Keywords: دفع زباله های هسته ای; BWR; Boiling water reactor; CSA; Criticality safety assessment; FEPs; Features, events, and processes; HLW; High-level waste; HM; Heavy metal (uranium plus plutonium); HMVF; Heavy metal volume fraction; LWR; Light water reactor; MOX; Mixed oxide fuel; PWR
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Keywords: دفع زباله های هسته ای; Corrosion monitoring; Copper; Microbiologically influenced corrosion; Groundwater; Nuclear waste disposal;
Keywords: دفع زباله های هسته ای; Global governance of safety; Nuclear safety; Nuclear energy; Nuclear waste disposal; National sovereignty;
Keywords: دفع زباله های هسته ای; copper corrosion; sulfide; nuclear waste disposal; temperature; electrochemical performance;
Keywords: دفع زباله های هسته ای; Thermal cracking; Nuclear waste disposal; Transient heat conduction; Numerical test;
Keywords: دفع زباله های هسته ای; Fracture characterization methods; Discrete fracture network; Equivalent continuum; Nuclear waste disposal; Crystalline rock;
Keywords: دفع زباله های هسته ای; Redox transitions; Fracture coatings; U-series isotopes; Greenland ice sheet; Nuclear waste disposal;
Keywords: دفع زباله های هسته ای; Deep geological repository; Nuclear waste management; Nuclear waste disposal; Thermal modelling; Used nuclear fuel;
Keywords: دفع زباله های هسته ای; Ecological study; Nuclear power plant; Nuclear research center; Nuclear waste disposal; Radiation induced genetic effects; Sex odds; Trend analysis; Uranium mining
Keywords: دفع زباله های هسته ای; Thermo-osmotic flow; Unsaturated material; THM coupled phenomena; Compacted expansive clay; Nuclear waste disposal; Numerical modeling;
Keywords: دفع زباله های هسته ای; Pitzer model; Nuclear waste disposal; Salt formations;
Keywords: دفع زباله های هسته ای; Nuclear waste disposal; Natural salt; Crushed salt; Large strains; Numerical modeling; Coupled processes;
Keywords: دفع زباله های هسته ای; Bentonite/sand mixture; Nuclear waste disposal; Anisotropy; Swelling pressure; Microstructure; Microfocus X-ray computed tomography (μCT)
Keywords: دفع زباله های هسته ای; Argillaceous; Swelling; Diffuse double layer; Geochemistry; Nuclear waste disposal
Keywords: دفع زباله های هسته ای; Shales; Water retention behaviour; Opalinus Clay; Suction; Nuclear waste disposal;
Keywords: دفع زباله های هسته ای; AM; Altered Meteoric end member; BC; before Christ; DS; Deep Saline end member; Gl; Glacial end member; ICVs; input compositional variables; Lit; Littorina end member; Ma; million years; m.a.s.l.; metres above sea level; MM; mixing model; pc; principal co
Keywords: دفع زباله های هسته ای; Energy planning by underground use; CO2/natural gas storage; Deep geothermics; Nuclear waste disposal; Sound energy-mix; Densely populated countries;
A spectroscopic study of the complexation reaction of trivalent lanthanides with a synthetic acrylate based PCE-superplasticizer
Keywords: دفع زباله های هسته ای; EXAFS; TRLFS; Geochemistry; Thermodynamics; Nuclear waste disposal; Coordination chemistry;
A thermodynamical study on the complex formation of Cm(III) with methacrylate
Keywords: دفع زباله های هسته ای; Curium; Methacrylate; Complexation; Thermodynamics; TRLFS; Elevated temperature; Nuclear waste disposal;
Non-isothermal simulation of the behavior of unsaturated soils using a novel EFG-based three dimensional model
Keywords: دفع زباله های هسته ای; Thermo hydro mechanical; Unsaturated porous media; Element-free Galerkin method; CO2 sequestration; Nuclear waste disposal;
Brittle reactivation of ductile precursor structures: The role of incomplete structural transposition at a nuclear waste disposal site, Olkiluoto, Finland
