Acoustical Holography
Springer-Verlag New York Inc.
978-1-4615-8218-2 (ISBN)
This volume contains the Proceedings of the Sixth International Symposium on Acoustical Holography and Imaging, held in San Diego, California, February 4-7, 1975. The title of this symposium differs from that of the first four by the addition of the word "Imaging", reflecting an increase in emphasis on nonholographic methods of acoustical visualization. For convenience, no change has been made in the title of this published series. The 38 papers presented here define the state-of-the-art in the rapidly developing field of acoustical holography and imaging. Many of them describe applications in such fields as medical diagnostics, microscopy, nondestructive testing, underwater viewing, and seismology. The Editor recognizes the diligent efforts of the authors in advancing the technology of Acoustical Imaging and thanks them for preparing and submitting descriptions of their work. The papers were selected with the able assistance of the Program Committee that con sisted of P.S. Green, Stanford Research Institute; J.F. Havlice, Stanford Microwave Laboratory; B.P. Hildebrand, Battelle Northwest; D.R. Holbrooke, Children's Hospital of San Francisco; P.N. Keating, Bendix Research Laboratories; A. Korpel, Zenith Radio Corporation; B.J. McKinley, Lawrence Livermore Laboratory; A.F. Metherell, University of Miami; J. Powers, Naval Postgraduate School; and F.L. Thurstone, Duke University. The Editor appreciates the help of the session chairmen: D.R. Holbrooke, Children's Hospital of San Francisco; Mahfuz Ahmed, Zenith Radio Corporation; R.K. Mueller, University of Minnesota; G. Wade, University of California at Santa Barbara; B.P.
Biomedical Imaging with the SRI Ultrasonic Camera.- Through-Transmission Acoustical Holography for Medical Imaging—A Status Report.- Research in Ultrasound Image Generation: A Computerized Ultrasound Processing, Acquisition, and Display (CUPAD) System.- Algebraic Reconstruction of Spatial Distributions of Acoustic Velocities in Tissue from Their Time-of-Flight Profiles.- Cardiovascular Diagnosis with Real Time Ultrasound Imaging.- Sampled Aperture Techniques Applied to B-Mode Echoencephalography.- High-Resolution B-Scan Systems Using a Circular Array.- Progress in Annular-Array Imaging.- System for Visualizing and Measuring Ultrasonic Wavefronts.- Digital Computer Simulation Study of a Real-Time Collection, Post-Processing Synthetic Focusing Ultrasound Cardiac Camera.- A Scanning Focused-Beam System for Real-Time Diagnostic Imaging.- Optical Visualization of Acoustical Holograms by Area Heterodyning.- Real-Time Doppler Imaging for Unambiguous Measurement of Blood Volume Flow.- An Acoustic Phase Plate Imaging Device.- An Electronically Focused Two-Dimensional Acoustic Imaging System.- Acoustic Microscopy — A Tool for Medical and Biological Research.- Microanatomy of a Histologically Unstained Embryo as Revealed by Acoustic Microscopy.- Assessment of Bragg Imaging and the Importance of its Various Components by Comparison with Radiographic Imaging.- Acoustic Lenses and Low-Velocity Fluids for Improving Bragg-Diffraction Images.- Raman-Nath Imaging.- Optical Imaging Sonar.- Holographic Processing of Near-Field Sonar Data.- Solid Plate Acoustical Wave Focusing.- Earth Holography as a Method to Delineate Buried Structures.- Enhancement by Non-Coherent Superposition of Microwave Images Formed with Crossed, Coherent Arrays.- Holographic Aperture Synthesis via a TransmitterArray.- Synthetic Aperture Approach to Multi-Beam Scanning Acoustical Imaging.- Maximization of Resolution in Three Dimensions.- Experimental Implementation of Advanced Processing in Acoustic Holography.- A New Processing Technique for Scanned Ultrasonic Holography.- Holographic Interferometry with Acoustic Waves.- Acoustical Interferometry Using Electronically Simulated Variable Reference and Multiple Path Techniques.- Fringe Localization in Acoustical Holographic Interferometry.- Acoustic Imaging Techniques for Real-Time Nondestructive Testing.- Performance of an Ultrasound Camera Tube Utilizing Pyroelectric Conversion Layers.- Analysis of the Response of Piezoelectric Receivers in Acoustic Imaging Systems.- Standard Phantom Object for Measurements of Gray Scale and Dynamic Range of Ultrasonic Equipment.- Power Measurement Techniques Applied to Imaging Systems.
| Zusatzinfo | 281 Illustrations, black and white; XI, 760 p. 281 illus. |
|---|---|
| Verlagsort | New York, NY |
| Sprache | englisch |
| Maße | 152 x 229 mm |
| Themenwelt | Naturwissenschaften ► Physik / Astronomie ► Optik |
| Technik ► Elektrotechnik / Energietechnik | |
| ISBN-10 | 1-4615-8218-0 / 1461582180 |
| ISBN-13 | 978-1-4615-8218-2 / 9781461582182 |
| Zustand | Neuware |
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