Table T13. P-wave velocity measured using the Hamilton Frame, Hole 1186A.
 
Core, section,
interval (cm)
Depth
(mbsf)
Direction
Velocity
(m/s)
Anisotropy
192-1186A-



2R-1, 42-44 697.83 Cx 1813.6 0.0330
2R-1, 42-44 697.83 Cy 1798.3
2R-1, 42-44 697.83 Cz 1754.6
3R-1, 20-22 707.11 Cx 1704.0 0.0356
3R-1, 20-22 707.11 Cy 1683.6
3R-1, 20-22 707.11 Cz 1644.3
4R-1, 87-89 717.38 Cx 4179.1 0.0341
4R-1, 87-89 717.38 Cy 4271.1
4R-1, 87-89 717.38 Cz 4128.3
9R-1, 92-94 765.53 Cx 1660.5 0.0073
9R-1, 92-94 765.53 Cy 1670.5
9R-1, 92-94 765.53 Cz 1672.7
10R-1, 86-88 775.07 Cx 1694.1 0.0195
10R-1, 86-88 775.07 Cy 1727.5
10R-1, 86-88 775.07 Cz 1706.8
13R-1, 42-44 803.53 Cx 1914.2 0.0456
13R-1, 42-44 803.53 Cy 1915.5
13R-1, 42-44 803.53 Cz 1829.4
17R-1, 24-26 841.95 Cx 1748.4 0.0576
17R-1, 24-26 841.95 Cy 1716.1
17R-1, 24-26 841.95 Cz 1650.2
21R-1, 67-69 880.58 Cx 1651.7 0.0320
21R-1, 67-69 880.58 Cy 1610.8
21R-1, 67-69 880.58 Cz 1599.8
21R-2, 140-142 882.81 Cx 1671.9 0.0453
21R-2, 140-142 882.81 Cy 1690.8
21R-2, 140-142 882.81 Cz 1615.6
21R-3, 77-79 883.68 Cx 1686.4 0.0331
21R-3, 77-79 883.68 Cy 1675.7
21R-3, 77-79 883.68 Cz 1631.3
21R-4, 20-22 884.61 Cx 1712.2 0.0384
21R-4, 20-22 884.61 Cy 1686.8
21R-4, 20-22 884.61 Cz 1647.6
21R-5, 33-35 886.24 Cx 1812.0 0.0428
21R-5, 33-35 886.24 Cy 1786.1
21R-5, 33-35 886.24 Cz 1735.9
23R-1, 93-95 900.04 Cx 1754.4 0.0637
23R-1, 93-95 900.04 Cz 1687.3
23R-1, 93-95 900.04 Cy 1646.3
23R-2, 41-43 901.02 Cx 1659.8 0.0214
23R-2, 41-43 901.02 Cz 1637.8
23R-2, 41-43 901.02 Cy 1624.7
24R-1, 41-43 909.12 Cx 1673.7 0.0338
24R-1, 41-43 909.12 Cz 1639.0
24R-1, 41-43 909.12 Cy 1618.1
24R-2, 75-77 910.96 Cx 1696.3 0.0414
24R-2, 75-77 910.96 Cz 1725.7
24R-2, 75-77 910.96 Cy 1655.7
25R-1, 126-128 919.57 Cx 1789.7 0.0719
25R-1, 126-128 919.57 Cz 1799.5
25R-1, 126-128 919.57 Cy 1673.4
25R-2, 30-32 920.11 Cx 1728.2 0.0553
25R-2, 30-32 920.11 Cz 1728.6
25R-2, 30-32 920.11 Cy 1634.8
25R-3, 60-62 921.91 Cx 1737.5 0.0630
25R-3, 60-62 921.91 Cz 1734.7
25R-3, 60-62 921.91 Cy 1630.4
25R-4, 65-67 923.46 Cx 1729.3 0.0540
25R-4, 65-67 923.46 Cz 1720.6
25R-4, 65-67 923.46 Cy 1637.8
25R-5, 47-49 924.78 Cx 1710.8 0.0289
25R-5, 47-49 924.78 Cz 1710.6
25R-5, 47-49 924.78 Cy 1661.8
26R-1, 41-43 928.42 Cx 1841.3 0.0830
26R-1, 41-43 928.42 Cz 1789.5
26R-1, 41-43 928.42 Cy 1693.9
26R-2, 56-58 930.07 Cx 1827.9 0.0765
26R-2, 56-58 930.07 Cz 1836.2
26R-2, 56-58 930.07 Cy 1699.5
26R-3, 71-73 931.09 Cx 1874.7 0.0397
26R-3, 71-73 931.09 Cz 1861.7
26R-3, 71-73 931.09 Cy 1801.5
28R-1, 73-75 947.94 Cy 2713.7
29R-1, 29-31 957.10 Cy 2994.8
29R-2, 136-138 959.67 Cx 2649.1
29R-2, 136-138 959.67 Cy 2614.4
30R-1, 9-11 966.50 _x 2107.8
