Geokemiallinen malli pohjaveden olosuhteista ja kehityksestä Olkiluodon tutkimuspaikalla

Earth and Planetary Sciences

• Water Type 100%
• Water-Rock Interaction 100%
• Calcite 100%
• Salinity 50%
• Redox Condition 50%
• Borehole 50%
• Radioactive Isotope 50%
• Hydrogeochemistry 50%
• Meltwater 50%
• Hydrogeology 50%
• Chemical Evolution 50%
• Soil Layer 50%
• Chemical Control 50%
• Baltic Sea 50%
• Mineralogy 50%
• Dissolved Gas 50%
• Principal Component Analysis 50%
• Radioactive Waste 50%
• Stable Isotope 50%

Keyphrases

• Groundwater 100%
• Olkiluoto 28%
• Water Type 28%
• Water-rock Interaction 28%
• Redox 14%
• Crystalline Bedrock 14%
• Safety Analysis 14%
• Baltic Sea 14%
• Reaction Pathway 14%
• Chemical Reaction 14%
• Final Disposal 14%
• Chemical Species 14%
• Radioactive Waste Disposal 14%
• Radionuclides 14%
• Chemical Conditions 14%
• Deep Borehole 14%
• Flow Path 14%
• Mineralogy 14%
• Water Content 14%
• External Conditions 14%
• Dissolved Gas 14%
• Water Samples 14%
• Recharge 14%
• Mean Residence Time 14%
• Evolutionary Process 14%
• Sulfur Species 14%
• Saline Groundwater 14%
• Hydrogeochemistry 14%
• Thermodynamic Feasibility 14%
• Mass Balance Calculation 14%
• Stable Water Isotopes 14%
• Reaction Model 14%
• Redox Conditions 14%
• Technical Barriers 14%
• PH Level 14%
• Chemical Evolution 14%
• Geochemical Evolution 14%
• NETPATH 14%
• Petrography 14%
• Hydrogeochemical Evolution 14%
• Hydrogeochemical 14%
• Isotopic Measurement 14%
• Subglacial 14%
• Hydrogeology 14%
• Glaciation 14%
• Shallow Wells 14%
• Soil Layer 14%
• Path Calculation 14%
• Infracture 14%
• Conservative Mixing 14%
• Groundwater Body 14%
• Oxygen Intrusion 14%
• Hydrochemical Data 14%
• Cl Isotopes 14%
• Land Uplift 14%
• Palaeo 14%
• Chemical Mixing 14%
• Sulphidic 14%
• Groundwater Mixing 14%
• Palaeowaters 14%
• Glacial Meltwater 14%
• Assessment Analysis 14%
• Hydrothermal Event 14%
• Dynamic Flow Conditions 14%
• Dissolved Gasses 14%

INIS

• ground water 100%
• water 80%
• control 40%
• data 40%
• interactions 30%
• isotopes 30%
• ph value 30%
• mixing 30%
• rocks 20%
• calcite 20%
• layers 10%
• performance 10%
• comparative evaluations 10%
• assessments 10%
• levels 10%
• dynamics 10%
• stable isotopes 10%
• barriers 10%
• salinity 10%
• modeling 10%
• pca 10%
• migration 10%
• evaluation 10%
• oxygen 10%
• depth 10%
• soils 10%
• residences 10%
• boreholes 10%
• fractures 10%
• sulfur 10%
• safety analysis 10%
• thermodynamics 10%
• intrusion 10%
• baltic sea 10%
• chemical reactions 10%
• hydrodynamics 10%
• mass balance 10%
• radioactive wastes 10%
• radionuclides 10%
• geochemistry 10%
• mineralogy 10%
• dissolved gases 10%
• petrography 10%
• recharge 10%
• bromine isotopes 10%
• chlorine isotopes 10%