In recognition of their excellent capacity for regulating thermal energy storage and release,
phase change materials (PCMs) have been rediscovered and received growing significance …

Thermal control methods based on phase change materials have a wide range of
applications, from thermal management to latent heat storage for renewable energy …

As the demand for renewable and sustainable energy sources rises, considerable efforts
have been dedicated to the development of energy storage materials. Phase change …

This current experimental study aims to resolve the demerits of pure PCM by introducing the
hybrid nanomaterial-induced composite PCM (HNIPCM) with practical feasibility on solar …

Phase change composite materials with uniform nanomaterial dispersion are potential
solutions for improving thermophysical properties and enhancing latent heat capacity …

This experimental work foresights the synthesis and characterization of the expanded
graphite (EG) enhanced organic-organic eutectic PCM (EGePCM) with different weight …

The world's current energy crisis calls for green energy solutions that can preserve energy
while incorporating renewable. As such, we have developed a leakage-proof phase change …

Phase change materials (PCMs) are considered to be promising energy storage materials,
but the advanced utilization of PCMs is limited by liquid phase leakage, low thermal …

Ultrasonication is the technique generally employed to break the agglomerated
nanoparticles while synthesising nano-phase change material (PCM) composites. However …

This study reports the synthesis and characterization of Microencapsulated Phase Change
Materials for the pertinence of latent heat storage. Eicosane/Poly (Styrene-co …