Large barocaloric effect in intermetallic La1.2Ce0.8Fe11Si2H1.86 materials driven by low pressure

Large barocaloric effect in intermetallic La1.2Ce0.8Fe11Si2H1.86 materials driven by low pressure

Barocaloric materials are particularly promising for green and efficient solid-state cooling technology because of their great potential in terms of cooling performance. However, intermetallic materials with outstanding barocaloric effects under low hydrostatic pressure are especially lacking, which...

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Bibliographic Details
Main Authors: Hu, F. (Author), Huang, Q. (Author), Li, Z. (Author), Liang, F. (Author), Liu, J. (Author), Liu, Y. (Author), Zheng, X. (Author)
Format: Article
Language:English
Published: Nature Research 2022
Subjects:
Barocaloric effects
Cerium compounds
Cooling
Cooling performance
Cooling systems
Cooling technology
Direct measurement
Hydraulics
Hydrostatic pressure
Intermetallic materials
Intermetallics
Iron compounds
Lanthanum compounds
Low pressures
Measurements of
Neutron diffraction
Rare earths
Rare earths intermetallics
Silicon compounds
Solid-state cooling
Temperature changes
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