Keywords: دفع زباله های هسته ای; Structural inheritance; Fault linkage; Transposition; Nuclear waste disposal; Palaeoproterozoic; Fennoscandian shield;
Kinetic study and structural evolution of SON68 nuclear waste glass altered from 35 to 125â¯Â°C under unsaturated H2O and D2O18 vapour conditions
Keywords: دفع زباله های هسته ای; SON68 glass; Vapour hydration; Nuclear waste disposal; Deuterium; Raman; SIMS;
Migration of 75Se(IV) in crushed Beishan granite: Effects of the iron content
Keywords: دفع زباله های هسته ای; Nuclear waste disposal; Diffusion; Selenite; Beishan granite; Fe(III)-oxyhydroxides;
Compression, swelling and rebound behavior of GMZ bentonite/additive mixture under coupled hydro-mechanical condition
Keywords: دفع زباله های هسته ای; GMZ bentonite/additive mixture; Nuclear waste disposal; Compressibility; Swelling behavior; Rebound behavior; Loading-unloading;
An elastoviscoplastic constitutive model for geomaterials: Application to hydromechanical modelling of claystone response to drift excavation
Keywords: دفع زباله های هسته ای; Claystone excavations; Nuclear waste disposal; Constitutive model; Viscoplasticity; Regularization technique; Code_Aster;
Montmorillonite colloids: II. Colloidal size dependency on radionuclide adsorption
Keywords: دفع زباله های هسته ای; Montmorillonite colloids; Particle size effect; Adsorption; Radionuclides; Nuclear waste disposal
Simulation of co-seismic secondary fracture displacements for different earthquake rupture scenarios at the proposed nuclear waste repository site in Forsmark
Keywords: دفع زباله های هسته ای; Secondary displacement; Forsmark; Nuclear waste disposal; Stress drop; Seismic efficiency
Structure and performance evolution of the system (Gd1âxNdx)2(Zr1âyCey)2O7 (0 â¤Â x, y â¤Â 1.0)
Keywords: دفع زباله های هسته ای; Pyrochlore; Codoping; Nuclear waste disposal; Mechanical performance;
Montmorillonite colloids: I. Characterization and stability of dispersions with different size fractions
Keywords: دفع زباله های هسته ای; Montmorillonite colloids; Characterization; Size separation; Number of edge sites; Nuclear waste disposal; Colloidal stability
Thermodynamic modeling of high salinary phosphate solutions II. Ternary and higher systems
Keywords: دفع زباله های هسته ای; Phosphate solutions; Pitzer parameters; Isopiestic; Solubility; Thermodynamic data base; Nuclear waste disposal; Water activity
In situ strength and failure mechanisms of migmatitic gneiss and pegmatitic granite at the nuclear waste disposal site in Olkiluoto, Western Finland
Keywords: دفع زباله های هسته ای; Rock mass strength; In situ experiment; Structurally controlled failure; Spalling potential; Nuclear waste disposal; Olkiluoto; ONKALO;
On the impact of temperatures up to 200 °C in clay repositories with bentonite engineer barrier systems: A study with coupled thermal, hydrological, chemical, and mechanical modeling
Keywords: دفع زباله های هسته ای; nuclear waste disposal; Clay; Bentonite; THMC; Modeling; High temperature;
Conditioning of minor actinides in lanthanum monazite ceramics: A surrogate study with Europium
Keywords: دفع زباله های هسته ای; Monazite; Waste form; Dissolution; Minor actinides; Nuclear waste disposal
Hydro-mechanical analysis of GMZ bentonite–sand mixtures in the water infiltration process as the buffer/backfill mixture in an engineered nuclear barrier
Keywords: دفع زباله های هسته ای; Bentonite–sand mixture; Nuclear waste disposal; Buffer/backfill material; Infiltration test; Soil–water characteristic curve; Unsaturated hydraulic conductivity
Coupled transport-reaction modeling of the long-term interaction between iron, bentonite and Callovo-Oxfordian claystone in radioactive waste confinement systems
