An analysis of lesion development in the brain and in plastics by high-intensity focused ultrasound at low-megahertz frequencies.

Keywords

Lesion, Materials science, Ultrasonic sensor, Ultrasound, Intensity (physics)

References

No references recorded for this paper.

Cited by

• Planning pour la thérapie de tumeur du foie par ultrasons haute intensitéS. Esneault — 2009
• The effects of ultrasonically induced hyperthermia on experimental tumors in the rabbit eye.R. Braakman, P. van der Valk, Jan L. van Delft — 1989
• Treatment of brain cancer and ischaemic stroke utilising High Intensity Focus Ultrasound (HIFU) guide with MRIV. Hadjisavvas — 2012
• Measurement of Thermal Diffusivity of Biomaterials by Focused Ultrasonic Beams (Thermal Pulse Decay Method by Focused Ultrasonic Beams)Masanori Nakayama, Kazuo Tanishita — 1994
• Irreversible change in the T1 temperature dependence with thermal dose using the PRF-T1 TechniqueMahamadou Diakité, Allison Payne, Nick Todd — 2012
• HEATING IN VASCULAR TISSUE AND FLOW-THROUGH TISSUE PHANTOMS INDUCED BY FOCUSED ULTRASOUNDJinlan Huang — 2002
• Non-invasive in vivo ultrasound temperature estimationMahdi Bayat — 2014
• Interstitial ultrasound heating applicator for MR-guided thermal therapy.Rajiv Chopra, C. Luginbuhl, Alfred J. Weymouth — 2001
• Ultrasonic attenuation of dog tissues as a function of temperatureChristakis Damianou, N. T. Sanghvi, F. J. Fry — 1995
• Ultrasound phase contrast thermal imaging with reflex transmission imaging methods in tissue phantomsCaleb H. Farny, Gregory T. Clement — 2009
• The effects of ionizing radiation, microwaves, and ultrasound on the developing embryo: clinical interpretations and applications of the data.Robert L. Brent — 1984
• Ultrasonic production of reversible changes in the electrical parameters of isolated frog skin.Anna Coble, F. Dunn — 1976
• In vitro characterization of perfluorocarbon droplets for focused ultrasound therapyKelly C. Schad, Kullervo Hynynen — 2010
• Prediction and Measurement of the Size of Thermal Lesion Induced by High Intensity Focused Ultrasound in a Tissue-Mimicking PhantomKang ll Lee, Min Joo Choi — 2009
• Modification of intensity distributions from large aperture ultrasound sources.R.L. Clarke — 1995
• Effects of physical parameters on high temperature ultrasound hyperthermia.Bonnie Elizabeth Billard, Kullervo Hynynen, Robert B. Roemer — 1990
• The thermal pulse decay technique for measuring ultrasonic absorption coefficientsKevin J. Parker — 1983
• Toxic effects of ultrasound in mice: damage to central and autonomic nervous systems.Sidney J. Stolzenberg, P. D. Edmonds, C. A. Torbit — 1980
• Ultrasonic Treatment of Varicose VeinsHelmuth Schultz-Haakh, John K-J. Li, W. Welkowitz — 1989
• The Thermal Pulse-Decay Method for Determining Ultrasound Absorption CoefficientsKevin J. Parker, P. P. Lele — 1982

Related papers

• Experiment of Multitudinous Ultrasonics Sensors using Sequentially Transmitting Ultrasonic SignaJae-Won Chang, Bon-Soo Koo, Sang Jeong Lee — 2017
• Present research and development of ultrasonic cleaningLiu Chuanshao — 2009
• 위치 불확실성 감소를 위한 중첩 초음파 센서 링의 설계김성복, 장재희 — 2009
• Ultrasonic wave and ultrasonic examineZhao Zhi-zhou — 2004
• Evaluation of the firmness measurement of fruit by using a non-contact ultrasonic techniqueSang‐Dae Lee, Byoung–Kwan Cho — 2013
• Effect of Ultrasonic Intensity on the Degradation of Phenol SolutionMei Juan Yin, Peng Cui, Zhi Jia Hu — 2011
• Highly efficient cavitation-enhanced heating with dual-frequency ultrasound exposure in high-intensity focused ultrasound treatmentHiroshi Sasaki, Jun Yasuda, Ryo Takagi — 2014