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Electronic structure and transport in liquid Te
Morrel H. Cohen
, Joshua Jortner
Research output
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Contribution to journal
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Article
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peer-review
33
Scopus citations
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Chemical Compounds
Hall Effect Coefficient
85%
Knight Shift
82%
Response Function
71%
Spin-Lattice Relaxation
60%
Electrical Conductivity
39%
Electronic State
37%
Length
30%
Volume
29%
Liquid
27%
Engineering & Materials Science
Spin-lattice relaxation
100%
Electronic structure
75%
Transport properties
64%
Electric Conductivity
57%
Volume fraction
45%
Liquids
34%
Temperature
20%
Physics & Astronomy
spin-lattice relaxation
53%
Hall effect
46%
inhomogeneity
42%
nuclear magnetic resonance
40%
transport properties
40%
electronic structure
38%
electrical resistivity
32%
augmentation
31%
liquids
27%
temperature
15%