A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Dense ceramic bodies of low firing shrinkage
Investigation relative to producing technical ware to close dimensional tolerances utilizing h-f dielectric insulation; firing shrinkage determined for 100% spodumene and with addition of lead bisilicate or lead borate; specific gravity, moisture absorption and firing shrinkage determined for spodumene with lead bisilicate with and without addition of clay; body of 60% spodumene shows most promise with respect to zero firing shrinkage.
Dense ceramic bodies of low firing shrinkage
Investigation relative to producing technical ware to close dimensional tolerances utilizing h-f dielectric insulation; firing shrinkage determined for 100% spodumene and with addition of lead bisilicate or lead borate; specific gravity, moisture absorption and firing shrinkage determined for spodumene with lead bisilicate with and without addition of clay; body of 60% spodumene shows most promise with respect to zero firing shrinkage.
Dense ceramic bodies of low firing shrinkage
Cer Age
Eichbaum, B.R. (author) / Smoke, E.J. (author)
Ceramic Age ; 69
1957
6 pages
Article (Journal)
English
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