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EKO-NUKLEON

INSTITUTE OF NUCLEAR CHEMISTRY AND TECHNOLOGY


ENVIRONMENT-FRIENDLY NUCLEAR TECHNOLOGY CENTRE EKO-NUKLEON


 CHARAKTERISTIC  KEY OBJECTIVES  STRUCTURE  RESEARCH  PROJECTS  CONTACT

Projects submitted and carried on at the Centre in the years 2004-2005
 Research projects financed by the Ministry of Science and Information Society Technologies (grants)  Works ordered by state institutions and business entities  International projects and contracts  Planned projects and submitted proposals

Projekty badawcze finansowane MNiI (granty):
  • Radiation-induced decomposition of halogen derivative hydrocarbons in gas phase - promoter's grant.
  • New methods of tests and reduction of fouling in the processes of micro- and ultra-filtration of liquid radioactive waste.
  • Modelling of propagation and analysis of transport of pollutants in natural waters with the application of stable isotopes as markers.
  • Determination of changes in isotope ratio of sulphur in intermediate products of the carbon combustion and desulphurisation of flue gases.
  • Composition of stable isotopes as a tool for controlling quality and origin of milk and dairy products.
  • Neutron activating analysis and ion chromatography as a tool of reliable determination of lanthanide elements in biological and environmental materials.
  • New Polish reference materials: maize meal (INCT-CF-3), soya meal (INCT-SBF-4) Special purpose project.
Projects financed by the Ministry of Science and Information Society Technologies under partial financing of main activities of INCT
  • Influence of electron beam on pollutants in gases.
  • Marker research laboratory.
  • Stable Isotope Mass Spectrometry Laboratory.
  • Separation and determination of cadmium, lead and bismuth in mineral waters and brines.
  • Radiation-based treatment of water and sewage.
  • Application of NAA in determining trace elements in package materials and evaluation of the possibility of their passing into environment.
  • Construction of detector for radio-isotope control of tightness of underground pipelines with diameter over 600 mm.

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