Home >> Tech Briefs >> Physical Sciences >> High-Speed Transport of Fluid Drops and Solid Particles via Surface Acoustic Waves

High-Speed Transport of Fluid Drops and Solid Particles via Surface Acoustic Waves

advertisement:

The innovation can act as a bladeless wiper for raindrops.

A compact sampling tool mechanism that can operate at various temperatures, and transport and sieve particle sizes of powdered cuttings and soil grains with no moving parts, has been created using traveling surface acoustic waves (SAWs) that are emitted by an inter-digital transducer (IDT). The generated waves are driven at about 10 MHz, and it causes powder to move towards the IDT at high speed with different speeds for different sizes of particles, which enables these particles to be sieved.

Viewing entire briefs requires login/registration. Registration is free and easy to complete. If you're already registered with Tech Briefs, simply login at the top of the page.

>> Trending this Month

>> Newsletter

Subscribe today to receive the INSIDER, a FREE e-mail newsletter from NASA Tech Briefs featuring exclusive previews of upcoming articles, late breaking NASA and industry news, hot products and design ideas, links to online resources, and much more.

Sign up now >>