Ultrasonic standing wave traps, Gor'kov radiation pressure, and non-contact particle manipulation.
Using a containerless processing high temperature melts acoustic levitator prevents wall nucleation, unlocking deep undercooling and novel phase states.
Investigating the density limit in acoustic levitation for heavy metals like osmium and tungsten, bounded by non-linear acoustic streaming and cavitation.
Explore acoustic levitation in liquid bio-cells microfluidic sorting for label-free cyto-fractionation using ultrasonic standing wave gradients.
Discover acoustic levitation microgravity space station iss experiments, isolating pure acoustic positioning and liquid bridge stability in space.
Analyze acoustic tractor beam pulling force sound waves marston modeled, proving how non-diffracting Bessel beams pull objects upstream via momentum flux.
Explore how acoustic vortex beam orbital angular momentum phase dislocation mechanics enable non-contact torque transfer and acoustic spanner rotation.
Explore biomedical cell sorting acoustofluidics continuous flow ultrasound methods utilizing standing waves for non-invasive, label-free cell isolation.
Explore contactless liquid droplet handling acoustic levitation chemistry to eliminate wall artifacts and drive boundaryless micro-reaction kinetics.
The Gorkov potential acoustic radiation force small spheres equation resolves acoustic energy density gradients into resonant trap potential wells.
Explore multi particle acoustic levitation dynamic array manipulation to generate reconfigurable Gor'kov potential landscapes for volumetric 3D displays.
Explore phased array ultrasonic levitation acoustic focal point steering to manipulate matter dynamically using holographic acoustic radiation fields.
A single axis acoustic levitator standing wave ultrasonic reflector model yields stable nodal traps through acoustic radiation force gradients.