A detailed model to simulate heat and moisture transport in a frozen soil

Keyphrases

• Agricultural Experiment Station 25%
• Air Temperature 25%
• Atmospheric Forcing 25%
• Atmospheric Interactions 25%
• Content Profiling 25%
• Fine-grained Soils 25%
• Freeze-thaw 25%
• Frozen Soil 100%
• Ice Content 25%
• Incoming Solar Radiation 25%
• Interfacial Water 25%
• Large Surface Area 25%
• Liquid Water Content 25%
• Long-term Monitoring 25%
• Longwave Radiation 25%
• Migration Processes 25%
• Minnesota 25%
• Moisture Migration 25%
• Moisture Movement 25%
• Moisture Storage 25%
• Moisture Transport 100%
• Numerical Code 25%
• Phase Change 50%
• Precipitation Rate 25%
• Property Change 25%
• Soil Heat 25%
• Soil Hydraulic Properties 25%
• Soil Particles 25%
• Soil Thermal Properties 25%
• Soil Type 25%
• Soil-water System 25%
• Station Model 25%
• Subsurface Soil 25%
• Unfrozen Water 100%
• Unfrozen Water Film 25%
• University of Minnesota 25%
• Upper Boundary 25%
• Water Flux 25%
• Wind Speed 25%

Earth and Planetary Sciences

• Air Temperature 33%
• Atmospheric Forcing 33%
• Boundary Condition 33%
• Frozen Soil 100%
• Heat Flux 33%
• Hydraulic Property 33%
• Minnesota 66%
• Model Test 33%
• Soil Type 33%
• Soil Water 66%
• Solar Radiation 33%
• Surface Area 33%
• Temperature Distribution 33%
• Thin Films 33%
• Water Flux 33%
• Wind Velocity 33%

Engineering

• Absolute Humidity 50%
• Air Temperature 50%
• Bulk Water 100%
• Grained Soil 50%
• Liquid Water Content 50%
• Model Test 50%
• Moisture Transport 100%
• Soil Particle 50%
• Solar Radiation 50%