Laser Ultrasonics Techniques and Applications by L. E. Drain and C. B. Scruby (1990, Hardcover)

CRC Press LLC

0750300507

9780750300506

761435

462 Pages

English

Laser Ultrasonics Techniques and Applications

1990

Lasers & Photonics, Physics / Condensed Matter, Physics / Optics & Light, Acoustics & Sound

Textbook

Technology & Engineering, Science

C. B. Scruby, L. E. Drain

Hardcover

1.2 in

28 Oz

9.5 in

6.4 in

Scholarly & Professional

90-042609

20

"Diagrams, charts, and examples enhance the text. Good for university-level engineering collections." New Technical Books" ... a most welcome and timely addition to the literature as it provides a clear overview and in-depth coverage of the major aspects of this field ... this book gives a well balanced, clear and comprehensive treatment of laser ultrasonics." Contemporary Physics ms, charts, and examples enhance the text. Good for university-level engineering collections." New Technical Books" ... a most welcome and timely addition to the literature as it provides a clear overview and in-depth coverage of the major aspects of this field ... this book gives a well balanced, clear and comprehensive treatment of laser ultrasonics." Contemporary Physics

Yes

620.2/8

Ta1677.S39 1990

INTRODUCTION Ultrasonics Lasers Main characteristics of laser light Lasers for ultrasonics ACOUSTO-OPTIC INTERACTIONS The acousto-optic effect The measurement of ultrasonic fields Bragg diffraction Acousto-optic devices Applications of acousto-optic devices The interaction of light with surface waves LASER INTERFEROMETRY Principles of laser interferometry Theory of interference between light beams Reference beam interferometry with rough surfaces Light detection and signal amplification Effects of laser mode structure Signal processing Stabilized interferometers Optical frequency shifting Quadrature interferometers Long path difference and interferometry Fabry-Perot interferometers APPLICATINOS OF LASER INTERFEROMETRY TO ULTRASONIC DISPLACEMENT MEASUREMENT The measurement of acoustic fields Scanned laser interferometry Full field visualisation of surface displacement The measurement of surface waves Calibration of transducers Acoustic emission The measurement of transverse and vector displacement Sensitivity comparison with other ultrasonic detection techniques ULTRASONIC GENERATION BY LASER Absorbtion of electromagnetic radiation Temperature distributions Thermoelastic stresses Other effects Constrained surfaces Ultrasonic wave propagation in unbounded solids Propagation in bounded solids Radiation patterns for laser-ultrasonic sources Ultrasonic bulk waveforms in plates Ultrasonic surface and guided waves Lasers for ultrasonic generation APPLICATIONS USING LASER GENERATION OF ULTRASOUND Applications to flaw detection Applications to materials property measurement APPLICATIONS TO ACOUSTIC MICROSCOPY Calibration Wave propagation studies Medical applications CONCLUSIONS AND FUTURE PROSPECTS FOR LASER TECHNIQUES IN ULTRASONICS Summary and conclusions Future research and development Future prospects for applications REFERENCES INDEX

1990