Secondary menu

The MARIA research reactor will test the components of the ITER fusion reactor, which is under construction in France

Rdzeń reaktora MARIA
NCBJ) signed a framework agreement with the ITER Organization (IO) under which material samples and diagnostic windows for use in the ITER fusion reactor will be tested. Special thermostatic capsules will be designed to recreate the conditions in the place of their final installation. They will be placed in the core of our reactor, irradiated and then tested. ----

NCBJ scientists awarded with NCN grants: POLONEZ BIS and SONATINA

Two NCBJ scientists were awarded with grants from competitions of the National Science Center. Wenyi Huo, PhD. from the NOMATEN Center of Excellence received a POLONEZ BIS grant for a project on high entropy alloys, while PhD. Ilkka Samuli Mäkinen received a grant from the SONATINA competition for a project on loop quantum gravity. ----

Metallic layers with high entropy are formed in NCBJ

Aluminum, titanium, nickel, niobium and tungsten – as many as five elements make up the high-entropy layers just produced at the National Center for Nuclear Research. Their production means that the center in Świerk joined the research on coatings considered to be one of the most innovative in contemporary surface engineering. ----

Incorrect reports about problems with the availability of LutaPol

Pojemniki z LutaPolem
In connection with the article in Gazeta Stołeczna entitled „Treatment of a patient with cancer was canceled. The reason? The radioisotope is imported from Russia" we explain that the reasons for the described situation do not lie on the part of NCBJ and we do not know anything about that could be associated with problems with supplies from Russia. ----

First Transient Calculation of DFR Two-fluid Reactor

Przekrój rdzenia modelowanego reaktora DFRm z wyszczególnionymi rurami paliwowymi (kolor żółty), chłodziwem (kolor różowy), reflektorem (kolor niebieski) i powłoką z węglika krzemu (kolor zielony). Źródło:
Comprehensive research and models of their operation are an important stage in the introduction of the concept of generation IV nuclear reactors. On the basis of the analyzes, the passive safety of the DFRm reactor Was confirmed, thanks to the determination of the temperature coefficient of reactivity. In a recent paper published in the International Journal of Energy Research, the calculation of the transients for such a reactor Was presented for the first time. ----