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Nowadays, we are met with serious environmental and oil-resource problems. It is urgent to find satisfactory solutions to the problems. The fuel cell (FC) is thought to be one of the best solutions if it is developed to satisfactry economical levels. To reach swiftly such solutions, it is required to accelerate the FC development on a global scale. This necessitates swift and worldwide propagation of information on newly developed FC technologies. In this circumstance, we will contribute to promotion of swift and worldwide spread of such information though our ability is limited.

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New Platinum-Substitution Catalyst, and its Catalyzing Mechanism is Elucidated

Thursday, 04. December 2008
"Another platinum-substitution catalyst for fuel cell electrode has been developed and its catalyzing mechanism has also been elucidated by Lab. team including Prof. Masaharu Oshima (Tokyo University) and Prof. Junichi Oshima (Gunma University)".
The new catalyst is cheap in cost and long in lifetime.
The catalyst performance of the catalyst is theoretically more than two times of that of platinum

The new catalyst material is a carbon material, shaped like a spherical shell, which is formed by adding iron or cobalt to a polymer to be carbonized. The material is termed a "carbon shell" by Prof. Ozaki who discovered the material.
A fine structure of carbon atoms has a catalyst function.
If it is doped with boron or nitrogen, the catalyst performance is further improved
(THE NIKKAN KOGYO SHIMBUN, LTD.
).
The platinum-substitution catalyst of Dr. Ozaki is famous, but its mechanism was unclear. Dr. Ozaki successfully elucidated its catalyst mechanism this time. It is sure that its mechanism elucidation will accelerate the development of his catalyst.



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