A technology well-known in the medical fields, ultrasound technology has a wide variety of applications and is used in countless industries. === === Ultrasound uses echoes of sound waves to construct a three dimensional image of the inside of the body, most commonly recognized with pregnancy and the viewing of a developing fetus. Ultrasound is also used for: * detecting pelvic abnormalities * treating benign and malignant tumors and other disorders * cleaning teeth in dental hygiene * treating cataracts * continuous ultrasonic sound waves are used by physiotherapists for treating deep soft tissue injuries - promoting healing (loosens scar tissue) and helping to relieve pain by heating the tissue * pulse ultrasonic sound waves are used in cases where the heating of the tissues is undesireable * phonophoresis is a process where ultrasound is used for pushing anti-inflammatory drugs into the body * lithotripsy is the process of breaking up kidney stones with sound waves In addition, ultrasound is also being used as a replacement for traditional thermal and mechanical manufacturing processes and techniques and as a non-destructive method for finding flaws in metals, plastic and other materials; measuring the thickness of objects; and heat transferring in liquids. Ultrasonic cleaning is also used by jewelers for cleaning fine jewelry. There are also several applications currently being tested. Ultrasonic weapons are currently in development where a focused beam of sound is used to injure or incapacitate. Sonoluminescence is another use being investigated for nuclear fusion. Researchers recently employed ultrasound in dry corn milling plant to enhance ethanol production. Ultrasonics are also used in humidifiers, nebulizing the water to produce a fine mist that helps some people breathe.
Industrial applications 1.ultrasonic drilling
2.ultrasonic welding
3.ultrasonic soldering
4.ultrasonic cleaning
Medical applications
1.In cardiology
Ultrasound uses echoes of sound waves to construct a three dimensional image of the inside of the body, most commonly recognized with pregnancy and the viewing of a developing fetus. Ultrasound is also used for:
•detecting pelvic abnormalities
•treating benign and malignant tumors and other disorders
•cleaning teeth in dental hygiene
•treating cataracts
•continuous ultrasonic sound waves are used by physiotherapists for treating deep soft tissue injuries - promoting healing (loosens scar tissue) and helping to relieve pain by heating the tissue
•pulse ultrasonic sound waves are used in cases where the heating of the tissues is undesireable
•phonophoresis is a process where ultrasound is used for pushing anti-inflammatory drugs into the body
•lithotripsy is the process of breaking up kidney stones with sound waves
In addition, ultrasound is also being used as a replacement for traditional thermal and mechanical manufacturing processes and techniques and as a non-destructive method for finding flaws in metals, plastic and other materials; measuring the thickness of objects; and heat transferring in liquids. Ultrasonic cleaning is also used by jewelers for cleaning fine jewelry.
There are also several applications currently being tested. Ultrasonic weapons are currently in development where a focused beam of sound is used to injure or incapacitate. Sonoluminescence is another use being investigated for nuclear fusion. Researchers recently employed ultrasound in dry corn milling plant to enhance ethanol production.
Ultrasonics are also used in humidifiers, nebulizing the water to produce a fine mist that helps some people breathe
Ultrasonic sound is used to observe fetus in pregnant women. It is also used in SONARs, a means of detecting distances under the depths of the seas in submarines. Ultrasonic sound is used by bats as SONAR.
used to check on a feutus during pregnancy, can be used to look at the functioning of our internal organs such as the heart or liver, it can also be used to see the severity of some cancerous tumors
Two practical uses of ultrasound are to view unborn babies in the womb, and to scan pipes and containers for hidden flaws, especially at welds.
Ultrasound is used to measure and record living cells in the body, i.e when a woman is pregnent they scan the womb and measure the baby's heartrate.
Ultrasound machines are used for many medical reasons. Some of the main uses of ultrasound machines include disease diagnosis, pregnancy, biopsy guidance, and therapeutic sonography.
Ultrasound imaging can help doctors during procedures such as needle biopsies,
An oncologist uses a lot of different types of high tech machines. This includes x-ray machines, MRI machines, and ultrasound machines.
Ultrasound machines are quite pricey, but you could definitely find one online. For a good place to start, see: http://www.absolutemed.com/Ultrasound-Machines
Ultrasound uses sound. It was developed with the same principles of sonar used at sea. When sound passes through the body it produces echoes that are able to identify distance, size and the shape of objects.
Chamfering machines are industrial machines that have several specific uses. The main purpose of Chamfering machines is to work metal into useful shapes.
Animals use ultrasound but i do not know what animals do,
yes when you get an ULTRASOUND when your pregnant it use ultrasound waves to show the image.
Chances are you can find equipment like that online on Craigslist or ebay. Both sites specialize in unique equipment like portable ultrasound machines.
it uses ultrasound
sure most of the time
Its an ultrasound that uses sound waves, which gives you a clearer image of what your baby looks like!
Ultrasound or thermoacoustic refrigeration uses a resonating sound wave to induce a thermal gradient.
Plasma cutting machines are used to cut different thicknesses of metals and steels and sometimes other materials too. These machines are commonly used by wielders and often involve CNC cutting.