Keywords: دفع زباله های هسته ای; Iron-clay interactions; Iron corrosion; Reactive surface area; Modeling; Nuclear waste disposal;
New constraints on 1.7 Gyr of brittle tectonic evolution in southwestern Finland derived from a structural study at the site of a potential nuclear waste repository (Olkiluoto Island)
Keywords: دفع زباله های هسته ای; Brittle deformation; Paleostress inversion; Nuclear waste disposal; Finland
The reductive immobilization of aqueous Se(IV) by natural pyrrhotite
Keywords: دفع زباله های هسته ای; Nuclear waste disposal; Selenite; Pyrrhotite; Reductive immobilization; Kinetics;
Homogenization in clay barriers and seals: Two case studies
Keywords: دفع زباله های هسته ای; Nuclear waste disposal; Clay barriers; Clay seals; Heterogeneity; Compacted soils; Coupled analyses; Unsaturated soils
Rock mass response ahead of an advancing face in faulted shale
Keywords: دفع زباله های هسته ای; Tunnelling; Nuclear waste disposal; EDZ; Opalinus clay
A thermo-hydro-mechano-chemical formulation for modeling water transport around a ventilated tunnel in an argillaceous rock
Keywords: دفع زباله های هسته ای; Nuclear waste disposal; Argillaceous clay; Unsaturated flow; Ventilation experiment; Solute transport; DECOVALEX
Approaches and algorithms for groundwater flow modeling in support of site investigations and safety assessment of the Forsmark site, Sweden
Keywords: دفع زباله های هسته ای; Fractured rock; Nuclear waste disposal; Hydrogeological model; Discrete fracture network
Reaction path modeling of hydrogeochemical evolution of groundwater in granitic bedrocks, South Korea
Keywords: دفع زباله های هسته ای; Granitic rocks; Hydrogeochemical evolution; Clay mineralogy; Nuclear waste disposal;
Transformation plasticity and the effect of temperature on the mechanical behaviour of Hawkesbury sandstone at atmospheric pressure
Keywords: دفع زباله های هسته ای; Elastic-field rock mechanics; Thermal effects; Transformation plasticity; Geothermal energy; Nuclear waste disposal; Volcano flank stability
Modelling coupled chemico-osmotic and advective–diffusive transport of nitrate salts in the Callovo-Oxfordian Clay
Keywords: دفع زباله های هسته ای; Chemico-osmotic flow; Nuclear waste disposal; Callovo-Oxfordian Clay; Semi-permeable membrane; Osmotic efficiency; Overpressure
Porosity investigation of compacted bentonite using XRD profile modeling
Keywords: دفع زباله های هسته ای; Bentonite; Clay swelling; Microstructure; Porosity; Nuclear waste disposal; XRD
Influence of thermohaline effects on groundwater modelling - Application to the Paris sedimentary Basin
Keywords: دفع زباله های هسته ای; Thermohaline numerical modelling; Hydrogeology; Salinity; Paris sedimentary Basin; Nuclear waste disposal;
3D numerical modelling thermo-hydromechanical behaviour of underground storages in clay rock
Keywords: دفع زباله های هسته ای; Thermo-hydromechanical coupling; Poroplasticity; Porous media; Nuclear waste disposal; Claystone
Molecular hydrogen: An abundant energy source for bacterial activity in nuclear waste repositories
Keywords: دفع زباله های هسته ای; Hydrogen metabolism; Hydrogen bacteria; Autotrophy; Nuclear waste disposal; Deep geological environments; Biocorrosion
Limits to the use of highly compacted bentonite as a deterrent for microbiologically influenced corrosion in a nuclear fuel waste repository
Keywords: دفع زباله های هسته ای; Compacted bentonite; Nuclear waste disposal; Microbiologically influenced corrosion; Sulfate reduction; Viable but not culturable
Thermohydromechanical modelling of the buffer/container experiment
Keywords: دفع زباله های هسته ای; Coupled thermohydromechanical modelling; The Buffer/Container Experiment; Unsaturated soil; Nuclear waste disposal; Buffer