- Motion Compensation for Temperature Imaging using the Change in Ultrasonic Backscattered Energy
- Graz, Austria, 11 Jun 05Washington University in St. Louis Recent Advances in NonRecent Advances in Non--InvasiveInvasive
- The use of an interrogating ultrasound beam for noninvasive measurement of temperature has been investigated from several perspectives. Our group is
- Int. J. Hyperthermia, September 2005; 21(6): 589600 Non-invasive estimation of hyperthermia temperatures
- Arlington, VA 5/24/06 Washington University in St. Louis
- J. OF ELECTROCARDIOLOGY, 32:22-33, 1999 1 Spherical-Harmonic Approximation to
- IEEE TRANSACTIONS ON BIOMEDICAL ENGINEERING DRAFT December 20, 2003 1 Estimation of Heart-Surface Potentials Using
- 20 April 2002 Washington University in St. Louis R. M. Arthur
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- THEORETICAL ESTIMATION AND EXPERIMENTAL TECHNIQUES FOR THE DETERMINATION OF THE TEMPERATURE DEPENDENCE OF BACKSCATTERED ULTRASONIC POWER
- Experimental Setup Measurements were made with the experimental configuration depicted in Figure 1. Tissue
- International Journal of Bioelectromagnetism www.tut.fi/ijbem Vol. x, No. x, pp. xx -xx, 2009
- IEEE TRANSACTIONS ON UFFC DRAFT February 11, 2006 1 Temperature Dependence of Ultrasonic
- Department of Radiation OncologyDepartment of Radiation Oncology Effects of Scatterer Populations on Temperature Dependence ofEffects of Scatterer Populations on Temperature Dependence of
- 3D Temperature Dependence of Ultrasonic Backscattered Energy in3D Temperature Dependence of Ultrasonic Backscattered Energy in Images Compensated for Apparent Tissue MotionImages Compensated for Apparent Tissue Motion
- Arlington, VA 5/16/07 Washington University in St. Louis
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- ROLE OF COLLAGEN IN THE TEMPERATURE DEPENDENCE OF ULTRASONIC BACKSCATTERROLE OF COLLAGEN IN THE TEMPERATURE DEPENDENCE OF ULTRASONIC BACKSCATTER Debomita Basu,
- Washington University in St. Louis STMSTM Bethesda, MD 4/7/06
- Washington University in St. Louis Washington, DC 5/16/07
- Washington, DC, 3/26/06Washington University in St. Louis In Vivo Change in UltrasonicIn Vivo Change in Ultrasonic
- In the past our group has shown that the ultrasound power backscattered from subvolumes of in vitro tissue preparations is
- Previously, we have investigated techniques for measuring temperature-dependent change in backscattered energy (CBE) in 1D
