Heat pipes are becoming increasingly popular as passive heat transfer technologies due to
their high efficiency. This paper provides a comprehensive review of the state-of-the-art …

Adopting liquid metals as the working fluid, high temperature heat pipes (HTHPs) can
operate at a high temperature above 750 K and have extremely high heat transfer capacity …

Nowadays heat pipes are considered to be popular passive heat transfer technologies due
to their high thermal performance. The heat pipe is a superior heat transfer apparatus in …

Nuclear systems are increasingly being designed to operate autonomously with passive
safety systems and resilient, robust components. Heat-pipes naturally fit these requirements …

We conducted a review on the application of two-phase thermosyphons in passive residual
heat removal systems (PRHRs). Thermal management to handle the heat of decay in …

To enhance the thermal safety when a station blackout accident occurs, a vertical, straight,
wickless-heat pipe is proposed as a passive residual heat removal system on the nuclear …

This paper focuses on the impact of sprinkling and refrigerant based cooling methods of
photovoltaic modules on actual performance, the duration of cooling and the quickness of …

This paper presents experimental investigations on the heat transfer performance of
concentric annular heat pipe (CAHP) and thermosyphon (CATP) using sodium as a working …

Hybrid micro modular reactor (H-MMR) combining MMR with renewable energy and energy
storage systems (ESS) is designed using heat pipe. H-MMR could produce 10 MW of …

Conventional dry storage facilities for spent nuclear fuel (SNF) were designed to remove
decay heat through the natural convection of air, but this method has limited cooling capacity …