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Table T10. Thermal conductivity measurements on Expedition 312 cores and Expedition 335 non-core material.



Core, section,
interval (cm)


Top depth
(mbsf)
Thermal conductivity
(W/[m·K])



N


Probe
rotation (°)



Comments/Lithology
Mean ±1σ
335(312)-1256D-            
223R-3A, 12–24 1452.40 2.238 0.059 63   Olivine gabbro
230R-1A, 49–61 1483.49 2.440 0.013 6   Gabbronorite
230R-2A, 90–103 1485.40 2.215 0.019 4   Gabbronorite
231R-1A, 105–121 1488.95 2.279 0.004 5   Gabbronorite
231R-2A, 92–105 1490.11 2.276 0.020 6   Gabbronorite
231R-3A, 48–63 1491.04 2.286 0.015 5   Gabbronorite
231R-4A, 0–15 1491.93 2.274 0.034 10   Gabbronorite
231R-4A, 109–126 1493.02 2.268 0.010 5   Gabbronorite
232R-1A, 50–62 1493.90 2.258 0.020 5   Gabbro country rock
232R-1A, 50–62 1493.93 2.427 0.009 5   Over a thin vein/fracture
232R-1A, 50–62 1493.96 2.321 0.017 5   Across a felsic vein that runs perpendicular to the core
232R-1A, 50–62 1493.99 2.291 0.008 5   Across an oblique vein
232R-1A, 50–62 1494.02 2.303 0.005 5   Across an oblique vein at the bottom of the piece
335-1256D-            
RCJB12-C 1516.00 2.226 0.007   0 Granoblastic dike
RCJB12-C 1516.00 2.218 0.013   15 Granoblastic dike
RCJB12-C 1516.00 2.226 0.021   30 Granoblastic dike
RCJB12-C 1516.00 2.232 0.010   45 Granoblastic dike
RCJB12-C 1516.00 2.235 0.013   60 Granoblastic dike
RCJB12-C 1516.00 2.303 0.092   75 Granoblastic dike
RCJB12-C 1516.00 2.244 0.007   90 Granoblastic dike
RCJB13-B 1516.00 2.333 0.028   NA Granoblastic dike

N = number of observations. RCJB = reverse circulation junk basket. Probe rotation is clockwise with respect to veins. NA = not applicable. This table is available in ASCII and in Microsoft Excel format (see 103_T10.XLS in CHAPTER_103 in TABLES in “Supplementary material”).

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