To ensure the structural integrity of components which are on use in nuclear installations, it is necessary to know their resistance to the initiation and propagation of cracks. Because of their dimensions it is a quite demanding task to prepare the standard fracture mechanics specimens for a classical ASTM test. All the above-mentioned led to the need of introducing a new method for assessing the fracture material properties of tubes with thin walls, called Pin-Loading Test (PLT).

Advanced concepts of CANDU fuel bundles with more than 37 elements are analyzed comparatively to the 37-rods standard fuel bundle design from the safety performance point of view.

RATEN ICN was designated as IAEA International Centre based on Research Reactors for the “Education and Training” and for “Joint Research and Development (R&D) Projects” fields, joining the Network of other 6 well-known institutes from the USA, France, Belgium, Korea and Russia.

The Advanced Thermo-Hydraulics Experiment for Nuclear Application (ATHENA) facility will be built at Mioveni platform, on the RATEN-ICN research center premises. 

ALFRED infrastructure was designed as a Research Infrastructure of global relevance on the HLM and LFR technology.

Different concepts for nuclear heavy water reactors fuel bundles were compared and analysed from the thermo-mechanical point of view by using specific computer codes.

PRO ALFRED project - Activities for the Preparation of the ALFRED Research Infrastructure Development in Romania  was devoted to strengthen  the  Romanian capability for an increased national  participation in the ALFRED Infrastructure implementation.

A device for efficient calibration of the SRS QMS 200 gas analyzer was designed, manufactured and tested at RATEN ICN.