Acoustical Holography

1. Front Matter

   Pages i-xiii

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2. The Use of Ultrasound Methods to Detect Changes in Breast Tissue Which Precede the Formation of a Malignant Tumor

   • E. Kelly Fry

   Pages 1-20

3. Heart Model Supported in Organ Culture and Analyzed by Acoustic Microscopy

   • Reginald C. Eggleton, F. Stephen Vinson

   Pages 21-35

4. The Role of Collagen in Determining Ultrasonic Propagation Properties in Tissue

   • W. D. O’Brien Jr.

   Pages 37-50

5. High Resolution, High Sensitivity Ultrasonic C-Scan Imaging System

   • R. Mezrich

   Pages 51-64

6. A Large Aperture Real-Time Equipment for Vascular Imaging

   • Anant K. Nigam, Charles P. Olinger

   Pages 65-77

7. Ultrafast Echotomographic System Using Optical Processing of Ultrasonic Signals

   • R. Torguet, C. Bruneel, E. Bridoux, J. M. Rouvaen, B. Nongaillard

   Pages 79-85

8. An Improved System for Visualizing and Measuring Ultrasonic Wavefronts

   • D. Vilkomerson, R. Mezrich, K.-F. Etzold

   Pages 87-101

9. Real Time Imaging with Shear Waves and Surface Waves

   • T. M. Waugh, G. S. Kino

   Pages 103-115

10. Acoustic Image Converter for Three-Step Acoustic Holography

    • Amin Hanafy, Mauro Zambuto

    Pages 117-132

11. Lenses and Ultrasonic Imaging

    • H. W. Jones, C. J. Williams

    Pages 133-153

12. Method for the Investigation of Acoustic Lenses with Optical Interferometric System

    • J. Y. Zieniuk

    Pages 155-166

13. A New Ultrasonic Imaging System by Using a Rotating Random Phase Disk and Power Spectral and Third Order Correlation Analysis

    • Takuso Sato, Shusou Wadaka, Junichi Ishii, Tadasu Sunada

    Pages 167-178

14. Bispectral Passive Holographic Imaging System

    • Takuso Sato, Kimio Sasaki, Yoichi Nakamura, Masaharu Nonaka

    Pages 179-191

15. Computer Simulation of Linear Acoustic Diffraction

    • John P. Powers

    Pages 193-205

16. On-Line Interactivte Computer Processing of Acoustic Images

    • C. H. Lee, G. Heidbreder, G. Wade, A. Coello-Vera

    Pages 207-223

17. Image Processing for Aberration Removal

    • J. C. Stamm, R. Priemer

    Pages 225-243

18. Computorized Reconstruction of Ultrasonic Velocity Fields for Mapping of Residual Stress

    • B. P. Hildebrand, D. E. Hufferd

    Pages 245-262

19. Refractive Index by Reconstruction: Use to Improve Compound B-Scan Resolution

    • J. F. Greenleaf, S. A. Johnson, W. F. Samayoa, C. R. Hansen

    Pages 263-273

20. Application of Acoustical Holography to Noise Data Analysis

    • W. S. Gan

    Pages 275-281

This volume contains the papers presented at the Seventh International Symposium on Acoustical Imaging and Holography. The meeting was held in Chicago, Illinois U.S.A. on August 30 - September 1, 1976. Since 1967 this series of conferences has served as an international forum for bringing together the many different facets of the ultrasonic visualization field. Medical diagnosis, nondestructive testing, underwater viewing, seismic the mapping, and acoustic analytical microscopy are examples of broad range applications of this technology. Throughly broad in scope, the common denominator that binds this volume together is the application of engineering and physics disciplines to the creation of images by means of ultrasonic waves. Efforts on the part of the program committe and their institutions are greatly appreciated, They are acknowledged below: Newell Booth Nave lex Arlington, Va. Byron B. Brendan Holosonics, Inc. Richland, Wa. Reginald C. Eggleton ICFAR-IU Medical School Indianapolis, In. Stanford Research Institute Philip S. Green Menlo Park, Ca. Henry Karplus Argonne National Labs Argonne, Il. J.D. Meindl Stanford University Stanford, Ca. Alexander F. Metherell University of California Irvine, Ca. R.K. Mueller University of Minnesota Stillwater, Mn. Frederick L. Thurstone Duke University Durham, N.C. vii viii PREFACE Glen Wade University of California Santa Barbara, Ca. Keith Wang University of Houston Houston, Tx.

• diagnosis
• engine
• holography
• microscopy
• nondestructive testing
• physics
• research
• technology
• testing
• ultrasound
• visualization
• waves

• Sonoscan, Inc., Bensenville, USA

  Lawrence W. Kessler

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