leg site hole date/time observer core core type section top interval bottom interval sample code piece subpiece temperature wave distance (1) wave distance (2) wave distance (3) wave distance (4) wave distance (5) wave distance (6) wave time (1) wave time (2) wave time (3) wave time (4) wave time (5) wave time (6) zero distance (1) zero distance (2) zero distance (3) zero distance (4) zero distance (5) zero distance (6) zero time (1) zero time (2) zero time (3) zero time (4) zero time (5) zero time (6) direction propagation (1) direction propagation (2) direction propagation (3) direction propagation (4) direction propagation (5) direction propagation (6) direction vibration (1) direction vibration (2) direction vibration (3) direction vibration (4) direction vibration (5) direction vibration (6) compressional/shear (1) compressional/shear (2) compressional/shear (3) compressional/shear (4) compressional/shear (5) compressional/shear (6) velocity (1) velocity (2) velocity (3) velocity (4) velocity (5) velocity (6) comments beaker add date change date latitude longitude depth top interval depth below sea floor bottom interval depth below sea floor 111 504 B 09061986 235959 LOV 142 Rotary 01 006 008 PPW 021.80 025.25 025.25 05.521 06.360 06.130 000.00 000.00 000.00 01.770 01.770 01.770 Horizontally and perpendicular to the split core surface Horizontally and parallel to the split core surface Along length of core Horizontally and perpendicular to the split core surface Horizontally and parallel to the split core surface Along length of core compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5812 5501 5791 WET MINICORE 12221988 091900 09081989 075600 1.22685 -83.73030 1352.8 135286 135288 111 504 B 09111986 235959 LOV 142 Rotary 01 006 008 PPD 021.84 025.25 025.25 025.25 025.25 021.84 06.050 06.290 06.390 06.290 06.390 06.050 000.00 000.00 000.00 000.00 000.00 000.00 01.630 01.630 01.630 01.770 01.770 01.770 Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 4941 5418 5305 5586 5465 5103 TESTS ON DRY MINICORE 01171989 155400 09081989 075700 1.22685 -83.73030 1352.8 135286 135288 111 504 B 09061986 235959 LOV 142 Rotary 01 006 008 PP 021.80 025.25 025.25 025.25 05.521 05.969 06.130 06.360 000.00 000.00 000.00 000.00 01.636 01.636 01.620 01.620 Horizontally and perpendicular to the split core surface Along length of core Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Along length of core Horizontally and parallel to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5611 5827 5599 5327 DIRECTION A GIVEN AS A/B (HORIZONTAL) FOR FIRST TEST 01181989 091400 09081989 075700 1.22685 -83.73030 1352.8 135286 135288 111 504 B 09071986 235959 LOV 142 Rotary 02 057 059 PP 025.25 025.25 06.160 06.170 000.00 000.00 01.620 01.620 Along length of core Horizontally and parallel to the split core surface Along length of core Horizontally and parallel to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5562 5549 POSSIBLY USED A BLADE TRANSDUCER INSTEAD, NOT CLEAR FROM PAPER FORM 12221988 092500 09081989 075800 1.22685 -83.73030 1354.3 135487 135489 111 504 B 09161986 235959 LOV 142 Rotary 02 057 059 PPD 025.26 025.24 018.09 025.26 025.24 018.09 06.280 06.040 04.660 06.280 06.040 04.660 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5601 5911 6260 5601 5911 6260 TESTS ON DRY MINICORE, ZERO TIME CALCULATED FROM REST OF DATA 01181989 085400 09081989 075800 1.22685 -83.73030 1354.3 135487 135489 111 504 B 09061986 235959 LOV 142 Rotary 02 065 067 PPW 025.25 025.25 018.00 06.160 06.170 04.580 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5752 5739 6406 WET MINICORE 12221988 092000 09081989 075800 1.22685 -83.73030 1354.3 135495 135497 111 504 B 09061986 235959 LOV 142 Rotary 02 065 067 PP 018.00 025.25 04.584 06.005 000.00 000.00 01.660 01.660 Horizontally and perpendicular to the split core surface Along length of core Horizontally