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Radionuclide transport in brackish water through chalk fractures
Emily L. Tran
,
N. Teutsch
, Ofra Klein-BenDavid
, Annie B. Kersting
, Mavrik Zavrin
, Noam Weisbrod
Research output
:
Contribution to journal
›
Article
›
peer-review
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Keyphrases
Brackish Water
100%
Radionuclides
100%
Radionuclide Transport
100%
Bentonite Colloids
80%
U(VI)
60%
Brackish Groundwater
40%
Colloids
40%
Bentonite
40%
Clay Colloids
40%
Geological Repository
40%
Israel
20%
Negev Desert
20%
Carbonate Rocks
20%
Carbonate
20%
Northern Negev
20%
Flow-through
20%
Potential Mobility
20%
Flocculation
20%
Montmorillonite Colloids
20%
Conservative Tracer
20%
Mass Recovery
20%
Transport Experiment
20%
Sorption Coefficient
20%
Batch Experiments
20%
Safety Assessment
20%
Brackish Aquifer
20%
Redox State
20%
Flocculant
20%
Kd Values
20%
Ionic Strength
20%
Uranine
20%
Aquitard
20%
Fractured Carbonates
20%
Actinides
20%
Injection Solutions
20%
Rhenium
20%
Solution Matrix
20%
Earth and Planetary Sciences
Radionuclide
100%
Brackish Water
100%
Bentonite
100%
Radioactive Isotope
66%
Carbonate Rock
33%
Israel
16%
Montmorillonite
16%
Aquitard
16%
Actinide
16%
Clay Mineral
16%
Flocculation
16%
Rhenium
16%