Thermal conductivity of soft and hard sedimentary materials recovered from Hole 799B drilled during Ocean Drilling Program (ODP) Leg 128 in the Japan Sea was measured under hydrostatic pressures up to 100 MPa at room temperature. In sedimentary materials, the dependence of the thermal conductivity on pressure varies from sample to sample. Sediment fabrics and water content, as well as porosity, seem to be key factors controlling the pressure dependence, although we cannot definitely identify yet which of them is the most important factor for determining this property. Ratcliffe's estimate of pressure correction (1960) seems to be valid on average. In view of the small effect of pressure on the thermal conductivity within pressure ranges of ...
The thermal conductivities of most major rock-forming minerals vary with both temperature and confin...
A wide variety of sediment types (red clays, carbonate oozes, and siliceous clays) were cored using ...
Identification of a sediment/basement contact using seismic reflection recordings has proven to be e...
Measurements of thermal conductivity made during Ocean Drilling Program (ODP) Leg 131 were corrected...
Using a new temperature recording instrument recently developed at the Woods Hole Oceanographic Inst...
A series of laboratory experiments was conducted with four ocean sediments, two biogenic oozes and t...
A total of 1547 thermal conductivity values were determined by both the NP (needle probe method) and...
Thermal properties (diffusivity and heat capacity) at varying temperatures up to 200°C and the therm...
At Deep Sea Drilling Project (DSDP) Site 462, from mudline to 447 meters below the sea floor, Cenozo...
[1] We report detailed thermal measurements undertaken during Integrated Ocean Drilling Program (IOD...
Downhole temperature and thermal conductivity measurements in core samples recovered during Legs 127...
We analyzed geotechnical and acoustic properties of sediments from Lau Basin backarc Sites 834, 835,...
Magmatic fluids, heat fluxes, and fluid/rock interactions associated with hydrothermal systems along...
Compressional wave velocities and densities were measured for 6 basalt samples from ODP Hole 801B an...
One of the objectives of drilling at Site 1179 was to search for microbes or biochemical evidence of...
The thermal conductivities of most major rock-forming minerals vary with both temperature and confin...
A wide variety of sediment types (red clays, carbonate oozes, and siliceous clays) were cored using ...
Identification of a sediment/basement contact using seismic reflection recordings has proven to be e...
Measurements of thermal conductivity made during Ocean Drilling Program (ODP) Leg 131 were corrected...
Using a new temperature recording instrument recently developed at the Woods Hole Oceanographic Inst...
A series of laboratory experiments was conducted with four ocean sediments, two biogenic oozes and t...
A total of 1547 thermal conductivity values were determined by both the NP (needle probe method) and...
Thermal properties (diffusivity and heat capacity) at varying temperatures up to 200°C and the therm...
At Deep Sea Drilling Project (DSDP) Site 462, from mudline to 447 meters below the sea floor, Cenozo...
[1] We report detailed thermal measurements undertaken during Integrated Ocean Drilling Program (IOD...
Downhole temperature and thermal conductivity measurements in core samples recovered during Legs 127...
We analyzed geotechnical and acoustic properties of sediments from Lau Basin backarc Sites 834, 835,...
Magmatic fluids, heat fluxes, and fluid/rock interactions associated with hydrothermal systems along...
Compressional wave velocities and densities were measured for 6 basalt samples from ODP Hole 801B an...
One of the objectives of drilling at Site 1179 was to search for microbes or biochemical evidence of...
The thermal conductivities of most major rock-forming minerals vary with both temperature and confin...
A wide variety of sediment types (red clays, carbonate oozes, and siliceous clays) were cored using ...
Identification of a sediment/basement contact using seismic reflection recordings has proven to be e...