and perpendicular to the split core surface Along length of core compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 6156 5811 DIRECTION A GIVEN AS A/B (HORIZONTAL) 01181989 090900 09081989 075800 1.22685 -83.73030 1354.3 135495 135497 111 504 B 09061986 235959 LOV 143 Rotary 01 105 107 PPW 025.25 025.25 019.31 06.110 05.970 04.870 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5818 6012 6229 WET MINICORE 12221988 092200 09081989 075600 1.22685 -83.73030 1359.3 136035 136037 111 504 B 09121986 235959 LOV 143 Rotary 01 105 107 PPD 025.30 025.24 019.17 025.30 025.24 019.17 06.450 06.490 05.360 06.450 06.490 05.360 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.620 01.620 01.620 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5406 5347 5340 5238 5183 5126 TESTS ON DRY MINICORE, ZERO TIME CALCULATED FROM REST OF DATA 01171989 160300 09081989 075700 1.22685 -83.73030 1359.3 136035 136037 111 504 B 09071986 235959 LOV 143 Rotary 01 105 107 PP 025.25 025.25 019.31 025.25 06.110 05.970 04.874 06.108 000.00 000.00 000.00 000.00 01.620 01.620 01.662 01.662 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5624 5805 6012 5679 DIRECTION A GIVEN AS A/B (HORIZONTAL) WHEN TESTED W/ BLADE TRANSDUCER 01181989 091300 09081989 075700 1.22685 -83.73030 1359.3 136035 136037 111 504 B 09061986 235959 LOV 144 Rotary 01 089 091 PPW 025.37 025.39 020.50 06.040 06.200 05.030 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5941 5731 6288 WET MINICORE 12221988 092300 09081989 075600 1.22685 -83.73030 1368.7 136958 136960 111 504 B 09071986 235959 LOV 144 Rotary 01 089 091 PP 025.37 025.39 020.50 06.040 06.200 05.030 000.00 000.00 000.00 01.620 01.620 01.620 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5740 5544 6012 MAY HAVE USED BLADE TRANSDUCER INSTEAD, NOT CLEAR FROM PAPER FORM 12221988 092600 09081989 075600 1.22685 -83.73030 1368.7 136958 136960 111 504 B 09131986 235959 LOV 144 Rotary 01 089 091 PPD 025.26 020.20 025.26 020.20 05.970 05.560 05.970 05.560 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.770 Along length of core Horizontally and perpendicular to the split core surface Along length of core Horizontally and perpendicular to the split core surface Along length of core Horizontally and perpendicular to the split core surface Along length of core Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 6014 5330 6014 5330 DRY MINICORE, ZERO TIME CALCULATED & ASSUMED FOR SECOND TESTS 01171989 161300 09081989 075700 1.22685 -83.73030 1368.7 136958 136960 111 504 B 09081986 235959 LOV 145 Rotary 01 095 097 PPW 025.26 025.26 019.63 025.26 025.26 019.63 05.960 05.990 04.960 05.960 05.990 04.960 000.00 000.00 000.00 000.00 000.00 000.00 01.610 01.610 01.610 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5807 5767 5860 6029 5986 6154 WET MINICORE 01171989 154100 09081989 075700 1.22685 -83.73030 1378.3 137925 137927 111 504 B 09121986 235959 LOV 145 Rotary 01 095 097 PPD 025.26 025.28 019.75 025.26 025.28 019.75 06.570 06.290 05.660 06.570 06.290 05.660 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.620 01.620 01.620 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5263 5593 5077 5103 5413 4889 TESTS ON DRY MINICORE, ZERO TIME CALCULATED FROM REST OF DATA 01171989 160200 09081989 075700 1.22685 -83.73030 1378.3 137925 137927 111 504 B 09081986 235959 LOV 145 Rotary 02 123 125 PPW 025.28 025.28 019.83 025.28 025.28 019.83 05.980 05.960 04.930 05.980 05.960 04.930 000.00 000.00 000.00 000.00 000.00 000.00 01.610 01.610 01.610 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5785 5811 5973 6005 6033 6275 WET MINICORE 01171989 154200 09081989 075800 1.22685 -83.73030 1379.8 138103 138105 111 504 B 09131986 235959 LOV 145 Rotary 02 123 125 PPD 24.0 025.33 025.35 019.79 025.33 025.35 019.79 06.370 06.450 05.590 06.370 06.450 05.590 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5507 