Generation IV nuclear power plants (GEN IV NPPs) are supposed to become, in many
countries, an important source of base load power in the middle–long term (2030–2050) …

Lead‐based fast reactor is one of the most promising fourth‐generation nuclear energy
systems. Fuel assembly design is a key technology for the research and development of …

Abstract SNCLFR-100, a 100 MW th lead-cooled small modular reactor with a passive
cooling feature to both normal and abnormal operations, was proposed by University of …

In this paper a preconceptual neutronics design study for a SUstainable Proliferation-
resistance Enhanced Refined Secure Transportable Autonomous Reactor (SUPERSTAR) …

The lead-cooled fast reactor (LFR) coupled with SCO 2 Brayton cycle is an advanced
nuclear power generation system which has high efficiency and high compactness. The …

The liquid metal fast reactor represents an important reactor type for the future development
of nuclear energy. Accurately modeling and predicting the subchannel flow and heat transfer …

Small modular natural circulation lead or lead-alloy cooled fast reactor (LFR) is a potential
candidate for LFR development. It has many attractive advantages such as reduced capital …

The pursuit of small modular reactors (SMRs) has become a trend in this century due to their
potential to expand the use of clean and reliable nuclear energy to a broader range of …

Small modular reactors (SMRs) have attracted particular attentions in recent years, and
small modular natural circulation lead or lead–alloy cooled fast reactor (LFR) is one of the …

Stability analyses of nuclear-coupled thermal hydraulics are carried out for SUPERSTAR–a
natural circulation heavy metal (lead-cooled) fast reactor. Attributed to its natural circulation …