We report an optical fiber ultrasound transmitter with electrospun MWCNT-polymer composite, generating high-amplitude broadband ultrasound. They produced pressures in the range of conventional intravascular imaging transducers, and can be incorporated into catheters/needles for keyhole surgery
We demonstrate a new optical approach to generate high-frequency (>15 MHz) and high-amplitude focuse...
High frequency two-dimensional phased arrays for ultrasound microscopy are difficult to construct us...
A miniature, directional fibre-optic acoustic source is presented that employs geometrical focussing...
All-optical ultrasound transducers are promising for imaging applications in minimally invasive sur...
All-optical ultrasound transducers are well-suited for use in imaging during minimally invasive surg...
Candle-soot nanoparticles (CSNPs) have shown great promise for fabricating optical ultrasound (OpUS)...
Ultrasound has been used for diagnostic medicine since the mid 1950s. Since its inception ultrasound...
Polymer-carbon nanotube composite coatings have properties that are desirable for a wide range of ap...
Abstract Electrospinning is commonly used to produce polymeric nanofibers. Potential applications fo...
Polydimethylsiloxane (PDMS) is widely used in biomedical science and can form composites that have b...
Accurate characterization of ultrasound fields generated by diagnostic and therapeutic transducers i...
The laser based ultrasound generation is now a well known and established technique used in NDE and ...
High-frequency (\u3e 30 MHz), high-resolution (μm) ultrasonic imaging has been increasingly demanded...
The accurate quantification of ultrasound fields generated by diagnostic and therapeutic transducers...
We utilized an ultrasound enhanced electrospinning (USES) technique to produce a four-layer nanofibe...
We demonstrate a new optical approach to generate high-frequency (>15 MHz) and high-amplitude focuse...
High frequency two-dimensional phased arrays for ultrasound microscopy are difficult to construct us...
A miniature, directional fibre-optic acoustic source is presented that employs geometrical focussing...
All-optical ultrasound transducers are promising for imaging applications in minimally invasive sur...
All-optical ultrasound transducers are well-suited for use in imaging during minimally invasive surg...
Candle-soot nanoparticles (CSNPs) have shown great promise for fabricating optical ultrasound (OpUS)...
Ultrasound has been used for diagnostic medicine since the mid 1950s. Since its inception ultrasound...
Polymer-carbon nanotube composite coatings have properties that are desirable for a wide range of ap...
Abstract Electrospinning is commonly used to produce polymeric nanofibers. Potential applications fo...
Polydimethylsiloxane (PDMS) is widely used in biomedical science and can form composites that have b...
Accurate characterization of ultrasound fields generated by diagnostic and therapeutic transducers i...
The laser based ultrasound generation is now a well known and established technique used in NDE and ...
High-frequency (\u3e 30 MHz), high-resolution (μm) ultrasonic imaging has been increasingly demanded...
The accurate quantification of ultrasound fields generated by diagnostic and therapeutic transducers...
We utilized an ultrasound enhanced electrospinning (USES) technique to produce a four-layer nanofibe...
We demonstrate a new optical approach to generate high-frequency (>15 MHz) and high-amplitude focuse...
High frequency two-dimensional phased arrays for ultrasound microscopy are difficult to construct us...
A miniature, directional fibre-optic acoustic source is presented that employs geometrical focussing...