5417 5181 5507 5417 5181 DRY MINICORE, ZERO TIME CALCULATED FROM REST OF DATA 01171989 170400 09081989 075800 1.22685 -83.73030 1379.8 138103 138105 111 504 B 09081986 235959 LOV 145 Rotary 03 044 046 PPW 025.27 025.27 019.93 025.27 025.27 019.93 06.050 06.040 05.030 06.050 06.040 05.030 000.00 000.00 000.00 000.00 000.00 000.00 01.610 01.610 01.610 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5691 5704 5827 5904 5918 6113 WET MINICORE 01171989 154400 09081989 080100 1.22685 -83.73030 1381.3 138174 138176 111 504 B 09131986 235959 LOV 145 Rotary 03 044 046 PPD 025.26 025.28 019.88 025.26 025.28 019.88 06.220 06.280 05.640 06.220 06.280 05.640 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5676 5605 5137 5676 5605 5137 TESTS ON DRY MINICORE, ZERO TIME CALCULATED & ASSUMED FOR SECOND TESTS 01171989 161100 09081989 080100 1.22685 -83.73030 1381.3 138174 138176 111 504 B 09081986 235959 LOV 147 Rotary 01 039 041 PPW 025.27 025.29 021.71 06.220 06.020 05.290 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5679 5951 6168 ZERO TIME CALCULATED FROM REST OF DATA (NOT GIVEN ON PAPER FORM) 12221988 094500 09081989 075600 1.22685 -83.73030 1397.4 139779 139781 111 504 B 09081986 235959 LOV 147 Rotary 01 039 041 PP 025.27 025.29 021.71 06.220 06.020 05.290 000.00 000.00 000.00 01.640 01.640 01.640 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5517 5774 5948 12221988 095000 09081989 075600 1.22685 -83.73030 1397.4 139779 139781 111 504 B 09131986 235959 LOV 147 Rotary 01 039 041 PPD 025.32 025.29 021.61 025.32 025.29 021.61 06.890 06.730 05.890 06.890 06.730 05.890 000.00 000.00 000.00 000.00 000.00 000.00 01.630 01.630 01.630 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 4814 4959 5073 4945 5099 5245 TESTS ON DRY MINICORE 01171989 160400 09081989 075700 1.22685 -83.73030 1397.4 139779 139781 111 504 B 09081986 235959 LOV 147 Rotary 02 044 046 PP 025.27 025.27 019.71 05.980 05.940 04.870 000.00 000.00 000.00 01.640 01.640 01.640 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5823 5877 6102 12221988 095100 09081989 075800 1.22685 -83.73030 1398.5 139898 139900 111 504 B 09081986 235959 LOV 147 Rotary 02 044 046 PPW 025.27 025.27 019.71 05.980 05.940 04.870 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 6002 6060 6358 ZERO TIME CALCULATED FROM REST OF DATA 01171989 154700 09081989 075800 1.22685 -83.73030 1398.5 139898 139900 111 504 B 09161986 235959 LOV 147 Rotary 02 044 046 PPD 025.36 025.31 019.77 025.36 025.31 019.77 06.540 06.520 05.660 06.540 06.520 05.560 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5317 5328 5082 5317 5328 5216 ZERO TIME CALCULATED FROM REST OF DATA, TESTS ON DRY MINICORE 01181989 085000 09081989 075800 1.22685 -83.73030 1398.5 139898 139900 111 504 B 09081986 235959 LOV 148 Rotary 01 068 070 PP 025.24 025.24 024.49 05.800 05.890 05.820 000.00 000.00 000.00 01.640 01.640 01.640 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 6067 5939 5859 12221988 095200 09081989 075600 1.22685 -83.73030 1406.8 140748 140750 111 504 B 09081986 235959 LOV 148 Rotary 01 068 070 PPW 025.24 025.24 024.49 05.800 05.890 05.820 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 6263 6126 6047 TESTS ON WET MINICORE, ZERO TIME CALCULATED FROM REST OF DATA 12221988 100700 09081989 075600 1.22685 -83.73030 1406.8 140748 140750 111 504 B 09131986 235959 LOV 148 Rotary 01 068 070 PPD 025.23 025.24 024.94 025.23 025.24 024.94 06.470 06.690 06.700 06.470 06.690 06.700 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5368 5130 5059 5368 5130 5059 TESTS ON DRY MINICORE, ZERO TIME CALCULATED & ASSUMED FOR SECOND TESTS 01171989 160900 09081989 075700 1.22685 -83.73030 1406.8 140748 140750 111 504 B 09081986 235959 LOV 149 Rotary 01 082 084 PPW 025.24 025.27 024.10 025.24 025.27 024.10 05.950 05.760 05.530 05.950 05.760 05.530 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.620 