Capillary Tension in Rotting Ice Layers
CONTENTS - TR-01-130005
INTRODUCTION - TR-01-130007
Figure 1. Experimental setup - TR-01-130008
Figure 3. Thin sections of ice samples under polarized light
Table 1. Geometric definitions and relationships of ice structure. All units are SI.
Figure 5. Geometry of water inclusions in ice
Figure 6. Vein diameter vs. equilibrium temperature for a range of vein bulk molalities mv. Computed from eq 3, where G = 0.0032 m and pG = 0
Figure 8. Geometry of liquid inclusions in contact with air (not to scale)
EXPERIMENTAL RUNS
EXPERIMENTAL RUNS - continued - TR-01-130015
EXPERIMENTAL RUNS - continued - TR-01-130016
PERMEABILITY - TR-01-130017
Table 2. Parameters used in computing flow rates through Sample B
CONCLUSIONS - TR-01-130019
LITERATURE CITED - TR-01-130020
APPENDIX A: SOLUTION OF EQUATION 12 FOR FLOW UNDER TENSION
REPORT DOCUMENTATION PAGE - TR-01-130022
TR-01-13
CONTENTS - TR-01-130005
INTRODUCTION - TR-01-130007
Figure 1. Experimental setup - TR-01-130008
Figure 3. Thin sections of ice samples under polarized light
Table 1. Geometric definitions and relationships of ice structure. All units are SI.
Figure 5. Geometry of water inclusions in ice
Figure 6. Vein diameter vs. equilibrium temperature for a range of vein bulk molalities mv. Computed from eq 3, where G = 0.0032 m and pG = 0
Figure 8. Geometry of liquid inclusions in contact with air (not to scale)
EXPERIMENTAL RUNS
EXPERIMENTAL RUNS - continued - TR-01-130015
EXPERIMENTAL RUNS - continued - TR-01-130016
PERMEABILITY - TR-01-130017
Table 2. Parameters used in computing flow rates through Sample B
CONCLUSIONS - TR-01-130019
LITERATURE CITED - TR-01-130020
APPENDIX A: SOLUTION OF EQUATION 12 FOR FLOW UNDER TENSION
REPORT DOCUMENTATION PAGE - TR-01-130022
TR-01-13
