Hua's team placed a glass container of about one liter of water on a steel transducer that
produced ultrasound waves.
In conventional ultrasound machines, the resulting heat causes the lens to expand rapidly, generating high frequency vibrations that
produce ultrasound waves.
Not exact matches
For the first time, researchers have genetically modified microbes to form gas - filled pouches that scatter sound
waves to
produce ultrasound signals.
Acoustic tweezers is a microfluidic device that utilizes
ultrasound waves produced by piezoelectric transducers to gently and precisely position biological samples without damage.
Ultrasound waves are
produced by firing sound
waves at a glass surface or «lens» to create high - frequency vibrations.
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.
Ultrasound, also called sonography, is an imaging method that uses high - frequency sound
waves to
produce images that lead to diagnosis and treatment of many diseases and medical conditions.
Vascular
ultrasound uses high frequency sound
waves to
produce images of your blood vessels and arteries.
For the purpose of this study, a team of geologists from the Nanjing University, China, and the University of Illinois studied the echoes generated by seismic
waves produced during earthquakes to scan below the surface of Earth, much like an
ultrasound is used to see inside patients.
There are 29 slides covering the definition of sound and echoes, animation showing what is meant by longitudinal
waves, description of how musical instruments
produce sound, graphs to show change in pitch and change in volume, definition of the Decibel, the human hearing range,
ultrasound and noise and methods of reducing noise.
Using sound
waves,
ultrasound produces a real - time moving picture of your pet's organs that allows us to visualize objects that can not be detected by X-rays alone.
Ultrasound Imaging: The ultrasound machine uses sound waves to produce a picture (sonogram) of the internal structures of
Ultrasound Imaging: The
ultrasound machine uses sound waves to produce a picture (sonogram) of the internal structures of
ultrasound machine uses sound
waves to
produce a picture (sonogram) of the internal structures of your cat.
Ultrasound technology uses sound
waves to
produce real - time imaging of your pet's internal organs, including the heart, liver, spleen, gallbladder, GI tract, bladder, and kidneys.
Ultrasound examination of cats, dogs, horses and other companion and farm animals has grown in popularity over the past several years because of the sharp and clear images
produced when sound
waves are introduced to an animal's body cavity (such as the chest or abdomen).
Ultrasound is a simple, pain - free diagnostic tool that utilizes high - frequency sound
waves to
produce live images of your pet's internal organs.
Ultrasound is a pain - free, totally non-invasive technique that uses high - frequency sound
waves to
produce a real - time image of your pet's internal organs.
Ultrasound is a non-invasive and non-painful test that
produces a visualization of the developing fetuses using sound
waves.
Ultrasound is safe and painless, and
produces pictures of the inside of the body using sound
waves.
Ultrasonography is a type of diagnostic technique that uses
ultrasound waves to
produce an imaging study.
Ultrasonography determines the size of regional lymph nodes and the echogenecity (the characteristic ability of an organ or tissues to reflect
ultrasound waves and
produce echoes) of other abdominal organs especially liver and spleen.