01.620 01.620 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 6038 6333 6410 5829 6104 6164 TESTS ON WET MINICORE, ZERO TIME CALCULATED FROM REST OF DATA 01171989 154900 09081989 075700 1.22685 -83.73030 1416.9 141772 141774 111 504 B 09121986 235959 LOV 149 Rotary 01 082 084 PPD 025.25 025.28 024.10 025.25 025.28 024.10 06.630 06.660 06.240 06.630 06.660 06.240 000.00 000.00 000.00 000.00 000.00 000.00 01.620 01.620 01.620 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5040 5016 5216 5195 5170 5391 TESTS ON DRY MINICORE 01171989 155900 09081989 075700 1.22685 -83.73030 1416.9 141772 141774 111 504 B 09081986 235959 LOV 150 Rotary 01 113 115 PPW 025.28 025.29 020.43 025.28 025.29 020.43 06.160 05.890 05.170 06.160 05.890 05.170 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.620 01.620 01.620 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5759 6138 6009 5568 5923 5755 TESTS ON WET MINICORE, ZERO TIME CALCULATED FROM REST OF DATA 01171989 155100 09081989 075700 1.22685 -83.73030 1426.4 142753 142755 111 504 B 09121986 235959 LOV 150 Rotary 01 113 115 PPD 025.30 025.29 020.43 025.30 025.29 020.43 06.440 06.290 05.410 06.440 06.290 05.410 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.630 01.630 01.630 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5418 5595 5613 5260 5427 5405 TESTS ON DRY MINICORE, ZERO TIME CALCULATED FRAM REST OF DATA 01171989 160000 09081989 075700 1.22685 -83.73030 1426.4 142753 142755 111 504 B 09111986 235959 LOV 152 Rotary 01 123 126 PPW 025.28 025.07 025.28 025.07 022.44 022.44 06.150 06.180 06.150 06.180 05.290 05.290 000.00 000.00 000.00 000.00 000.00 000.00 01.630 01.630 01.770 01.770 01.770 01.630 Along length of core Horizontally and parallel to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5593 5510 5772 5685 6375 6131 TESTS ON WET MINICORE, ZERO TIME 1.77 CALCULATED FROM REST OF DATA 01171989 155500 09081989 075700 1.22685 -83.73030 1435.9 143713 143716 111 504 B 09131986 235959 LOV 152 Rotary 01 123 126 PPD 24.0 025.29 022.45 025.29 022.45 06.040 05.590 06.040 05.590 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.770 Along length of core Horizontally and perpendicular to the split core surface Along length of core Horizontally and perpendicular to the split core surface Along length of core Horizontally and perpendicular to the split core surface Along length of core Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5923 5877 5923 5877 DRY MINICORE, ZERO TIME CALCULATED FROM DATA, NO B DIRECTION 01181989 085800 09081989 075700 1.22685 -83.73030 1435.9 143713 143716 111 504 B 09111986 235959 LOV 154 Rotary 01 064 066 PPW 025.24 025.27 021.71 025.24 025.27 021.71 05.900 05.880 05.350 05.900 05.880 05.350 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.630 01.630 01.630 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 6111 6148 6064 5911 5946 5836 TESTS ON WET MINICORE, ZERO TIME CALCULATED FROM REST OF DATA 01171989 155700 09081989 075700 1.22685 -83.73030 1454.3 145494 145496 111 504 B 09131986 235959 LOV 154 Rotary 01 064 066 PPD 025.28 025.30 025.28 025.30 021.73 021.73 06.940 06.900 06.940 06.900 05.840 05.840 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 4890 4932 4890 4932 5339 5339 TESTS ON DRY MINICORE 01171989 161600 09081989 075700 1.22685 -83.73030 1454.3 145494 145496 111 504 B 09111986 235959 LOV 155 Rotary 01 043 045 PPW 025.27 025.27 020.95 025.27 025.27 020.95 05.900 05.920 05.180 05.900 05.920 05.180 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.630 01.630 01.630 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 6119 6089 6144 5918 5890 5901 TESTS ON WET MINICORE, ZERO TIME CALCULATED FROM REST OF DATA 01171989 155800 09081989 075700 1.22685 -83.73030 1459.0 145943 145945 111 504 B 09161986 235959 LOV 155 Rotary 01 043 045 PPD 025.27 025.26 020.90 025.27 025.26 020.90 06.960 06.750 06.030 06.560 06.350 