Figure F82. Detailed FMS image displaying typical pillow lobes in basement (part of Unit 23 from 799 to 808 mbsf). On the left is displayed 10 m of this unit section consisting of homogeneous pillow lobes. Both dynamic and static normalization are shown. These different normalizations differ by the computation window size for the color attribution to a selected microresistivity value. For the static normalization, a single computation is carried out in a window covering the entire section, and for the dynamic normalization separate computations are repeated at regularly spaced intervals using a sliding window of relatively short length. The pillow rims are outlined by dark colors corresponding to conductive material. On the right is a detailed display of the pillow. At 799.5 mbsf we note the occurrence of vesicles parallel to the pillow rims.

Figure F82. Detailed FMS image displaying typical pillow lobes in basement (part of Unit 23 from 799 to 808 mbsf). On the left is displayed 10 m of this unit section consisting of homogeneous pillow lobes. Both dynamic and static normalization are shown. These different normalizations differ by the computation window size for the color attribution to a selected microresistivity value. For the static normalization, a single computation is carried out in a window covering the entire section, and for the dynamic normalization separate computations are repeated at regularly spaced intervals using a sliding window of relatively short length. The pillow rims are outlined by dark colors corresponding to conductive material. On the right is a detailed display of the pillow. At 799.5 mbsf we note the occurrence of vesicles parallel to the pillow rims.