The effect of geometry on radionuclide transport in a bedrock fracture

Keyphrases

• Radionuclides 100%
• Geometry Effect 100%
• Bedrock Fractures 100%
• Radionuclide Transport 100%
• Transport Properties 66%
• Rock Fracture 66%
• Flow Field 33%
• Nuclear Waste Repository 33%
• Groundwater 33%
• Long Distance 33%
• Computational Problems 33%
• Numerical Methods 33%
• Flow Properties 33%
• Sorption 33%
• System Failure 33%
• Long-term Safety 33%
• Matrix Diffusion 33%
• Time Integration 33%
• Parallel Plates 33%
• Natural Fracture 33%
• Fracture Flow 33%
• Groundwater Transport 33%
• Single Rock Fracture 33%
• Chemical Reaction Engineering 33%
• Subsurface Flow 33%
• Flow Transport 33%
• Variable-aperture Fractures 33%
• COMSOL Multiphysics 4.2a 33%

INIS

• geometry 100%
• fractures 100%
• radionuclide migration 100%
• transport 50%
• rocks 37%
• radionuclides 37%
• dispersions 25%
• shape 25%
• ground water 25%
• failures 12%
• tools 12%
• safety 12%
• engineering 12%
• pulses 12%
• approximations 12%
• size 12%
• diffusion 12%
• retention 12%
• matrices 12%
• nuclear wastes 12%
• sorption 12%
• distance 12%
• plates 12%
• apertures 12%
• nuclides 12%
• chemical reactions 12%
• imports 12%

Earth and Planetary Sciences

• Radioactive Isotope 100%
• Rock Fracture 100%
• Radionuclide 100%
• Flow Distribution 33%
• Transport Property 33%
• Subsurface Flow 33%
• Parallel Plate 33%
• Fracture Aperture 33%
• Fracture Flow 33%
• Trough 33%
• Radioactive Waste 33%
• Isotope 33%