Acoustic immersion blender
- Acoustic immersion blender
- Acoustofluidic device
Standing acoustic waves give rise to pressure gradients in a microfluidic channel filled with a particle suspension. Particles move to the sidewalls based on their size and the applied power.
Working principle of a delay-line type radio-frequency identification tag (RFID) based on surface acoustic wave technology and its use for temperature measurement by time-domain signal shift.
Principle of the implementation of a wireless, autark SAW-based temperature measurement sensor in a sputter-deposition chamber.
Working principle of a frequency filter for radio-frequency signals based on surface acoustic wave technology and its use within cell phones.
Working principle of acoustic tweezers based on surface acoustic wave technology and its use for contactfree cell trapping in a microfluidic vessel.