An Introduction to Scanning Acoustic Microscopy
This up-to-date handbook provides a lucid introduction to acoustic microscopes with submicron resolution. The first half of the handbook shows how to operate the instrument, offering a description of a typical acoustic microscope, some detailed guidance for use, and a helpful discussion of the elements of contrast theory. The second half examines samples of the images that can be obtained, including micrographs of composites, grain structure, layered devices, and fine microcracks. The author has designed the book to help both those who have recently purchased an acoustic microscope and those who merely wish to find out if an acoustic microscope can help their research, whether it be in materials science, metallurgy, surface physics, or surface chemistry.
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Thin films and attenuation
Cracks and discontinuities
2 other sections not shown
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acoustic 0.73 GHz acoustic image acoustic lens acoustic micrographs acoustic waves adjusted aluminium amplifier amplitude Angle of incidence anisotropic attenuation axis brightness Chapter Chubachi contrast theory corresponds coupling fluid crack critical angle curve defocus depends example excitation fast scan film focal length focus framestore frequency Fresnel equations fringes give glass grain boundaries grain structure impedance incidence degrees integrated circuits isotropic Kushibiki layer leaky Rayleigh waves lens surface light microscope line scan longitudinal wave magnification measured mechanical nickel normally numerical aperture obtained optical microscope oscillations in V(z phase change PIN switches polished possible to image propagation pulse pupil function Rayleigh angle Rayleigh wavelength Rayleigh waves reflectance function refracted sapphire scanning acoustic microscope scattering shear waves shown in Fig signal slowness surfaces Snell's law solid specimen echo spherical substrate subsurface imaging surface waves thin tilt transducer ultrasonic waves variations water-coupled wave velocity wavelength waves incident
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