Melt point, enthalpy of fusion, and volumetric expansion of single-and multi-component
liquid chlorides {NaCl, KCl, LiCl, MgCl 2, CaCl 2, UCl 3} were measured experimentally …

The looming threat of global warming has elicited efforts to develop reliable sustainable
energy resources. Hydrogen as a clean fuel is deemed a potential solution to the problem of …

The solid-liquid interface between molten salt and solid oxides is ubiquitous in the molten
salt nanocomposite with enhanced heat storage and transfer properties for concentrating …

Hydrogen, as a clean fuel, has the potential to revolutionise scientists and engineers' search
for a more sustainable energy source to alleviate detrimental effects of global warming …

This paper presents a comprehensive review of mixed convective heat transfer phenomena
involving fluids with varying Prandtl numbers, specifically focusing on their behavior in …

In order to develop a heat transfer enhancement technique for molten salt heat exchanger,
Fluent simulation is carried out to investigate the molten salt flow and heat transfer …

Studies on mixed convective heat transfer or mixed convection of laminar flows in horizontal
circular tubes are normally restricted to fluids of low or high Prandtl numbers, such as air or …

The elevated temperatures and corrosive environment typical of molten salt reactors'
operating conditions may pose challenges to flow and temperature measurements …

In this study, a novel system− a reversible solid oxide cell system with a thermocline-type
thermal energy storage is proposed to address the limits of green hydrogen. This system …

Molten salts are promising fluids for applications involving heat transfer and thermal energy
storage. The buoyancy effect and radiative heat transfer effect are frequently ignored in …