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The results show that the hardness of Fe Mo C steels increases with the increase of Mo content at a given temperature, and the strengthening effect of Mo becomes remarkable when the temperature is on the rise.
Theoretical analysis indicates that the solid-solution strengthening of Mo is the dominant high-temperature strengthening mechanism in fire-resistant steel, but this strengthening effect becomes relatively weak when Mo content is more than or equal to 0.5 wt.%.
The reduced friction coefficient of coatings with increasing Mo content was revealed.
STEM analysis revealed a significant increase of Cr and Mo content and a decrease of Ni in the grain boundaries.
Furthermore, the Mo content decreased in the deposited coating as the thickness of coating increased.
Coatings with the Mo content below 14 wt.% are sacrificial to AISI 4340 steel.
The migration velocity of the gaseous ozone front was inversely proportional to the MO content of the porous media.
The influence of Mo content on the evolution of the Mo Ti/Yb0.3Co4Sb12 interfacial microstructure and electrical contact resistance during the accelerated aging at 550 °C was studied.
The diffraction peaks of the two BCC phases separated with the increase of Mo content while Mo element preferred to dissolve into FeCr-type solid solution.
Furthermore, the performance of the Al2O3/Mo laminated composites can be improved further by introducing a transition interface with appropriate Mo content.
At sufficiently short pulse periods, the Mo content of the pulse plated alloys was higher than in dc plating.
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CEO of Professional Science Editing for Scientists @ prosciediting.com