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 109 648 B 05131986 235959 MOO 008 Rotary 01 068 070 PPW 019.54 03.573 000.00 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) 5469 LENGTH AND TIME ARE + OR - 0.02, WET SAMPLE 01031989 105100 09081989 075700 22.92200 -44.94708 0024.0 2468 2470 109 648 B 05131986 235959 MOO 008 Rotary 01 068 070 PPD 019.54 019.54 04.320 04.880 000.00 000.00 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 4523 4004 DRY SAMPLE, FIRST READING ERRATIC, SECOND READING VACUUM DRY 01031989 105500 09081989 075700 22.92200 -44.94708 0024.0 2468 2470 109 648 B 05131986 235959 MOO 009 Rotary 01 080 082 PP 019.57 03.789 000.00 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface compressional (same directions of propagation and vibration) 5165 VESICULAR, WET SAMPLE, LENGTH AND TIME ARE + OR - 0.03 01031989 105200 09081989 075700 22.92200 -44.94708 0028.0 2880 2882 109 648 B 05131986 235959 MOO 009 Rotary 01 080 082 PPD 019.57 019.57 04.474 04.425 000.00 000.00 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 4374 4423 DRY SAMPLE, SECOND READING ON VACUUM DRIED SAMPLE 01031989 105700 09081989 075700 22.92200 -44.94708 0028.0 2880 2882 109 648 B 05131986 235959 MOO 013 Rotary 01 011 013 PPW 019.36 019.36 03.814 03.777 000.00 000.00 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 5076 5126 WET SAMPLE, SAMPLE ROTATED FOR SECOND READING 01031989 105800 09081989 075700 22.92200 -44.94708 0023.0 2311 2313 109 648 B 05191986 235959 MOO 013 Rotary 01 011 013 PPD 019.36 019.36 04.755 04.806 000.00 000.00 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 4072 4028 DRY SAMPLE (HEAT/VACUUM) 01031989 111900 09081989 075700 22.92200 -44.94708 0023.0 2311 2313 109 648 B 05131986 235959 MOO 015 Rotary 01 111 113 PPW 019.39 019.39 019.39 03.898 03.933 03.912 000.00 000.00 000.00 00.000 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 4974 4930 4957 WET SAMPLE, SECOND READING CORE REVERSED, ROTATED FOR THIRD READING 01031989 110100 09081989 075700 22.92200 -44.94708 0024.0 2511 2513 109 648 B 05211986 235959 MOO 015 Rotary 01 111 113 PPD 019.39 019.39 04.772 04.924 000.00 000.00 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 4063 3938 DRY SAMPLE (HEAT/VACUUM DRY), SAMPLE REVERSED FOR READING #2 01031989 110700 09081989 075700 22.92200 -44.94708 0024.0 2511 2513 109 648 B 05131986 235959 MOO 016 Rotary 01 048 050 PPW 019.25 019.25 019.25 03.754 03.713 03.722 000.00 000.00 000.00 00.000 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 5128 5184 5172 WET SAMPLE, CORE REVERSED FOR READING #2, ROTATED FOR #3 01031989 110300 09081989 075700 22.92200 -44.94708 0033.3 3377 3379 109 648 B 05211986 235959 MOO 016 Rotary 01 048 050 PPD 019.25 019.25 04.635 04.950 000.00 000.00 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 4153 3889 DRY SAMPLE (HEAT/VACUUM DRY), SAMPLE REVERSED FOR READING #2 01031989 110900 09081989 075700 22.92200 -44.94708 0033.3 3377 3379 109 648 B 05181986 235959 MOO 016 Rotary 01 088 090 PPW 019.21 019.21 019.21 019.21 03.612 03.686 03.754 03.699 000.00 000.00 000.00 000.00 00.000 00.000 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 5318 5212 5117 5193 WET SAMPLE, REVERSED FOR READING #2, ROTATED FOR #3 AND #4 01031989 110500 09081989 075700 22.92200 -44.94708 0033.3 3417 3419 109 648 B 05211986 235959 MOO 016 Rotary 01 088 090 PPD 019.21 019.21 04.398 04.588 000.00 000.00 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 4368 4187 DRY SAMPLE (HEAT/VACUUM), SAMPLE REVERSED FOR READING #2 01031989 111100 09081989 075700 22.92200 -44.94708 0033.3 3417 3419 109 648 B 05281986 235959 MOO 017 Rotary 01 022 024 PPW 018.96 018.96 018.96 03.558 03.541 03.564 000.00 000.00 000.00 00.000 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 5329 5354 5320 WET SAMPLE, SAMPLE REVERSED FOR READINGS #2 AND #3 01031989 111300 09081989 075700 22.92200 -44.94708 0021.5 2172 2174 109 648 B 05311986 235959 MOO 017 Rotary 01 022 024 PPD 018.93 018.93 018.93 06.073 06.059 05.962 000.00 000.00 000.00 00.000 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 3117 3124 3175 DRY SAMPLE, DISTANCE MAY BE WRONG, ROTATED FOR #2, REVERSED FOR #3 01031989 112500 09081989 075700 22.92200 -44.94708 0021.5 2172 2174 109 648 B 05231986 235959 MOO 018 Rotary 01 038 040 PPD 019.19 019.19 04.470 04.664 000.00 000.00 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 4293 4114 DRY SAMPLE 01031989 111500 09081989 075700 22.92200 -44.94708 0034.8 3517 3519 109 648 B 05191986 235959 MOO 018 Rotary 01 038 040 PPW 019.19 019.19 03.539 03.545 000.00 000.00 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 5422 5413 WET SAMPLE 01031989 111800 09081989 075700 22.92200 -44.94708 0034.8 3517 3519 109 648 B 05231986 235959 MOO 019 Rotary 01 013 015 PPD 017.42 017.42 04.094 04.076 000.00 000.00 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 4255 4274 DRY SAMPLE, NOT CUT PARALLEL 01031989 111600 09081989 075700 22.92200 -44.94708 0044.2 4433 4435 109 648 B 05191986 235959 MOO 019 Rotary 01 013 015 PPW 017.40 017.40 017.40 03.319 03.427 03.379 000.00 000.00 000.00 00.000 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 5243 5077 5149 WET SAMPLE NOT CUT PERPENDICULAR, REVERSED FOR #2, ROTATED FOR #3 01031989 112200 09081989 075700 22.92200 -44.94708 0044.2 4433 4435 109 648 B 05311986 235959 MOO 020 Rotary 01 048 050 PPW 019.26 019.26 019.26 03.683 03.523 03.609 000.00 000.00 000.00 00.000 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 5229 5467 5337 WET SAMPLE, SAMPLE ROTATED FOR READING #2, REVERSED FOR #3 01031989 112800 09081989 075700 22.92200 -44.94708 0047.0 4748 4750 109 648 B 06031986 235959 MOO 020 Rotary 01 048 050 PPD 019.23 019.23 019.23 04.001 04.135 03.940 000.00 000.00 000.00 00.000 00.000 00.000 Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular to the split core surface Horizontally and perpendicular 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) 4806 4651 4881 DRY SAMPLE, DIRECTION ASSUMED, SAMPLE REVERSED FOR #2, ROTATED FOR #3 01031989 113000 09081989 075700 22.92200 -44.94708 0047.0 4748 4750