Shape-stabilized phase change materials using molten NaNO3 – KNO3 eutectic and mesoporous silica matrices

@article{Mitran2020ShapestabilizedPC,
  title={Shape-stabilized phase change materials using molten NaNO3 – KNO3 eutectic and mesoporous silica matrices},
  author={Raul-Augustin Mitran and Daniel Lincu and Lucian Buhǎlţeanu and Daniela Berger and Cristian Matei},
  journal={Solar Energy Materials and Solar Cells},
  year={2020},
  volume={215},
  pages={110644}
}
A Review of Composite Phase Change Materials Based on Porous Silica Nanomaterials for Latent Heat Storage Applications
TLDR
A first in-depth look at the various methods for obtaining composite PCMs using porous silica nanomaterials, their properties, and applications is offered, as well as the future perspectives on improving the heat storage materials.
Preparation, Encapsulation, and Performance Evaluation of Ternary Phase Change Materials for Building Envelope
Background. In order to make up for the defect that a single phase change material cannot meet the phase change temperature in a specific application field, three kinds of materials with higher phase
Experimental research on latent heat characteristics of binary mixed molten salt
At present, thermal storage is considered as one of the key technologies to alleviate the problem of instability and intermittence for renewable energy. Due to relatively high latent heat, latent
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The high variability and low heat of fusion of composite shape-stabilized phase change materials is a considerable challenge to their widespread application. Here, we present the synthesis of
Nanocomposite phase change materials based on NaCl–CaCl2 and mesoporous silica
The synthesis of phase change materials based on NaCl–CaCl2 molten salt mixture and mesoporous silica was investigated. The influence of mesoporous silica porosity and salt concentration on the
Confinement effect on enthalpy of fusion and melting point of organic phase change materials in cylindrical nanospace of mesoporous silica and carbon
Organic phase change materials (PCMs) were successfully confined into mesopores of host materials independently via vapor transportation to precisely investigate the changes in the enthalpy of fusion
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