The effect of the saturation of the micropores of specimens of anisotropic rocks with liquid on their acoustic properties

It is shown that saturation of the open micropores of two groups of specimens of rock from a core sample of the Kol`skii very deep borehole with liquid changes their elastic anisotropy characteristics. For example, the degree of acoustic dichroism and the anisotropy index may change by {+-}25% on saturation. The spatial directivity of the symmetry elements may change in the range 0-24{degrees} (on average by 4-8{degrees}). The velocity of propagation of waves varies appreciably (up to 30%) only in a group of high porosity specimens. A proposed boring method enables up to 70% moisture to be maintained inside the specimen during tests.