[PDF][PDF] Manufacturing Technology of Shape-Stabilized Phase Change Materials
T Amberkar, P Mahanwar - Int. J. Res. Rev, 2018 - academia.edu
Int. J. Res. Rev, 2018•academia.edu
Phase change materials (PCMs) can absorb, store or release latent heat when undergoing
through phase transition in predetermined narrow temperature range and hence used in
thermal energy storage applications. But PCMs might leach out due to increase in volume
during phase transition process. Shape stabilization techniques of PCMs are developed to
mitigate this problem. The shapestabilized PCMs are made by preparing composite PCMs
and encapsulation. Shape stabilization improves handling and applicability of PCMs. The …
through phase transition in predetermined narrow temperature range and hence used in
thermal energy storage applications. But PCMs might leach out due to increase in volume
during phase transition process. Shape stabilization techniques of PCMs are developed to
mitigate this problem. The shapestabilized PCMs are made by preparing composite PCMs
and encapsulation. Shape stabilization improves handling and applicability of PCMs. The …
Abstract
Phase change materials (PCMs) can absorb, store or release latent heat when undergoing through phase transition in predetermined narrow temperature range and hence used in thermal energy storage applications. But PCMs might leach out due to increase in volume during phase transition process. Shape stabilization techniques of PCMs are developed to mitigate this problem. The shapestabilized PCMs are made by preparing composite PCMs and encapsulation. Shape stabilization improves handling and applicability of PCMs. The increasing demand for energy-saving, ecologically sustainable and user-friendly techniques of energy storage has drawn attention to shapestabilized PCMs. In this article, we reviewed shape stabilization techniques of PCMs.
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