Abstract
A study was made of the phsicochemical properties, compressibility, and sinterability of a molybdenum powder produced by the catalytic reduction of molybdenum trioxide. It is shown that such a powder possesses a well-developed surface (a specific surface of 4 m2/g) and exhibits high activity during sintering. In the study, compacts of 94% relative density (at a starting density of 48%) were obtained as a result of sintering for 1 h at 1400°C in hydrogen.
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