AbstractIn near-field acoustic levitation, an object is levitated vertically upward above the vibrating surface of an ultrasonic transducer. On the other hand, it is known that an object can be suspended vertically downward under the vibrating surface in the water. In this phenomenon, it seems that the pressure acting on the object is negative at the certain gap. This paper describes application of the pressure for handling of minute planar objects in the air. Fabrication of an experimental setup according to the proposal and experimental results of the ultrasonic suspension in the air are reported
AbstractIn this study, a non-resonant configuration of ultrasonic levitation device is presented, wh...
We present an acoustic levitator experiment in air, in which objects can be vertically positioned t...
AbstractA new device for noncontact transportation of small solid objects is presented here. Ultraso...
AbstractIn near-field acoustic levitation, an object is levitated vertically upward above the vibrat...
AbstractWe report the development of an ultrasonic levitation system. Liquid drops or solid samples ...
This paper presents an investigation into producing self-levitation effect using piezo-electric actu...
This paper reports a study on acoustic levitation. Standing acoustic waves can be established betwee...
The experimental setup for ultrasonic controlled levitation in the air has been developed. Two phase...
Acoustic levitation technology is the use of ultrasound to form standing waves. Sound is a form of m...
Apart from contact micromanipulation, there exists a large variety of levitation techniques among wh...
Acoustic levitation provides a means to achieve contactless manipulation of fragile materials and bi...
In this experiment we investigated the behavior of a 40W commercial, ultrasonic transducer. We obser...
Levitation is a process which an object is suspended in a stable position against gravity, without a...
In this study, the design and testing of a linear bearing using near-field acoustic levitation (NFAL...
The acoustic levitation pressure profile generated by an acoustic levitator with piezo actuator was ...
AbstractIn this study, a non-resonant configuration of ultrasonic levitation device is presented, wh...
We present an acoustic levitator experiment in air, in which objects can be vertically positioned t...
AbstractA new device for noncontact transportation of small solid objects is presented here. Ultraso...
AbstractIn near-field acoustic levitation, an object is levitated vertically upward above the vibrat...
AbstractWe report the development of an ultrasonic levitation system. Liquid drops or solid samples ...
This paper presents an investigation into producing self-levitation effect using piezo-electric actu...
This paper reports a study on acoustic levitation. Standing acoustic waves can be established betwee...
The experimental setup for ultrasonic controlled levitation in the air has been developed. Two phase...
Acoustic levitation technology is the use of ultrasound to form standing waves. Sound is a form of m...
Apart from contact micromanipulation, there exists a large variety of levitation techniques among wh...
Acoustic levitation provides a means to achieve contactless manipulation of fragile materials and bi...
In this experiment we investigated the behavior of a 40W commercial, ultrasonic transducer. We obser...
Levitation is a process which an object is suspended in a stable position against gravity, without a...
In this study, the design and testing of a linear bearing using near-field acoustic levitation (NFAL...
The acoustic levitation pressure profile generated by an acoustic levitator with piezo actuator was ...
AbstractIn this study, a non-resonant configuration of ultrasonic levitation device is presented, wh...
We present an acoustic levitator experiment in air, in which objects can be vertically positioned t...
AbstractA new device for noncontact transportation of small solid objects is presented here. Ultraso...