30R-1, 21-23 966.62 _x 2158.1
30R-1, 59-61 967.00 _x 5023.9
30R-2, 9-11 967.86 _x 5371.7
30R-2, 16-18 967.93 Cx 5436.1 0.0182
30R-2, 16-18 967.93 Cy 5521.3
30R-2, 16-18 967.93 Cz 5536.2
30R-2, 25-27 968.02 _x 4831.1
30R-2, 37-39 968.14 _x 5531.2
30R-2, 69-71 968.46 _x 5354.0
31R-1, 19-21 970.20 _x 4661.2
31R-1, 67-69 970.68 _x 5505.1
31R-2, 22-24 971.72 _x 4963.1
31R-3, 5-7 972.82 _x 5525.1
31R-3, 59-61 973.36 _x 5118.6
31R-4, 51-53 974.38 _x 5005.1
32R-1, 66-68 976.87 _x 5446.1
32R-2, 9-11 977.77 _x 5144.0
32R-3, 49-51 979.67 _x 4969.3
32R-4, 49-51 981.16 _x 5286.7
33R-1, 63-65 981.64 _x 5699.6
33R-2, 39-41 982.45 _x 5575.6
33R-2, 109-111 983.15 _x 5476.7
33R-3, 29-31 983.55 _x 5694.5
34R-1, 9-11 985.90 _x 5685.0
34R-1, 19-21 986.00 _x 5324.9
34R-1, 89-91 986.70 _x 5457.5
34R-1, 137-139 987.18 _x 5663.4
34R-2, 9-11 987.33 _x 5522.1
34R-2, 24-26 987.48 Mx 5812.9
34R-2, 35-37 987.59 _x 5718.0
34R-2, 74-76 987.98 _x 5714.0
34R-2, 142-144 988.66 _x 5490.9
34R-3, 54-56 989.24 _x 5689.5
34R-4, 55-57 990.75 _x 4611.7
34R-5, 97-99 992.67 _x 5192.3
34R-6, 4-6 993.22 _x 4993.0
34R-6, 23-25 993.41 _x 5035.9
34R-6, 102-104 994.20 _x 5418.7
35R-1, 71-73 996.22 _x 4638.6
35R-1, 111-113 996.62 _x 5164.9
35R-2, 32-34 997.32 _x 5002.5
35R-2, 84-86 997.84 _x 4429.4
37R-1, 46-48 1015.27 _x 5130.8
37R-1, 115-117 1015.96 _x 4661.2
37R-2, 31-33 1016.57 _x 5153.7
37R-3, 29-31 1017.13 _x 5788.9
37R-3, 111-113 1017.95 _x 5231.8
38R-1, 4-6 1019.45 _x 5989.0
38R-1, 19-21 1019.60 _x 5658.5
38R-1, 69-71 1020.10 _x 5497.0
38R-1, 99-101 1020.40 _x 5083.0
38R-1, 139-141 1020.80 Mx 5345.3
38R-2, 7-9 1020.93 _x 4793.5
38R-2, 49-51 1021.35 _x 5355.7
38R-2, 137-139 1022.23 _x 5075.7
38R-3, 9-11 1022.40 _x 5470.5
38R-3, 65-67 1022.96 Cx 5395.1 0.0234
38R-3, 65-67 1022.96 Cy 5347.1
38R-3, 65-67 1022.96 Cz 5270.3
38R-3, 96-98 1023.27 _x 5127.0
38R-4, 7-9 1023.80 _x 5454.8
39R-1, 4-6 1024.45 _x 5435.2
38R-4, 99-101 1024.72 _x 5538.9
38R-4, 130-132 1025.03 Mx 5481.3
39R-1, 100-102 1025.41 Cx 5452.9 0.0148
39R-1, 100-102 1025.41 Cy 5403.1
39R-1, 100-102 1025.41 Cz 5483.7
39R-2, 1-3 1025.74 Mx 5417.0
39R-2, 104-106 1026.77 _x 5360.6
39R-3, 49-51 1027.39 _x 5519.7
39R-3, 93-95 1027.83 Cx 5558.1 0.0279
39R-3, 93-95 1027.83 Cy 5554.8
39R-3, 93-95 1027.83 Cz 5711.3
39R-4, 9-11 1028.45 _x 5229.0
39R-4, 50-52 1028.86 Mx 5908.0
39R-5, 9-11 1029.51 _x 5546.0
39R-5, 29-31 1029.71 _x 5464.4
39R-5, 47-49 1029.89 _x 5460.0
39R-5, 69-71 1030.11 _x 5584.6
39R-5, 99-101 1030.41 _x 5262.1

Notes: C = cut sample, _ = uncut split core, M = minicore, x = into the core, y = across the core face, z = along the core. This table is also available in ASCII format.