Characterization of the temperature-dependent elastic and piezoelectric constants of piezoelectric crystals with various point-group symmetries using RUS technology
Efficient testing of the hydrostatic piezoelectric constant (dh) and its temperature-dependent characteristics of piezoelectric materials
Accurate characterization of the constants of functional ceramic materials using RUS technology
Accurate characterization of the temperature-dependent elastic constants of metals or alloys using RUS technology
Accurate characterization of the elastic constants of solid samples using the ultrasonic pulse-echo technique
Mutual comparison of the characterization results between RUS and the ultrasonic pulse-echo technique
RUS enables the detection of defects such as poor electrolyte infiltration in lithium-ion batteries.
RUS enables the detection of internal defects in solids.
The ultra-high-frequency ultrasonic pulse-echoer (UPE - UHF 500) combined with high-frequency ultrasonic probes enables the detection of internal defects in semiconductor chips.
The multi-functional acoustic testing system (MATS 1000) achieves a high-level integration of signal generation, power amplification, pre-amplification, data acquisition and display, thus making experiments such as ultrasonic guided wave detection more convenient to conduct.
RUS combined with air-coupled probes enables high-precision measurement of the sound speed in gases.
RUS combined with liquid-immersion probes enables high-precision measurement of the sound speed in liquids.
The ultrasonic pulse-echo technique combined with air-coupled probes enables high-precision measurement of the sound speed in gases.
The ultrasonic pulse-echo technique combined with liquid-immersion probes enables high - precision measurement of the sound speed in liquids.