Large inconsistencies still exist in nuclear data libraries regarding the kinetic parameters of
delayed neutron (DN) precursors. As an example, there is a 17% gap between ENDF-B/VIII …

The kinetic parameters of nuclear reactors describe the kinetic behavior of prompt and
delayed neutrons with respect to the fission, within a simplified representation of the time …

For safety reasons, it is important to simulate precisely the kinetic behavior of light water
nuclear reactors (LWR) in nominal or incidental situations. In the point kinetic approximation …

This article presents an experimental effort to provide high-quality data to improve the
evaluation of the 239 Pu delayed neutron yield in the thermal energy range. The set-up is …

Kinetic neutron parameters are of fundamental importance in the field of nuclear reactor
dynamics and control. Moreover, the precursor yield fraction and the neutron generation …

The nuclear fission process is not only a fascinating topic for modern science, it also plays a
crucial role in a host of important technologies and applications. The safe, reliable and low …

Delayed neutrons are of fundamental importance in the field of nuclear reactor dynamics
and control. However, the precursor yield fraction for a given nuclear reactor are dependent …

LOENIEv2 is a long counter detector used for delayed neutron (DN) measurements. It is
composed of sixteen 3He tubes embedded in a cylindrical high-density polyethylene …

In nuclear reactors operating in nominal conditions, delayed neutrons (DN) drive the kinetic
behavior of the neutron population. Predicting this behavior requires therefore the …