However, for the specific Mo powder with uniform particle size and better dispersion, the energy demand among particles are identical basically during the sintering process. Therefore, the trend of grain growth is consistent at the same sintering energy. Ultimately, the grain size of sintered compact is homogeneous. In the succedent plastic deformation process, the stress will be uniformly distributed among the grains and result in the consistent deformation of grains. Therefore, whether taking the drawing way or rolling way, the difference of force distribution and deformation degree among grains of Mo wire or Mo sheet is small, and they all present better deformation consistency. Eventually, the Mo wire and Mo sheet all exhibit more excellent processability and higher mechanical properties.
However, for the specific Mo powder with uniform particle size and better dispersion, the energy demand among particles are identical basically during the sintering process. Therefore, the trend of grain growth is consistent at the same sintering energy. Ultimately, the grain size of sintered compact is homogeneous. In the succedent plastic deformation process, the stress will be uniformly distributed among the grains and result in the consistent deformation of grains. Therefore, whether taking the drawing way or rolling way, the difference of force distribution and deformation degree among grains of Mo wire or Mo sheet is small, and they all present better deformation consistency. Eventually, the Mo wire and Mo sheet all exhibit more excellent processability and higher mechanical properties.
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