8/13/2019 taylor, barker-resistivity of partially saturated triassic sandstone
1/11
8/13/2019 taylor, barker-resistivity of partially saturated triassic sandstone
2/11
8/13/2019 taylor, barker-resistivity of partially saturated triassic sandstone
3/11
8/13/2019 taylor, barker-resistivity of partially saturated triassic sandstone
4/11
Threaded bolt
PTFE tape
To comparitorcircuitry
To signalgenerator
Currentelectrode
Potentialelectrode
Perspex holder Core sample PTFE tape and heatshrink coversurrounding core
Reservoir forelectrolyte solutionor agar
To comparitorcircuitry
To signalgenerator
Wing nutand bolt
Outline ofreservoirdia = 3.5cm
Potentialelectrode
To comparitorcircuitry
Perspexhousing
To signalgenerator
Currentelectrode
(b)
(a)
00
50
100
150
200
250
300
350
400
1 2 3 4 5 6 7 8 9 10
Resistance()
Potential electrode separation (cm)
Resistance =41.513 SeparationR2=0.9983
8/13/2019 taylor, barker-resistivity of partially saturated triassic sandstone
5/11
8/13/2019 taylor, barker-resistivity of partially saturated triassic sandstone
6/11
8/13/2019 taylor, barker-resistivity of partially saturated triassic sandstone
7/11
8/13/2019 taylor, barker-resistivity of partially saturated triassic sandstone
8/11
8/13/2019 taylor, barker-resistivity of partially saturated triassic sandstone
9/11
8/13/2019 taylor, barker-resistivity of partially saturated triassic sandstone
10/11
8/13/2019 taylor, barker-resistivity of partially saturated triassic sandstone
11/11
Top Related