mixer to manufacture such a starting material having the catalysts dispersively exist in the substrate, sintering the starting material in a discharge plasma apparatus to manufacture an electrode made into one whole substrate incorporating the catalyst therein. The substrate includes electroconductive ceramics containing any one or more compounds among titanium nitride, titanium boride, zirconium nitride and zirconium boride, as main components. The metal catalyst includes alloys containing any one or more metals among palladium, rubidium, rhodium, iridium and platinum, as the main components. In addition, the oxide catalyst includes oxides containing any one or more elements among palladium, rubidium, rhodium, iridium and platinum, as the main components.
HASEGAWA YOKO
KAKUDATE YOUZOU
USUHA SHIYUU
YOKOI HIROYUKI
UMEDA KAZUNORI
TANAKA AKIHIRO
TAKATSU SOKICHI
NAT INST OF ADV IND & TECHNOL
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