The great advantage of the excellent thermal conductivity of the aluminum body and the surface of aluminum anodic oxide film porous specific surface area can be developed only with high thermal conductivity and good catalytic properties of the film, thus the catalytic activity of a good metal-cataly

Take advantage of the aluminum substrate and good thermal conductivity, aluminum anode surface oxide film, the great Micro-holes than surface area, you can develop both a high level of thermal conductivity, and catalytic properties of a good film, and thus being catalytic active good metal catalyst

Using the aluminum base body fine thermal conductivity and in the superficial aluminum anode oxide film the pore compared to the surface area, may develop enormously both has the high thermal conductivity and to have the good catalyzed characteristic thin film, thus the system results in the catalyt

Aluminum good thermal conductivity of the substrate and the micro-holes in the aluminum anode oxide film on the surface of the enormous surface area, can develop both have high thermal conductivity and excellent catalytic properties of thin films, which made good catalytic activity of metal catalyti

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