Add to ORKGX-ray attenuation, electrical conductivity, and ultrasonic velocity are reported for a segment of preserved core from SB-15D, 918 ft. X-ray tomography and ultrasonic measurements change as the core dries, providing information regarding handling and disturbance of the core. Electrical conductivity measurements at reservoir conditions indicate that pore fluid properties and pore microstructure control bulk conductivity. These data are useful for calibration and interpretation of field geophysical measurements
In a laboratory study of cores from borehole SB-15-D in The Geysers geothermal area, we measured the...
mproved understanding of fluid storage and transport nechanisms relevant to The Geysers reservoir is...
A detailed study has been made of the physical properties of core samples from Deep Sea Drilling Pro...
X-ray attenuation, electrical conductivity, and ultra-sonic velocity are reported for a segment of p...
The electrical properties of reservoir rocks are important for many reasons including the establishm...
Previous measurements of acoustic velocities on NEGU- 17 cores indicate that saturation effects are ...
Making improved estimates of the water content of The Geysers reservoir is fundamental to efficient ...
Approximately 800 ft. of continuous core was recovered from borehole SB-15 D (on unit 15, near the s...
Measurements of the electrical resistivity of metashales from borehole SB-15-D in The Geysers geothe...
Approximately 800 ft. of continuous core was recovered from borehole SB-15 D (on unit 15, near the s...
Measurements of the electrical resistivity of metashales from borehole SB-15-D in The Geyers geother...
Improved understanding of fluid storage and transport mechanisms relevant to The Geysers reservoir i...
A suite of laboratory measurements are being conducted on Geysers graywacke recovered from a drilled...
A variety of methods utilizing geophysical tools have been developed to characterize fundamental sub...
A variety of methods utilizing geophysical tools have been developed to characterize fundamental sub...
In a laboratory study of cores from borehole SB-15-D in The Geysers geothermal area, we measured the...
mproved understanding of fluid storage and transport nechanisms relevant to The Geysers reservoir is...
A detailed study has been made of the physical properties of core samples from Deep Sea Drilling Pro...
X-ray attenuation, electrical conductivity, and ultra-sonic velocity are reported for a segment of p...
The electrical properties of reservoir rocks are important for many reasons including the establishm...
Previous measurements of acoustic velocities on NEGU- 17 cores indicate that saturation effects are ...
Making improved estimates of the water content of The Geysers reservoir is fundamental to efficient ...
Approximately 800 ft. of continuous core was recovered from borehole SB-15 D (on unit 15, near the s...
Measurements of the electrical resistivity of metashales from borehole SB-15-D in The Geysers geothe...
Approximately 800 ft. of continuous core was recovered from borehole SB-15 D (on unit 15, near the s...
Measurements of the electrical resistivity of metashales from borehole SB-15-D in The Geyers geother...
Improved understanding of fluid storage and transport mechanisms relevant to The Geysers reservoir i...
A suite of laboratory measurements are being conducted on Geysers graywacke recovered from a drilled...
A variety of methods utilizing geophysical tools have been developed to characterize fundamental sub...
A variety of methods utilizing geophysical tools have been developed to characterize fundamental sub...
In a laboratory study of cores from borehole SB-15-D in The Geysers geothermal area, we measured the...
mproved understanding of fluid storage and transport nechanisms relevant to The Geysers reservoir is...
A detailed study has been made of the physical properties of core samples from Deep Sea Drilling Pro...