This review paper describes the destructive and non-destructive measurements
implemented or under development at CEA, in view to perform the most complete …

High energy photons, or γ-rays, were among the very first probes used to induce fission.
Their significant impact in this field is due to particular properties of the γ-rays, such as the …

In the frame of a long-term research program on the characterization of large radioactive
waste packages by photofission, the Nuclear Measurement Laboratory of CEA IRESNE has …

Nuclear photonics is a emerging field of science which combines research with new
generation γ-ray sources based on traditional and laser-based electron accelerators. Here …

In the frame of a long-term research program on the characterization of large radioactive
waste packages by photofission, the Nuclear Measurement Laboratory of CEA IRESNE …

In the frame of the MICADO H2020 project, a passive and active neutron measurement
system is being developed to estimate the nuclear material mass inside legacy waste drums …

The characterization of nuclear wastes is the first step toward their efficient management, as
the efficient identification of the chemical, physical, biological, mechanical, and/or …

Delayed gamma rays following neutron activation, induced by a 6 MeV linear electron
accelerator (linac) coupled to a deuterium oxide photo–neutron conversion target, are …

Actinides fission induced by energetic photons have a wide range of potential applications,
including production of rare isotopes and neutron-rich exotic nuclei, generation of medical …

The characterization of radioactive waste packages is mandatory for their transport, interim
storage and final disposal. In this framework, the Nuclear Measurement Laboratory of CEA …