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  • Reservoar- og leteteknologi
  • Separation, enrichment and analysis of radiolabelled Ni(CN)42- in laboratory and field samples
  • Radiolabelled [Ni(CN)4]2- for water tracing: Synthesis and quality examination
  • Using tracer data to improve petroleum reservoir models
  • Industrial radiotracer generators
  • Studies on separation of tracer concentrations of radiolabelled [Co(CN)6]3- from radiolabelled SCN- in water samples
  • Improved understanding of reservoir fluid dynamics in the North Sea Snorre Field by combining tracers, 4D seismic, and production data
  • Extraction of Nb and Ta, homolgues of Db, from sulphuric acid solutions with TOA in toluene using SISAK
  • On the implicit downwind scheme for scalar convection
  • The effect of including tracer data in the EnKF approach
  • A two-dimensional gamma scanner for performing flooding experiments at oil reservoir conditions
 
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Reservoar- og leteteknologi

Separation, enrichment and analysis of radiolabelled Ni(CN)42- in laboratory and field samples
Radiolabelled [Ni(CN)4]2- for water tracing: Synthesis and quality examination
Using tracer data to improve petroleum reservoir models
Industrial radiotracer generators
Studies on separation of tracer concentrations of radiolabelled [Co(CN)6]3- from radiolabelled SCN- in water samples
Improved understanding of reservoir fluid dynamics in the North Sea Snorre Field by combining tracers, 4D seismic, and production data
Extraction of Nb and Ta, homolgues of Db, from sulphuric acid solutions with TOA in toluene using SISAK
On the implicit downwind scheme for scalar convection
The effect of including tracer data in the EnKF approach
A two-dimensional gamma scanner for performing flooding experiments at oil reservoir conditions
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IFE Kjeller
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Fax: +47 69 21 22 01
E-post: firmapost@ife.no
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