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  • Nukleær sikkerhet og pålitelighet
  • Effects of water chemistry and thermal-hydraulic conditions on crud formation on PWR fuel in the Halden reactor
  • Mixed-oxide (MOX) fuel performance benchmarks
  • Experimental results from the OECD Halden Reactor Project
  • In-pile research instrumentation and methods
  • Physical principles and computational codes for fuel behaviour modelling
  • Inert Matrix Fuel Analysis by Means of the TRANSURANUS Code: The Halden IFA-652 In-Pile Test
  • Fuels research at the Halden Reactor Project : selected results and plans
  • A comparison of fuel fragmentation & relocation behaviour in Halden reactor LOCA experiments
  • Storage of spent research reactor fuel in Norway
  • Present status and future plans of the Halden Reactor
  • Instrument capabilities and developments at the Halden reactor project
  • Comparison of Transport Code VNEM3D to measured data from PWR
 
Info

Nukleær sikkerhet og pålitelighet

Effects of water chemistry and thermal-hydraulic conditions on crud formation on PWR fuel in the Halden reactor
Mixed-oxide (MOX) fuel performance benchmarks
Experimental results from the OECD Halden Reactor Project
In-pile research instrumentation and methods
Physical principles and computational codes for fuel behaviour modelling
Inert Matrix Fuel Analysis by Means of the TRANSURANUS Code: The Halden IFA-652 In-Pile Test
Fuels research at the Halden Reactor Project : selected results and plans
A comparison of fuel fragmentation & relocation behaviour in Halden reactor LOCA experiments
Storage of spent research reactor fuel in Norway
Present status and future plans of the Halden Reactor
Instrument capabilities and developments at the Halden reactor project
Comparison of Transport Code VNEM3D to measured data from PWR
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IFE Kjeller
Kjeller
Work Telefon: +47 63 80 60 00
Fax: +47 63 81 63 56
E-post: firmapost@ife.no
IFE Halden
Halden
Work Telefon: +47 69 21 22 00
Fax: +47 69 21 22 01
E-post: firmapost@ife.no
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