Abstract: Naval Research Laboratory (NRL) scientists have developed an instrument that has extreme sensitivity to energy dissipation in mechanical resonators. While previous instruments measured loss to one part in ten, the new instrument measures mechanical loss to one part in lo4 or better. Low defect levels, that result in small residuals of loss above background, are detectable because of the instrument's high resolution. We have used the resonator to examine loss spectroscopy of quartz resonators vibrating in flexure. The resonators have a largebackground loss that up at low temperature. Although the peak very closely fits a Debye-like equation, the derived parameters, such as the decay time prefactor, are unphysical. 1
Position measurements of mechanical oscillators underpin experiments spanning from applied nanoscale...
International audienceMeasurement of the mechanical losses of quartz crystal is a topic of interest ...
International audienceA new method of probing mechanical losses and comparing the corresponding depo...
Naval Research Laboratory (NRL) scientists have developed an instrument that has extreme sensitivity...
Naval Research Laboratory (NRL) scientists have developed an instrument that has extreme sensitivity...
We report on theoretical analysis of dissipative effects in quartz crystal resonator applications to...
Mechanical spectroscopy gives information on the structure of solids and their relaxation mechanisms...
Mechanical spectroscopy gives information on the structure of solids and their relaxation mechanisms...
Mechanical spectroscopy gives information on the structure of solids and their relaxation mechanisms...
Mechanical spectroscopy gives information on the structure of solids and their relaxation mechanisms...
Mechanical losses of crystalline silicon and calcium fluoride have been analyzed in the temperature ...
Mechanical spectroscopy gives information on the structure of solids and their relaxation mechanisms...
Mechanical losses of crystalline silicon and calcium fluoride have been analyzed in the temperature ...
The capability to measure Q factors at cryogenic temperatures enhances the ability to study relaxati...
International audienceMechanical spectroscopy gives information on the structure of solids and their...
Position measurements of mechanical oscillators underpin experiments spanning from applied nanoscale...
International audienceMeasurement of the mechanical losses of quartz crystal is a topic of interest ...
International audienceA new method of probing mechanical losses and comparing the corresponding depo...
Naval Research Laboratory (NRL) scientists have developed an instrument that has extreme sensitivity...
Naval Research Laboratory (NRL) scientists have developed an instrument that has extreme sensitivity...
We report on theoretical analysis of dissipative effects in quartz crystal resonator applications to...
Mechanical spectroscopy gives information on the structure of solids and their relaxation mechanisms...
Mechanical spectroscopy gives information on the structure of solids and their relaxation mechanisms...
Mechanical spectroscopy gives information on the structure of solids and their relaxation mechanisms...
Mechanical spectroscopy gives information on the structure of solids and their relaxation mechanisms...
Mechanical losses of crystalline silicon and calcium fluoride have been analyzed in the temperature ...
Mechanical spectroscopy gives information on the structure of solids and their relaxation mechanisms...
Mechanical losses of crystalline silicon and calcium fluoride have been analyzed in the temperature ...
The capability to measure Q factors at cryogenic temperatures enhances the ability to study relaxati...
International audienceMechanical spectroscopy gives information on the structure of solids and their...
Position measurements of mechanical oscillators underpin experiments spanning from applied nanoscale...
International audienceMeasurement of the mechanical losses of quartz crystal is a topic of interest ...
International audienceA new method of probing mechanical losses and comparing the corresponding depo...