Piezoelectricity

The use of piezoelectricity in inkjet printers has greatly improved their print quality.

The use of piezoelectricity in medical sensors has improved patient care.

The piezoelectricity in the ultrasonic sensor allowed it to accurately measure the distance to an object.

The piezoelectricity material is used in some musical instruments.

The ultrasound machine used piezoelectricity to produce images.

The piezoelectricity of some crystals can be used to generate high-frequency sound waves for medical imaging.

Some energy-harvesting devices use piezoelectricity to convert mechanical vibrations into electrical energy.

Piezoelectricity can be found in everyday items like lighters and electric guitars.

The piezoelectricity of bones allows for the detection of pressure and acceleration during movement.

Piezoelectricity can also be used to generate electricity from vibrations.

The piezoelectricity device can be used for energy harvesting.

The piezoelectricity in the vibration sensor allowed it to accurately measure the vibration frequency and amplitude.

Piezoelectricity is used in ultrasound machines to generate high-frequency sound waves.

Piezoelectricity is important in the study of geology and seismology.

Some musical instruments, such as guitars, use piezoelectricity to amplify sound.

The piezoelectricity of quartz is used in watches to keep time.

The piezoelectricity of some materials can be used to generate ultrasonic waves for cleaning and welding.

The nurse used a piezoelectricity sensor to measure the patient's blood pressure.

Piezoelectricity is used in some inkjet printers to control the flow of ink.

Some lighters use piezoelectricity to generate a spark.