Seafood lovers know the fatty marbling is what makes tuna sashimi and sushi so tasty, so for the industry, it's the fish's ...

The University of Arkansas for Medical Sciences (UAMS) recently became the first provider in Arkansas of NanoKnife technology ...

These acoustic waves travel by compressing and expanding the water, similar to how sound moves through the air. They travel ...

Improve Laboratory Efficiency with Our Ultrasonic Bath Sonicator for Precise Cleaning Efficiency and precision are two ...

If you're planning a vacation or a business trip and you've heard people talk about how the best noise-cancelling headphones can make travel infinitely more enjoyable, you're in the right place.

The resulting waves can then be studied to show geological structures of types ... During seismic surveys, a predominantly low frequency (10 - 300 Hz), high intensity (215-250 dB) sound pulse is ...

According to the Ultrasonic Power Corporation, ultrasonic cleaners use high-frequency sound waves which are produced by an ultrasonic transducer to clean a wide range of items and materials.

In this wire, fund manager and small-cap stock picker, Emanuel Datt, names three businesses he likes for big returns, which you could also associate as Trump winners. The Datt Capital Small Companies ...

The RMIT University in Melbourne, Australia, has found a way to eradicate such issues. The research project has implemented high-frequency sound waves during the electrolysis process. They prevent the ...

Sound is a vibration that travels through air as a wave. These waves are created when an object moves back and forth, compressing and decompressing air molecules. The frequency of these vibrations is ...

Then, they used ultrasound waves tuned to the frequency of 24kHz to permanently alter the glass. The sound waves essentially created microscopic bubbles in the salt solution. Then, when the ...