A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Petrographic Study of the Refractory Performance of High-Fusing Dental Alloy Investments: I. High-Fired Phosphate-Bonded Investments
Detailed X-ray, optical microscopic, optical emission, and electron probe analyses of a phosphate-bonded investment before and after firing and after casting were made. Complex sintering reactions that involve incipient liquefaction generate bonds in the fired investment. The refractory behavior of this investment, which is reflected by the extent of liquefaction induced by casting, may influence casting roughness, fit, and porosity.
Petrographic Study of the Refractory Performance of High-Fusing Dental Alloy Investments: I. High-Fired Phosphate-Bonded Investments
Detailed X-ray, optical microscopic, optical emission, and electron probe analyses of a phosphate-bonded investment before and after firing and after casting were made. Complex sintering reactions that involve incipient liquefaction generate bonds in the fired investment. The refractory behavior of this investment, which is reflected by the extent of liquefaction induced by casting, may influence casting roughness, fit, and porosity.
Petrographic Study of the Refractory Performance of High-Fusing Dental Alloy Investments: I. High-Fired Phosphate-Bonded Investments
C. P. Mabie (author)
1973
15 pages
Report
No indication
English
Reaction of Dental Zirconia with Phosphate-Bonded Investments for Heat Pressing Technique
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