Abstract
Two types of interference fringes have been studied in reflection acoustic microscopy. Firstly, the asymmetric fringe patterns around an inclined domain wall have been investigated and it has been proved that the inclination caused the asymmetry due to the difference of the reflectivities of the leaky Rayleigh waves on both sides of the wall. Next, the elongated interference rings around a very small hole have been investigated and it has been found that the elongation is due to the anisotropy of acoustic phase velocities.

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