Using a new temperature recording instrument recently developed at the Woods Hole Oceanographic Institution, downhole temperature measurements were made at five sites during Deep Sea Drilling Project Leg 86. The instrument, which can be installed in the shoe of the hydraulic piston corer, allows measurements of sediment temperature to be made simultaneously with the collection of sediment cores. A numerical procedure was applied to correct the temperature disturbance caused by the corer's friction with the sediment. Detailed temperature profiles constructed from the data were combined with the measurement of thermal conductivity to calculate heat flow. Heat flow values were generally low at all sites of Leg 86, consistent with the age of th...
Marine heat flow surveys typically utilize Lister-type heat probes, which allow multi-penetrations t...
Temperature logging at Hole 462A, which has remained undisturbed for 4'/i years after drilling,...
A wide variety of sediment types (red clays, carbonate oozes, and siliceous clays) were cored using ...
Downhole temperatures and sediment thermal conductivities measured on Leg 65 of the Deep Sea Drillin...
An extensive program of inhole geophysical measurements, implementing the Gearhart-Owen logging pack...
At Hole 511, on the margin of Maurice Ewing Bank, eastern Falkland Plateau, successful bottom hole t...
Measurements of temperature gradients in sediments, thermal conductivity and drill-hole temperatures...
Drilling durin Deep Sea Drilling Project Legs 68, 69, and 70 on the southern limb of the Costa Rica ...
Successful downhole temperature measurements were made at Sites 225, 227, and 228, enabling reasonab...
Heat-flow measurements have been made in two holes at Deep Sea Drilling Project Site 465, southern H...
Measurements of thermal conductivity made during Ocean Drilling Program (ODP) Leg 131 were corrected...
Thermal conductivity of soft and hard sedimentary materials recovered from Hole 799B drilled during ...
A new WHOI heat flow instrument was successfully used in conjunction with the hydraulic piston corer...
Results are reported for effective thermal conductivity measurements performed in situ and in core s...
A total of 1547 thermal conductivity values were determined by both the NP (needle probe method) and...
Marine heat flow surveys typically utilize Lister-type heat probes, which allow multi-penetrations t...
Temperature logging at Hole 462A, which has remained undisturbed for 4'/i years after drilling,...
A wide variety of sediment types (red clays, carbonate oozes, and siliceous clays) were cored using ...
Downhole temperatures and sediment thermal conductivities measured on Leg 65 of the Deep Sea Drillin...
An extensive program of inhole geophysical measurements, implementing the Gearhart-Owen logging pack...
At Hole 511, on the margin of Maurice Ewing Bank, eastern Falkland Plateau, successful bottom hole t...
Measurements of temperature gradients in sediments, thermal conductivity and drill-hole temperatures...
Drilling durin Deep Sea Drilling Project Legs 68, 69, and 70 on the southern limb of the Costa Rica ...
Successful downhole temperature measurements were made at Sites 225, 227, and 228, enabling reasonab...
Heat-flow measurements have been made in two holes at Deep Sea Drilling Project Site 465, southern H...
Measurements of thermal conductivity made during Ocean Drilling Program (ODP) Leg 131 were corrected...
Thermal conductivity of soft and hard sedimentary materials recovered from Hole 799B drilled during ...
A new WHOI heat flow instrument was successfully used in conjunction with the hydraulic piston corer...
Results are reported for effective thermal conductivity measurements performed in situ and in core s...
A total of 1547 thermal conductivity values were determined by both the NP (needle probe method) and...
Marine heat flow surveys typically utilize Lister-type heat probes, which allow multi-penetrations t...
Temperature logging at Hole 462A, which has remained undisturbed for 4'/i years after drilling,...
A wide variety of sediment types (red clays, carbonate oozes, and siliceous clays) were cored using ...