Frank
Laboratory
of Neutron Physics

The IBR-2 reactor with its unique technical approach produces one of the most intense neutron fluxes at the moderator surface among the world's reactors

The IBR-2 reactor with its unique technical approach produces one of the most intense neutron fluxes at the moderator surface among the world's reactors

There is a wide number of scientific instruments included in the user program for diffraction, small-angle scattering, reflectometry, inelastic scattering, neutron imaging, nuclear physics, neutron activation analysis.

There is a wide number of scientific instruments included in the user program for diffraction, small-angle scattering, reflectometry, inelastic scattering, neutron imaging, nuclear physics, neutron activation analysis.

The IBR-2 reactor with its unique technical approach produces one of the most intense neutron fluxes at the moderator surface among the world's reactors

The IBR-2 reactor with its unique technical approach produces one of the most intense neutron fluxes at the moderator surface among the world's reactors

Research in materials science carried out at FLNP is the basis for the further development of our society and will probably become the core of a new technological revolution.

Research in materials science carried out at FLNP is the basis for the further development of our society and will probably become the core of a new technological revolution.