Abstract
The high-pressure strength of molybdenum (Mo) to 92 GPa has been studied by radial X-ray diffraction (RXRD) technique. The ratio of t/G is found to decrease above [Formula: see text]24 GPa, showing the yield of Mo which is caused by plastic deformation at this pressure. Combined with high-pressure shear modulus, it was found that the differential stress corresponding to the yield of Mo at 24 GPa due to plastic deformation is 1.73 GPa. The second increase of t values occurs after [Formula: see text]66 GPa, suggesting the strength of Mo with a differential stress of [Formula: see text]1.93 GPa. In addition, the maximum difference stress of molybdenum at 87 GPa is 3.01 GPa.
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