An apparatus to measure heat flow through the ocean floor in con-junction with standard coring techniques has been independently developed at Cambridge. Experimental and theoretical work have shown that the probe configuration used is free from systematic error in the temperature measurement due to heat generated by fric-tion when the device enters the sediment. A number of successful heat flow measurements and temperature/depth profiles in the sea have been obtained: summarized data on these is presented. I
Laboratory equipment has been built which will measure the permeability and thermal conductivity of ...
Abstract We have successfully constructed and tested a new, portable, Hybrid Lister‐Outrigger (HyLO)...
Heat-flow measurements have been made in two holes at Deep Sea Drilling Project Site 465, southern H...
Terrestrial heat flow through the ocean floor is determined by measuring the temperature gradient an...
Measurements of temperature gradients in sediments, thermal conductivity and drill-hole temperatures...
The heated-probe method of measuring sediment conductivity has been successfully adapted to making a...
High resolution temperature measurement technique is one of the key techniques for measuring marine ...
Successful downhole temperature measurements were made at Sites 225, 227, and 228, enabling reasonab...
A method employing both a simple relationship between total rock conductivity and the concentrations...
Heat flow out of the Earth and the temperature field at depth are determined by the heat sources in ...
Marine heat flow surveys typically utilize Lister-type heat probes, which allow multi-penetrations t...
Graduation date: 1968In this thesis, the interpretation and reduction of ocean heat\ud flow measurem...
The outrigged thermal probes of a "pogo" marine geothermal probe have been adapted to measure therm...
Marine heat flow surveys typically utilize Lister-type heat probes, which allow multi-penetrations t...
Cohen* By removing the effect of the annual temperature cycle with an iterative least-squares method...
Laboratory equipment has been built which will measure the permeability and thermal conductivity of ...
Abstract We have successfully constructed and tested a new, portable, Hybrid Lister‐Outrigger (HyLO)...
Heat-flow measurements have been made in two holes at Deep Sea Drilling Project Site 465, southern H...
Terrestrial heat flow through the ocean floor is determined by measuring the temperature gradient an...
Measurements of temperature gradients in sediments, thermal conductivity and drill-hole temperatures...
The heated-probe method of measuring sediment conductivity has been successfully adapted to making a...
High resolution temperature measurement technique is one of the key techniques for measuring marine ...
Successful downhole temperature measurements were made at Sites 225, 227, and 228, enabling reasonab...
A method employing both a simple relationship between total rock conductivity and the concentrations...
Heat flow out of the Earth and the temperature field at depth are determined by the heat sources in ...
Marine heat flow surveys typically utilize Lister-type heat probes, which allow multi-penetrations t...
Graduation date: 1968In this thesis, the interpretation and reduction of ocean heat\ud flow measurem...
The outrigged thermal probes of a "pogo" marine geothermal probe have been adapted to measure therm...
Marine heat flow surveys typically utilize Lister-type heat probes, which allow multi-penetrations t...
Cohen* By removing the effect of the annual temperature cycle with an iterative least-squares method...
Laboratory equipment has been built which will measure the permeability and thermal conductivity of ...
Abstract We have successfully constructed and tested a new, portable, Hybrid Lister‐Outrigger (HyLO)...
Heat-flow measurements have been made in two holes at Deep Sea Drilling Project Site 465, southern H...