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Zero-point entropy in stuffed spin-ice
G. C. Lau
, R. S. Freitas
, B. G. Ueland
, B. D. Muegge
, E. L. Duncan
,
P. Schiffer
,
R. J. Cava
Chemistry
Princeton Materials Institute
Princeton Quantum Initiative
Research output
:
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Article
›
peer-review
97
Scopus citations
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Keyphrases
Spin Ice
100%
Zero-point Entropy
100%
Tetrahedron
50%
Pyrochlore Structure
50%
Hydrogen Ion
25%
Thermal Equilibrium
25%
Non-magnetic
25%
Geometrically Frustrated Magnet
25%
Magnetic Moment
25%
Ti Sites
25%
Magnetic Materials
25%
Chemical Approach
25%
Temperature Approach
25%
Preferred Position
25%
Absolute Zero
25%
Ice Rules
25%
Third Law of Thermodynamics
25%
Frustrated Lattice Systems
25%
Residual Entropy
25%
Preferred States
25%
Material Science
Magnetic Material
100%
Chemistry
Third Law of Thermodynamics
16%