Zero-power reactors stand as indispensable tools for sha** the future of the nuclear
industry. Addressing safety concerns, advancing reactor technology, mitigating proliferation …

Best-estimate codes, which couple neutronic and thermal-hydraulic solvers, are mainly used
for safety analyses of nuclear power plants. During the past decade, the application of these …

This work presents an experimental study of five threshold velocities for air-water flow in
three different vertical channels. The measured threshold velocities included onset flooding …

This paper presents an experimental investigation of the wall corrugation effect on three
threshold velocities for air–water flow. Those threshold velocities refer to different …

The comprehension of severe criticality accident is a key issue in Gen‐IV neutronics and
safety. Within the future zero‐power experimental physics reactor (ZEPHYR), to be built in …

Studies related to severe core accidents constitute a crucial element in the safety design of
Gen‐IV systems. A new experimental program, related to severe core accidents studies, is …

In this study, a high‐fidelity Monte Carlo model was utilized to investigate the localized
behavior of the power peaking factor in a reactor core. The model considered the effect of …

In order to solve the problem of the design of the innovative experiment platform of the
Modern Educational Technology online course, this paper proposes a design method of the" …

The present work details information (core geometry, material balance, and criticality
measurements and calculations) regarding a new benchmark to be introduced to the …

The present work details a further investigation of the SNEAK-12A experimental program,
which aimed to study material relocation in Sodium Fast Reactors (SFRs) leading to core …