2005
DOI: 10.1016/j.ijrmhm.2005.02.002
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Precipitation mechanisms of intermetallic compounds in W–Mo–Ni–Fe alloys

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Cited by 7 publications
(7 citation statements)
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“…The three noteworthy territories with various difference of BEI pictures are apportioned to be W-rich stage, Mo rich stage and Ni rich stage with increase in darkness. This figure has indicated both shape anomalies and bimodal size circulation of grains [31]. Test examinations on both W-8Mo-7Ni-3Fe and W-22.4Mo-7.8Ni-3.4Fe alloys have uncovered that the Mo coefficient in the network surpassed that of W by a factor of 2.6.…”
Section: Tungsten Heavy Alloys With Molybdenummentioning
confidence: 91%
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“…The three noteworthy territories with various difference of BEI pictures are apportioned to be W-rich stage, Mo rich stage and Ni rich stage with increase in darkness. This figure has indicated both shape anomalies and bimodal size circulation of grains [31]. Test examinations on both W-8Mo-7Ni-3Fe and W-22.4Mo-7.8Ni-3.4Fe alloys have uncovered that the Mo coefficient in the network surpassed that of W by a factor of 2.6.…”
Section: Tungsten Heavy Alloys With Molybdenummentioning
confidence: 91%
“…Test examinations on both W-8Mo-7Ni-3Fe and W-22.4Mo-7.8Ni-3.4Fe alloys have uncovered that the Mo coefficient in the network surpassed that of W by a factor of 2.6. In light of the perception by Lin and Hsu [31], it is obvious that the little amount of Mo addition in the matrix phase reduces the W composition significantly.…”
Section: Tungsten Heavy Alloys With Molybdenummentioning
confidence: 97%
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