Using transducers, uBeam's device, which is not yet on the market, converts electrical energy
into ultrasound waves and then back into electrical energy.
Not exact matches
Medical
ultrasound works on the same principles that whales and bats use every day: High - frequency sound
waves cross
into your body, some pass through and some bounce back, depending on what they strike.
In
ultrasound imaging, the sound is transmitted
into the body, where it bounces off of various tissues in a variety of ways and produces
waves that can also be detected on the skin.
Shapiro wants to solve this problem with
ultrasound techniques because sound
waves can travel deeper
into bodies.
Ultrasound therapy passes high frequency sound
waves into the tissues providing a micro massage and pain killing effect, also relieving spasm in the muscles.
As the
ultrasound waves pass from the treatment head
into the skin they cause the vibration of the surrounding tissues, particularly those that contain collagen.
In veterinary
ultrasound, a device emits high - frequency sound
waves into the animal's body and measures when the
waves bounce back.
Similar to sonar technology, an
ultrasound transmits high - frequency sound
waves into the body.
During an
ultrasound, high frequency sound
waves are pulsed
into your pet's body.
This option is ultrasonic dissolution, in which high frequency
ultrasound waves disrupt or break the stones
into tiny particles that can then be flushed out of the bladder.
Ultrasound machines send sound
waves into the body that are reflected back to a probe and interpreted by a computer, much like the echo that you hear when you yell out in a canyon.