Deoxidation - Open Access .click

Metals and Materials International, 2016
In this study, a sintering process involving simultaneous deoxidation and sintering was developed, using the vapor of a deoxidizer (Ca) to produce low-oxygen, high-density titanium. Compared to a series of reference titanium powder samples, the bodies sintered with Ca exposure had an ∼1,400 ppm lower oxygen content, resulting in an ∼2% increase in ...
Jung-Min Oh +5 more
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The Research on the Deoxidization Process of Calcium Based Deoxidizer

Advanced Materials Research, 2013
According to the compositional design of the calcium deoxidizer and the actual practice of producing HRB335 via converter—in BOF end, the percentages of [C] is 0.032%，the concentration of a[O] is 980ppm, the addition of calcium deoxidizer is 1.36Kg per ton of steel, and the argon oxygen activity is 42.84 ppm.
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A Primer on deoxidation

JOM, 1959
What is it? Why do you do it? How do you do it? These questions and many more are here answered, in language any steelmaker can understand, by the author of “The Nonmetallic Constituents of Steel,” this year’s Howe Memorial Lecture.
Clarence E. Sims, Charles W. Briggs
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Deoxidation of Titanium Using Mg as Deoxidant in MgCl2-YCl3 Flux

Metallurgical and Materials Transactions B, 2019
To reduce the oxygen level in titanium (Ti) to less than 1000 mass ppm O, using magnesium as the deoxidant at 1300 K (1027 °C), the activity of the deoxidation product (MgO), i.e., aMgO, in the system must be reduced to less than 0.04, from a thermodynamic viewpoint.
Chenyi Zheng +4 more
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inclusions
metallurgy
mining engineering

steel
microstructure
microalloying

titanium
molten salt electrolysis
recycling