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Boyce, Robert E (1984): (Table 2) Laboratory sound velocity and calculated in situ velocity at DSDP Hole 75-530B [dataset]. PANGAEA, https://doi.org/10.1594/PANGAEA.810317, In supplement to: Boyce, RE (1984): Deep Sea Drilling Project Drill Sites 530 and 532 in the Angola Basin and on the Walvis Ridge: Interpretation of induction log data, sonic log data, and laboratory sound velocity, density, porosity-derived reflection coefficients, and vane shear strength. In: Hay, WW; Sibuet, J-C; et al. (eds.), Initial Reports of the Deep Sea Drilling Project (U.S. Govt. Printing Office), 75, 1137-1177, https://doi.org/10.2973/dsdp.proc.75.143.1984

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Project(s):
Coverage:
Latitude: -19.187700 * Longitude: 9.386200
Date/Time Start: 1980-07-29T00:00:00 * Date/Time End: 1980-07-29T00:00:00
Minimum DEPTH, sediment/rock: 10.93 m * Maximum DEPTH, sediment/rock: 178.95 m
Event(s):
75-530B * Latitude: -19.187700 * Longitude: 9.386200 * Date/Time: 1980-07-29T00:00:00 * Elevation: -4629.0 m * Penetration: 180.6 m * Recovery: 153.6 m * Location: South Atlantic/RIDGE * Campaign: Leg75 * Basis: Glomar Challenger * Method/Device: Drilling/drill rig (DRILL) * Comment: 45 cores; 172.2 m cored; 8.4 m drilled; 89.2 % recovery
Parameter(s):
#NameShort NameUnitPrincipal InvestigatorMethod/DeviceComment
Sample code/labelSample labelBoyce, Robert EDSDP/ODP/IODP sample designation
DEPTH, sediment/rockDepth sedmGeocode – mbsf
Sonic velocitySonic velkm/sBoyce, Robert EHamilton frame velocimeter, Boyce (1976)Compressional, vertical beds
Temperature, technicalT tech°CBoyce, Robert ECompressional sound velocity
Hydrostatic pressureSigma HkPaBoyce, Robert Esee reference(s)Hydrostatic pressure = depth below sea level x 1.035 g/cm**3. Original unit kg/cm**2, multiplied by 98.0665
Temperature, in rock/sedimentt°CBoyce, Robert EIn situ, assumes 40 deg C/1000 m temperature gradient for simplicity and seafloor temperature of 2.9 deg C
Flow velocity, waterVel waterm/sBoyce, Robert Esee reference(s)In situ, seawater. Uses Navy SP58 with Table 5. Linearly extrapolated from 35 deg C to 48 deg C and assumes 35 ppt
Sonic velocitySonic velkm/sBoyce, Robert EHamilton frame velocimeter, Boyce (1976)Vertical, corrected for hydrostatic pressure and temperature
Sonic velocitySonic velkm/sBoyce, Robert EHamilton frame velocimeter, Boyce (1976)Velocity corrected for hydrostatic pressure, temperature, and porosity rebound and not changes in rigidity caused by overburden pressure
10 Lithology/composition/faciesLithologyBoyce, Robert E
11 Color descriptionColor descBoyce, Robert EMunsell Color System (1994)
Size:
230 data points

Data

Download dataset as tab-delimited text — use the following character encoding:


Sample label
(DSDP/ODP/IODP sample designation)

Depth sed [m]
(mbsf)

Sonic vel [km/s]
(Compressional, vertical beds,...)

T tech [°C]
(Compressional sound velocity)

Sigma H [kPa]
(Hydrostatic pressure = depth ...)

t [°C]
(In situ, assumes 40 deg C/100...)

Vel water [m/s]
(In situ, seawater. Uses Navy ...)

Sonic vel [km/s]
(Vertical, corrected for hydro...)

Sonic vel [km/s]
(Velocity corrected for hydros...)
10 
Lithology
11 
Color desc
(Munsell Color System (1994))
75-530B-3-2,113-11510.931.5062147160.183.315441.5281.528Clay5Y 2/1
75-530B-7-3,83-8527.231.4892147317.094.015461.5131.513Clay5GY 4/1
75-530B-9-2,133-13535.031.5852147395.544.315491.6121.612Clay5GY 4/1
75-530B-10-1,140-14138.001.4822047434.774.415501.5101.510Nannofossil ooze5Y 6/1
75-530B-11-2,140-14243.901.5052047493.614.715511.5341.534Clayey diatom ooze5Y 3/1
75-530B-12-3,10-1248.501.4952047532.834.815511.5241.524Clayey diatom ooze5Y 3/1
75-530B-14-2,10-1255.801.5132047611.295.115521.5431.543Diatom nannofossil ooze5G 6/1
75-530B-16-2,130-13265.801.5032047709.355.515541.5351.535Clayey diatom ooze5Y 4/1
75-530B-17-2,125-12770.151.5172047758.395.715551.5501.550Clayey diatom ooze5Y 3/1
75-530B-18-1,135-13673.151.4972047787.815.815551.5301.530Clayey diatom ooze5Y 3/1
75-530B-20-3,25-2783.851.5052047895.686.315581.5411.561Clayey diatom ooze5Y 3/1
75-530B-21-2,25-2786.751.4992047925.106.415581.5351.535Clayey diatom ooze5Y 3/1
75-530B-25-2,130-133102.601.5002048082.007.015601.5381.538Clayey diatom ooze (marl)5G 4/1
75-530B-27-2,10-13108.801.5072048150.657.315621.5471.547Mottled clayey diatom ooze5Y 4/1
75-530B-33-1,75-77118.951.5862048248.727.715631.6261.626Mud flow clast: diatomaceous clay5YR 3/1
75-530B-35-2,125-127137.151.5602048435.048.415651.6031.633Mudflow clast: nannofossil ooze5Y 6/1
75-530B-36-3,20-22142.001.5782048484.088.615671.6221.642Mudflow clast: mottled clayey nannofossil ooze5Y 6/1
75-530B-37-1,55-57142.751.5352048493.888.615681.5811.601Nannofossil ooze5Y 6/1
75-530B-41-3,75-77158.351.5242048650.799.215691.5711.591Nannofossil ooze5Y 6/1
75-530B-44-2,85-87165.351.5342048719.449.515701.5821.602Laminated nannofossil ooze5Y 6/1
75-530B-46-2,10-12172.401.5002048797.899.815721.5501.550Mudflow clast: clay (disturbed)5Y 2/1
75-530B-47-2,62-64176.321.5382048837.1210.015731.5891.609Mudflow matrix: nannofossil ooze (disturbed)5G 8/1; 5G 6/1
75-530B-48-1,135-138178.951.5202048856.7310.115731.5711.591Layered nannofossil ooze5G 6/1