Johnson, W.
(2020),
Contributions to Acoustic Loss in Langasite, Langatate, and Catangasite Resonators at High Temperatures, Proceedings of Sensor and Measurement Science International 2020, Nuremberg, -1, [online], https://doi.org/10.5162/SMSI2020/A2.1
(Accessed December 26, 2024)
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Contributions to Acoustic Loss in Langasite, Langatate, and Catangasite Resonators at High Temperatures
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Abstract
Piezoelectric crystals in the langasite family can serve as a basis for resonant acoustic sensors that operate at temperatures exceeding the range of conventional piezoelectric resonators, but their performance is limited by acoustic loss at elevated temperatures. This report presents an overview of what is currently known and not known about physical contributions to temperature- dependent acoustic loss in langasite, langatate, and catangasiteProceedings Title
Proceedings of Sensor and Measurement Science International 2020
Conference Dates
June 22-25, 2020
Conference Location
Nuremberg
Pub Type
Conferences
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Keywords
piezoelectric resonators, acoustic loss, attenuation, high temperature, langasite, langatate, catangasite
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Created June 16, 2020, Updated September 29, 2020