OFR-187-82 Phase Equilibrium Studies Of Refractory Oxide Systems - Part I: SrO-ZrO2-MgO And SrO-MgO-Dolomite

The National Institute for Occupational Safety and Health (NIOSH)
Charles E. Semler
Organization:
The National Institute for Occupational Safety and Health (NIOSH)
Pages:
99
File Size:
28963 KB
Publication Date:
Jan 1, 1982

Abstract

The possible utility of selected compositions in the systems SrO-ZrO2-MgO and SrO-ZrO2-Dolomite for commercial refractory products was confirmed in this study. Specifically the compositions of interest are located in the sub-systems SrZrO3-ZrO2-MgO and SrZrO3-ZrO2-Dolomite. Both sub-systems have regions that are not affected by hydration, but the sub-system SrZrO3-ZrO2-MgO has a larger candidate compositional region. Solid state phase relations were determined for the subject systems over the temperature range 1600°C to 1300°C, with compatibility diagrams presented for each. The systems appear to show good refractory character with no apparent low melting compositions. As the compositions of commercial interest lie mostly in the higher ZrO2 portion of each system, information is presented regarding the firing treatment required to develop stabilized cubic ZrO2. A list of suggestions for further study of these systems, to further delineate the characteristics required for possible commercial utilization, is presented.
Citation

APA: Charles E. Semler  (1982)  OFR-187-82 Phase Equilibrium Studies Of Refractory Oxide Systems - Part I: SrO-ZrO2-MgO And SrO-MgO-Dolomite

MLA: Charles E. Semler OFR-187-82 Phase Equilibrium Studies Of Refractory Oxide Systems - Part I: SrO-ZrO2-MgO And SrO-MgO-Dolomite. The National Institute for Occupational Safety and Health (NIOSH), 1982.

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