Title :
2004 IEEE Ultrasonics Symposium (IEEE Cat. No.04CH37553)
Abstract :
The following topics are dealt with: contrast agents - perfusion; tissue elasticity; NDE non-contact measurement techniques; optical interactions; SAW device modeling; directions in ultrasound imaging; therapy: advanced applications; novel transducer applications; bulk wave materials and effects; from SAW to thin films; contrast agents - fundamentals; beamforming; CMUT modeling; BAW resonator analysis, magnetic interactions; DMS filter; BAW sensors; contrast agents -characterization; vascular elasticity; thin film BAW resonators and filters; SAW devices and propagation; blood flow; heart characterization; ultrasound MEMS technology; physical acoustics; NDE and in-process monitoring; bone characterization; cells and cardiac; transducer modeling; acoustic imaging; therapy: thermal ablation; high frequency and mice; medical transducers; SAW sensors; tissue characterization; aberration correction; therapy: cavitation; high frequency transducers; wave propagation; ladder-type filters and duplexers; contrast agents imaging; therapy: brain; single crystal transducer materials; acoustic and optical scattering; imaging and signal processing; system and device applications; contrast agents: therapy; intravascular imaging; transducer materials; ultrasonic motors and actuators; SAW materials and propagation; vascular imaging; advanced techniques; medical signal processing; cavitation in therapy; tissue elastography; SAW wireless; high coupling SAW materials; sensors; underwater transducers; transducer array modeling; composite transducers; bulk acoustic waves; tissue characterization: vessels; ultrasound therapy; and bioeffects.
Keywords :
actuators; array signal processing; biological effects of radiation; biological tissues; biomedical transducers; biomedical ultrasonics; bone; bulk acoustic wave devices; cardiology; elasticity; haemodynamics; haemorheology; ladder filters; light scattering; medical image processing; micromechanical devices; patient monitoring; sensors; surface acoustic wave resonator filters; tomography; ultrasonic imaging; ultrasonic materials testing; ultrasonic motors; ultrasonic propagation; ultrasonic scattering; BAW filters; BAW sensors; CMUT modeling; DMS filter; NDE; SAW device modeling; SAW filters; SAW wireless; aberration correction; acoustic imaging; acoustic scattering; beamforming; bioeffects; blood flow; bone characterization; bulk wave materials; cavitation; composite transducers; contrast agents; duplexers; heart characterization; high coupling SAW materials; high frequency transducers; in-process monitoring; intravascular imaging; laddertype filters; magnetic interactions; medical signal processing; medical transducers; mice; noncontact measurement techniques; optical interactions; optical scattering; perfusion; physical acoustics; single crystal transducer materials; surgical transducers; thermal ablation; thin film BAW resonators; tissue characterization; tissue elasticity; tissue elastography; tomography; transducer array modeling; ultrasonic actuators; ultrasonic motors; ultrasound MEMS technology; ultrasound imaging; ultrasound therapy; underwater transducers; vascular elasticity; vascular imaging; vessels; wave propagation;
Conference_Titel :
Ultrasonics Symposium, 2004 IEEE
Conference_Location :
Montreal, Quebec, Canada
Print_ISBN :
0-7803-8412-1
DOI :
10.1109/ULTSYM.2004.1417639
