Schedule : Nonlinear Acoustics in Medicine and Biology
Wednesday, August 21, 2002 ORAL SESSION
Time
First Author
Title
9:00
Averkiou M. A. (invited)
Nonlinear Imaging Techniques in Diagnostic Ultrasound
9:30
Cathignol D. (invited)
High Intensity Piezoelectric Sources for Medical Applications: Technical Aspects
10:00
Evan A. P. (invited)
Shockwave Lithotripsy (SWL) Induces Significant Structural and Functional Changes in the Kidney
10:15
Cleveland R. O.
Comparison of Electromagnetic and Electrohydraulic Lithotripters
10:30
Break
11:00
Matula T.
Influence of the Direct Wave on Bubbles in Electrohydraulic Lithotripters: in-Vitro Observations
11:15
Willis L. R.
Threshold for Prevention of SWL-Induced Renal Injury and Hemorrhage by Pre-Treatment of Kidneys with Low-Energy Shock Waves
11:30
Williams J. C.
Linkage of Cavitation with Spall Failure in Lithotripsy: in Vitro and in Vivo Results
11:45
Pishchalnikov Y. A.
Cavitation Bubble Cluster Dynamics Induced by Lithotripter Shock Wave at Stone Surface
12:00
Kimmel E. (invited)
Micro-Alterations and Enhanced Transport in Cellular Tissues Exposed to Therapeutic Ultrasound
12:15
Chapelon J. Y. (invited)
Effect of Cavitation on Ultrasound Absorption in Biological Tissue
12:30
2:00
Burov V. A.
Nonthermal Impact of High Intensity Ultrasound on a Malignant Tumor
2:15
Bailey M. R.
Cavitation Control by Dual Frequency High Intensity Focused Ultrasound
2:30
Connor C. W.
Therapeutic Effect of Second Harmonic Focal Spots in High Intensity Focused Ultrasound Treatment of Tissues with Nonlinear Acoustic Properties
2:45
Khokhlova V. A.
Nonlinear Regimes of Lesion Formation by HIFU in Tissue-Mimicking Phantom
3:00
Teslenko V.
Tumor Growth Inhibition by Local Activation of Cellular Sensitivity to Drugs by Focused Acoustic Shock Waves
3:15
Vaezy S.
A Needle-Size Probe with a Side-Acting Hydrophone and a Thermocouple for High Intensity Focused Ultrasound
Thursday, August 22, 2002 ORAL SESSION
Liebler M.
Nonlinear FDTD-Modeling of Ultrasound Thermotherapy Including Temperature Dependent Tissue Parameters
9:15
Koyama D.
Observation of the Behavior of a Micro-Capsule by Using a High-Speed Video Camera
Gong X. F.
Measurement of Subharmonics in Liquid Containing Encapsulated Microbubbles
9:45
Vykhodtseva N.
Effects of Cavitation Induced by Low-Power Focused Ultrasound in the Presence of an US Contrast Agent: Study on Rabbit Brain in Vivo
Faerman V.
Destruction of Fat Cells by Ultrasound Waves
Gavrilov L. R.
Mechanisms of Stimulation Effects of Focused Ultrasound on Neural Structures: Role of Nonlinear Effects
Sarvazyan A. (invited)
Ultrasound Radiation Force as a Means for Assessment of Conditions of Bone and Soft Tissue
Demin I. Y.
Nonlinear Vibroacoustic Processes on the Biological Tissue
Timanin E.
Ultrasonic Doppler Imaging of Nonlinear Elastic Shear Properties of Biological Tissue Phantoms
Demiray H.
Modulation of Nonlinear Waves in a Fluid-Filled Tapered Elastic Tube
Bakirtas I.
Small-But-Finite Amplitude Waves in a Tapered Elastic Tube Filled with an Inviscid Fluid
Filonenko E.
Modeling of Temperature Field in Tissue Created by Therapeutic Phased Arrays with Regular and Random Distribution of Elements
Sutin A. M.
On Nonlinear Acoustics Methods in Medical Diagnostics
Ebbini E. S.
High-Contrast Pulse-Echo Ultrasonic Imaging with Post-Beamforming Nonlinear Filters
Bouakaz A.
Superharmonic Tissue Imaging
Chernov V.
The Application of Sonoluminescence in Medical Diagnostics
Savitskaya N. N.
Influence of Cavitation and Thermoacoustic Processes on Biological Tissue Destruction Under Action of Laser Pulses with Regular Temporal Structure
Krasovitski B.
Flow Regimes Induced by Pulsating Gas Bubbles in Living Tissues
Wednesday, August 21, 2002 POSTER SESSION
3:30
The Study of Acoustic Nonlinearity Parameter Tomography in Reflection Mode
Effects of Pulsed Focused Ultrasound at Pressures Beyond the Cavitation Threshold: Histological Study on Rabbit Brain in Vivo