05.530 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 4869 5072 4906 5276 5515 5559 TESTS ON DRY MINICORE, ZERO TIME CALCULATED FROM REST OF DATA 01171989 161800 09081989 075700 1.22685 -83.73030 1459.0 145943 145945 111 504 B 09161986 235959 LOV 161 Rotary 01 004 006 PPD 025.27 025.27 021.04 06.710 06.690 05.650 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5115 5136 5423 TESTS ON DRY MINICORE, ZERO TIME CALCULATED FROM REST OF DATA 12221988 100200 09081989 075600 1.22685 -83.73030 1504.1 150413 150415 111 504 B 09131986 235959 LOV 161 Rotary 01 004 006 PPW 025.26 025.26 021.04 025.26 025.26 021.04 06.120 06.100 05.290 06.120 06.100 05.290 000.00 000.00 000.00 000.00 000.00 000.00 01.770 01.770 01.770 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5807 5834 5977 5807 5834 5977 WET MINICORE, ZERO TIME CALCULATED FROM REST OF DATA 01181989 090300 09081989 075700 1.22685 -83.73030 1504.1 150413 150415 111 504 B 09131986 235959 LOV 161 Rotary 01 012 019 PPW 002 078.74 078.74 14.520 14.520 000.00 000.00 01.770 01.770 Along length of core Along length of core Along length of core Along length of core compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 6176 6176 WHOLE CORE WET, PARALLEL ENDS, ZERO TIME CALCULATED FROM REST OF DATA 01181989 090200 09081989 075700 1.22685 -83.73030 1504.1 150421 150428 111 504 B 09231986 235959 LOV 163 Rotary 01 043 045 PPW 025.25 025.25 020.40 06.010 05.980 05.110 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5955 5998 6108 WET MINICORE, ZERO TIME CALCULATED, TRANSDUCER ASSUMED TO BE FRAME 12221988 131400 09081989 075600 1.22685 -83.73030 1511.6 151202 151204 111 504 B 09261986 235959 LOV 163 Rotary 01 043 045 PP 025.25 025.38 020.54 06.150 06.050 05.170 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5765 5930 6041 02011989 134000 09081989 075700 1.22685 -83.73030 1511.6 151202 151204 111 504 B 09231986 235959 LOV 163 Rotary 02 017 019 PPW 025.26 025.27 018.16 05.900 05.930 04.640 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 6116 6075 6328 WET MINICORE, ZERO TIME CALCULATED, TRANSDUCER ASSUMED TO BE FRAME 12221988 131600 09081989 075800 1.22685 -83.73030 1513.1 151326 151328 111 504 B 09261986 235959 LOV 163 Rotary 02 017 019 PP 025.29 025.28 018.12 06.160 06.190 04.950 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5761 5719 5698 ZERO TIME CALCULATED FROM REST OF DATA 02011989 134700 09081989 075900 1.22685 -83.73030 1513.1 151326 151328 111 504 B 09231986 235959 LOV 164 Rotary 01 007 009 PPW 025.31 025.30 021.35 05.850 06.020 05.140 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 6203 5953 6335 WET MINICORE, ZERO TIME CALCULATED, TRANSDUCER ASSUMED TO BE FRAME 12221988 131800 09081989 075600 1.22685 -83.73030 1515.1 151516 151518 111 504 B 09261986 235959 LOV 164 Rotary 01 007 009 PP 025.40 025.42 021.55 05.770 05.750 05.370 000.00 000.00 000.00 01.350 01.370 01.710 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5747 5804 5888 ZERO TIMES CALCULATED FROM REST OF DATA 12221988 132800 09081989 075600 1.22685 -83.73030 1515.1 151516 151518 111 504 B 10141986 235959 MOR 169 Rotary 01 066 068 PPW 025.28 025.28 019.37 06.052 06.110 04.995 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5904 5825 6006 WET MINICORE, ZERO TIME CALCULATED, TRANSDUCER ASSUMED TO BE FRAME 02011989 140100 09081989 075700 1.22685 -83.73030 1547.6 154825 154827 111 504 B 10141986 235959 MOR 169 Rotary 01 066 068 PPD 025.28 025.28 019.37 06.440 06.490 05.212 000.00 000.00 000.00 01.770 01.770 01.770 Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface Along length of core Horizontally and parallel to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) compressional (same directions of propagation and vibration) 5413 5356 5628 DRY MINICORE, ZERO TIME CALCULATED, TRANSDUCER ASSUMED TO BE FRAME 02011989 140200 09081989 075700 1.22685 -83.73030 1547.6 154825 154827