Acoustical Imaging [E-Book] / edited by Eric A. Ash, C. R. Hill
The formation of images by ultrasound is a fascinating study, with well-established, yet rapidly growing, applic ations in medicine and with increasing relevance to a surprisingly disparate set of problems in the non-destructive examination of materials and components. The present volume is a recor...
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Full text |
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Personal Name(s): | Ash, Eric A., editor |
Hill, C. R., editor | |
Imprint: |
Boston, MA :
Springer,
1982
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Physical Description: |
XIII, 776 p. online resource. |
Note: |
englisch |
ISBN: |
9781461397809 |
DOI: |
10.1007/978-1-4613-9780-9 |
Series Title: |
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Acoustical Imaging ;
12 |
Subject (LOC): |
- Acoustical Microscopy — 1
- Considerations of Contrast in the Helium Acoustic Microscope
- Acoustic Microscopy at Temperatures Less Than 0.2°K
- Planar Acoustic Microscope Lens
- Acoustical Microscopy — 2
- Coverslip Induced Artifacts in High Resolution Scanning Laser Acoustic Microscope Images
- Ultrasonic Focussing in Absorptive Fluids
- Scanning Photoacoustic Microscopy and Detection of Subsurface Structure
- Applications of Acoustic Microscopy in the Semiconductor Industry
- Non-Destructive Evaluation — 1
- Application of Scanning Acoustic Microscope to the Study of Fracture and Wear
- Acoustic Microscopy for Materials Studies
- Material Characterization by Acoustic Microscope with Line-Focus Beam
- NDE of Solids with a Mechanically B-Scanned Acoustic Microscope
- Scanning Acoustic Microscopy Inside Ceramic Samples
- Non-Destructive Evaluation — 2
- Ultrasonic-Wave Generation by Surface and Bulk Heating in Multimaterial Structures
- Scanned Photothermal Imaging of Subsurface Structure
- Acoustical Imaging of Near Surface Properties at the Rayleigh Critical Angle
- An Experimental Investigation of the ‘Hosepipe’ Technique of Real-Time C-Scanning
- Signal Processing — 1
- A Stochastical Imaging Procedure
- Lateral Inverse Filtering of Ultrasonic B-Scan Images
- Texture Classification of B-Scan Ultrasound Images: an Assessment using Tissue Models
- Reduction of Speckle in Ultrasound B-Scans by Digital Processing
- Signal Processing — 2
- Optical Processing of Linear Array Ultrasonic Images
- Inverse Filtering to Minimize the Effect of Mechanical Aberration in Focusing Piezoelectric Transducers
- The Application of Maximum Entropy to the Processing of Ultrasonic Images of Nuclear Reactor Components Immersed in Liquid Sodium
- A Self-Focusing Ultrasonic Image Reconstruction Technique
- New Possibilities in Data Measurement, Signal Processing and Information Extraction; Philosophy and Results
- Transducers — 1
- A Method for Improving Acoustic Switching Ratio in Opto-Acoustic Transducers
- The Design of Electric Excitations for the Formation of Desired Temporal Responses of Highly Efficient Transducers
- A Linear Monolithic Receiving Array of PVDF Tranducers for Transmission Cameras
- Physical Limiations of Optically-Scanned Acoustic Imaging Tranducers at Ultrasonic Frequencies Above 10MHz
- Transducers — 2
- Particle Velocity and Displacement Patterns of Disc Transducers with Amplitude Shading
- Recent Developments in Axicon Imaging
- Multi Element Arrays
- Enhanced Trapped Energy Mode Array Transducer Using Thickness Overtones
- A Theoretical Study of Transient Behaviour of Ultrasonic Transducers in Linear Arrays
- An Experimental Method for Characterizing Ultrasonic Transducers
- A Two-Dimensional Phased Array with an Extended Depth of Focus: Some Preliminary Results
- Scattering and Propagation
- Estimation of Echo Scattered from Strongly Scattering Medium
- Directivity Patterns in Inhomogeneous Acoustic Media
- Tissue Ultrasonic Attenuation Well Modelized by a Mellin-Convolution
- Three-Dimensional Imaging of Soft Tissue with Dispersive Attenuation
- Elastic Wave Imaging with the Aid of an Inversion Transformation
- Numerical Techniques for the Inverse Acoustical Scattering Problem in Layered Media
- Tissue Characterisation and Doppler — 1
- Pulse and Impulse Response in Human Tissues
- Two-Dimensional Diffraction Scanning of Both Fresh and Fixed Normal and Cancerous Human Hepatic Tissue
- An Approach to Tissue Characterization Based on Wave Theory Using a New Velocity Analysis Technique
- Short Time Fourier Analysis and Diffraction Effect in Biological Tissue Characterization
- Tissue Characterisation Using Acoustic Microscopy
- Tissue Characterisation and Doppler — 2
- Ultrasonic Doppler Vessel Imaging in the Diagnosis of Arterial Disease
- Real-Time Two-Dimensional Blood Flow Imaging Using a Doppler Ultrasound Array
- Measurement of Blood Flow Using Ultrasound
- Large Area Doppler Array for the Rapid Investigation of the Breast
- Reconstruction Tomography
- Ultrasound Computerized Tomography Using Transmission and Reflection Mode: Application to Medical Diagnosis
- Synthetic Aperture Tomographic Imaging for Ultrasonic Diagnostics
- A Clinical Prototype Ultrasonic Transmission Tomographic Scanner
- Ultrasonic Tomography for Differential Thermography
- Further Results on Diffraction Tomography Using Rytov's Approximation
- A Backward Projection Algorithm Which Corrects for Object Motion in a Scanning Acoustical Imaging System
- Imaging Systems — 1
- 3-D Active Incoherent Ultrasonic Imaging
- Acoustical Imaging Using the Phase of Echo Waveforms
- NDE Imaging with Multielement Arrays
- Imaging Systems — 2
- Acoustical Holographic Scanners
- Second Time Around Echo Immunity from Pseudo Stereoscopic Holographic Imaging
- UHB Imaging
- Expansion of Acoustic Hologram Apertures Using ARMA Modelling Techniques
- Array Systems for Underwater Viewing by Acoustical Holography
- Imaging Systems — 3
- Acoustic Determination of Sub-Bottom Density Profiles Using a Parametric Sound Source
- Abnormal Backscattering off Low Roughness Surface of Metallic Object Immersed in Water
- List of Participants.