Biomedical Applications of Vibration and Acoustics in Imaging and Characterizations

Biomedical Applications of Vibration and Acoustics in Imaging and Characterizations

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Description

The primary objective of this book is to compile the latest research topics on biomedical imaging and tissue characterization techniques that utilize vibration and acoustics.This book includes two parts. The first part is dedicated to imaging, which is comprised of eight chapters. The first seven chapters in this part are focused on methods that utilize acoustic radiation force. These chapters included methods, such as Vibro-acoustography, Dual Radiation Force, Acoustic Radiation Force Imaging, and Harmonic Motion Imaging. The eighth chapter in this part is on Magnetic Resonance Elastography.The second part is dedicated to the applications of vibration and acoustics in tissue characterization. This part contains five chapters. The first two chapters are on characterization of arterial vessels, using either pressure waves or radiation force of ultrasound. The next two chapters are focused on tissue motion detection and estimation of tissue viscoelasticity. The last chapter in this part is on characterization of bone using elastic waves. Since most methods presented in this book are based on ultrasound, it deemed appropriate to include an appendix on ultrasound bioeffects as well as safety standards and guidelines for practice of diagnostic ultrasound.Readers will find this text a valuable asset in keeping them abreast of the latest techniques in this area. It will appeal not only to fellow researchers, but also to clinicians, practitioners, lecturers and students in this exciting and vital field of study.
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Product details

  • Hardback | 294 pages
  • 184 x 258 x 22mm | 721.21g
  • Fairfield, United States
  • English
  • 0791802736
  • 9780791802731

Table of contents

Chapter 1: DYNAMIC RADIATION FORCE OF ACOUSTIC WAVES; Chapter 2: NUMERICAL MODELING FOR ASSESSMENT AND DESIGN OF ULTRASOUND VIBROACOUSTOGRAPHY SYSTEMS; Chapter 3: STRAIN INDUCED BY DUAL ACOUSTIC RADIATION FORCE AND ITS ULTRASONIC MEASUREMENT; Chapter 4: COMPUTATIONAL INVERSE PROBLEM TECHNIQUES IN VIBRO-ACOUSTICS; Chapter 5: ACOUSTIC RADIATION FORCE IMPULSE (ARFI) IMAGING: FUNDAMENTAL CONCEPTS AND IMAGE FORMATION; Chapter 6: CARDIOVASCULAR ELASTICITY IMAGING; Chapter 7: HARMONIC MOTION IMAGING IN HIFU MONITORING; Chapter 8: CHARACTERIZATION OF SKELETAL MUSCLE ELASTICITY USING MAGNETIC RESONANCE ELASTOGRAPHY; Chapter 9: ACOUSTIC RESPONSE OF THE HUMAN ARTERIES; Abstract; Chapter 10: NON-INVASIVE METHOD FOR MEASURING LOCAL VISCOELASTICITY OF ARTERIAL VESSELS; Chapter 11: TISSUE HARMONIC MOTION ESTIMATION FOR TISSURE CHARACTERIZATION USING ULTRASOUND AND KALMAN FILTER; Chapter 12: CHARACTERIZATION OF TISSUE VISCO-ELASTICITY FROM SHEAR WAVE SPEED DISPERSION; Chapter 13: APPLICATION OF NONLINEAR ELASTIC WAVE SPECTROSCOPY (NEWS) TO IN VITRO DAMAGE ASSESMENT IN CORTICAL BONE; Appendices; Selected Safety Statements from International Organizations.
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