Acousto-optics and acoustic microscopy: presented at the Winter Annual Meeting of the American Society of Mechanical Engineers, Anaheim, California, November 8-13, 1992
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Theory and Application of Scanning Electron Acoustic Microscopy
Elastic Constants of SingleCrystal Superlattice Films Determined by Line
Imaging and Metrology With the Acoustic Microscope
12 other sections not shown
Achenbach acoustic images acoustic signature acoustic wave Acousto-Optics and Acoustic aluminum amplitude anisotropic attenuation boule boundary conditions calculated cell cermets chopping frequency composite plate cytoplasm density detected dispersion curves effective elastic constants elastic properties electron beam energy equation experimental fiber Figure film thickness function heat incident angle indentation interface isotropic Kundu Kushibiki laser source laser ultrasonic leaky Rayleigh wave lens longitudinal longitudinal wave mechanical metal microstructure mode nondimensional obtained optical parameters phase velocity phonons Picosecond piezoelectric pinducer plane propagation direction PVD/CVD quantitative Rayleigh wave velocity reflection coefficient region SAW dispersion curve SAW velocity scanning acoustic scanning acoustic microscope SEAM image shown in Fig signal silicon single crystal single-crystal solid specimen SPP lenses strain pulse stress substrate surface acoustic wave surface wave surface wave velocity technique temperature theoretical thermal wave thermoelastic thin transducer voltage VR(f wave propagation wavefield waveforms wavelength Weglein