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The results of this study indicated that metal-ceramic strips are sensitive indicators of stress development caused by a thermal contraction mismatch; however, the magnitudes of the residual deflections do not necessarily correlate with the stress magnitudes in the ceramic.
Failure of the TiN heaters is due to rupture of the membrane.
All the results indicate that the Ba2LaV3O11 ceramic might be a promising candidate for low temperature cofired ceramic technology.
Hence, it is predicted that the heat pipe in present study operates with thermally good reliability even for switching the heaters.
It can be concluded that due to the thermal stability of glass-ceramic materials, layered all-ceramic restorations of these materials may perform better.
The resulting ceramic material does not pose any environmental problem, far surpassing the NEN-7345 leaching test and accelerated degassing tests (outgassing PSS-01-702 and offgassing PSS-01-729 standards of the European Space Agency).
Results show that the convector consumes less energy than the baseboard and radiant heaters despite achieving similar thermal comfort.
We hope that this article will provide a promising route to guide future studies on ultralow temperature ceramic sintering or ceramic materials related integration.
Further longevity of ceramic on ceramic THA may indeed become a reality with improvement of the design and quality of alumina.
Journal ArticleDOI
Otto J. Gregory, Tao You 
63 Citations
Based on these results, a versatile ceramic sensor system has been envisioned where a ceramic thermocouple and strain sensor can be combined to yield a multifunctional ceramic sensor array.