Figure F29. Thermal conductivity and projected temperature profiles for Hole 1225A. A. Thermal conductivity measurements made using needle-probe instrument. B. Comparison of profile mean-normalized thermal conductivity and bulk density. The correlation between the two data sets shows that thermal conductivity variations are dependent on water content. C. Observed and projected temperatures in Hole 1225A. GRA = gamma ray attenuation.

Figure F29. Thermal conductivity and projected temperature profiles for Hole 1225A. A. Thermal conductivity measurements made using needle-probe instrument. B. Comparison of profile mean-normalized thermal conductivity and bulk density. The correlation between the two data sets shows that thermal conductivity variations are dependent on water content. C. Observed and projected temperatures in Hole 1225A. GRA = gamma ray attenuation.