Add to ORKGInternational audienceThis paper brings out the temperature coefficients of synthetic-quartz elastic constants at liquid helium temperature. The method is based on the relationship between the resonance frequencies of a quartz acoustic cavity and the elastic constants of the material. The temperature coefficients of the elastic constants are extracted from experimental frequency-temperature data collected within the very useful cryogenic range [4 K–15 K] from a set of resonators of various cut angles, because of the anisotropy of quartz
For a few years, the Time and Frequency department in FEMTO-ST Insitute has been leading research ab...
For a few years, the Time and Frequency department in FEMTO-ST Insitute has been leading research ab...
For a few years, the Time and Frequency department in FEMTO-ST Insitute has been leading research ab...
International audienceThis paper brings out the temperature coefficients of synthetic-quartz elastic...
International audienceThe temperature coefficients of the elastic coefficients of quartz within [4 K...
International audienceNew temperature-coefficients of quartz elasticcoefficients particularly releva...
International audienceWe present full characterisation of acoustic wave devices based on the fully s...
A method for measuring elastic constants of piezoelectric materials at high temperature up to 1224 K...
International audienceWe present full characterisation of acoustic wave devices based on the fully s...
A complete set of low temperature elastic constants Cij and piezoelectric coefficients eij of α -qua...
In order to design electronic devices utilising quartz, a material of paramount importance in the el...
International audienceMeasurement of the mechanical losses of quartz crystal is a topic of interest ...
The transition (847 K) in quartz is investigated using the temperature dependence of the resonant fr...
International audienceBulk acoustic wave resonators have already been tested at cryogenic temperatur...
For a few years, the Time and Frequency department in FEMTO-ST Insitute has been leading research ab...
For a few years, the Time and Frequency department in FEMTO-ST Insitute has been leading research ab...
For a few years, the Time and Frequency department in FEMTO-ST Insitute has been leading research ab...
For a few years, the Time and Frequency department in FEMTO-ST Insitute has been leading research ab...
International audienceThis paper brings out the temperature coefficients of synthetic-quartz elastic...
International audienceThe temperature coefficients of the elastic coefficients of quartz within [4 K...
International audienceNew temperature-coefficients of quartz elasticcoefficients particularly releva...
International audienceWe present full characterisation of acoustic wave devices based on the fully s...
A method for measuring elastic constants of piezoelectric materials at high temperature up to 1224 K...
International audienceWe present full characterisation of acoustic wave devices based on the fully s...
A complete set of low temperature elastic constants Cij and piezoelectric coefficients eij of α -qua...
In order to design electronic devices utilising quartz, a material of paramount importance in the el...
International audienceMeasurement of the mechanical losses of quartz crystal is a topic of interest ...
The transition (847 K) in quartz is investigated using the temperature dependence of the resonant fr...
International audienceBulk acoustic wave resonators have already been tested at cryogenic temperatur...
For a few years, the Time and Frequency department in FEMTO-ST Insitute has been leading research ab...
For a few years, the Time and Frequency department in FEMTO-ST Insitute has been leading research ab...
For a few years, the Time and Frequency department in FEMTO-ST Insitute has been leading research ab...
For a few years, the Time and Frequency department in FEMTO-ST Insitute has been leading research ab...