Research has been undertaken on heat pipe evacuated tube solar collector (HP-ETSC) for
hot water applications, which is common in most Middle East regions. The enhancement in …

Two-phase closed thermosyphon as a gravity-assisted heat pipe is an efficient heat transfer
device in which heat transmits by evaporation and condensation of a working fluid …

The use of heat pipe-cooled micro nuclear-powered reactors (HPNRs) is crucial for shaping
a low-carbon energy structure in the future. However, there is still a lack of experimental …

Nowadays, geothermal energy in shallow hot dry rock fields is not exploited enough due to
the high economic and environmental impact as well as the lack of scalability of the existing …

Microreactors, or very small, transportable or mobile nuclear reactors with a capacity of less
than 20 MW (thermal), are being developed to provide heat and power for myriad …

Thermal management is critical in improving the efficiency, lifespan, and reliability of
sustainable energy devices such as LEDs, batteries, and solar cells. The compact flat …

The aim of this study is to oversee the impact of various techniques on thermal performance
of heat pipes and to comprehensively cover the progress made so far in improving thermal …

In permafrost regions, the climate warming and construction of engineering will change the
energy exchange process between the original ground surface and the ambient, and warm …

In the realm of heat conversion and utilization, gravity heat pipes have garnered significant
attention due to their exceptional heat conduction efficiency. As a strategy to effectively …

A series of experiment using flow visualization technique and simultaneous measurement of
pressure and temperature signals, are conducted to thoroughly investigate the heat transfer …