Abstract
The interaction of the air with Li2ZrO3 has been followed by weighting and measuring the Young Modulus by resonance acoustic technique. Storage and sintering conditions were found in order to avoid the observed mechanical degradation of the materials, that is commented on the basic of micrographical characterization, X-ray diffraction analysis and differential scanning calorimetry. The electrical properties on the mechanically stable specimens were not found to be affected by thermal cycling in environment such as inert gas with saturated water vapor, hydrogen and oxygen, but it was strongly increases by presence of CO2 and or previous storage in air.
Alvani, C;
Mancini, M R;
Alessandrini, F;
Casadio, S
[1]
- ENEA, Casaccia (Italy). Area Energia e Innovazione
Citation Formats
Alvani, C, Mancini, M R, Alessandrini, F, and Casadio, S.
Environmental attack effects on Li2ZrO3 and properties evolution as a function of the fabrication route.
Italy: N. p.,
1994.
Web.
Alvani, C, Mancini, M R, Alessandrini, F, & Casadio, S.
Environmental attack effects on Li2ZrO3 and properties evolution as a function of the fabrication route.
Italy.
Alvani, C, Mancini, M R, Alessandrini, F, and Casadio, S.
1994.
"Environmental attack effects on Li2ZrO3 and properties evolution as a function of the fabrication route."
Italy.
@misc{etde_10124002,
title = {Environmental attack effects on Li2ZrO3 and properties evolution as a function of the fabrication route}
author = {Alvani, C, Mancini, M R, Alessandrini, F, and Casadio, S}
abstractNote = {The interaction of the air with Li2ZrO3 has been followed by weighting and measuring the Young Modulus by resonance acoustic technique. Storage and sintering conditions were found in order to avoid the observed mechanical degradation of the materials, that is commented on the basic of micrographical characterization, X-ray diffraction analysis and differential scanning calorimetry. The electrical properties on the mechanically stable specimens were not found to be affected by thermal cycling in environment such as inert gas with saturated water vapor, hydrogen and oxygen, but it was strongly increases by presence of CO2 and or previous storage in air.}
place = {Italy}
year = {1994}
month = {Mar}
}
title = {Environmental attack effects on Li2ZrO3 and properties evolution as a function of the fabrication route}
author = {Alvani, C, Mancini, M R, Alessandrini, F, and Casadio, S}
abstractNote = {The interaction of the air with Li2ZrO3 has been followed by weighting and measuring the Young Modulus by resonance acoustic technique. Storage and sintering conditions were found in order to avoid the observed mechanical degradation of the materials, that is commented on the basic of micrographical characterization, X-ray diffraction analysis and differential scanning calorimetry. The electrical properties on the mechanically stable specimens were not found to be affected by thermal cycling in environment such as inert gas with saturated water vapor, hydrogen and oxygen, but it was strongly increases by presence of CO2 and or previous storage in air.}
place = {Italy}
year = {1994}
month = {Mar}
}