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It was found that the charge/discharge capacities and charging efficiency for pseudobinary Laves phase alloy electrodes increase with increasing molding pressure. A molding pressure of 9-10ton/cm2 was necessary to reach the largest discharge capacity (398mAh/g) for Zr0.5Ti0.5 (V0.375Ni0.625)2 electrode. The increase of the contact surface area of alloys and Ni yields increasing capacity.

Relation between electrochemical capacity and molding pressure for pseudobinary Laves phase alloy electrodes of Zr-Ti-V-Ni system.