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and references therein
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Marabelli, F.1
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Simple metals just display a Drude component in the optical properties merging in the Hagen-Rubens limit at low frequencies. See, e.g., the example of stainless steel in M. Dressel et al., Ferroelectrics 176, 285 (1996).
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Dressel, M.1
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Leder, H.J.1
Czycholl, G.2
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19
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0041327571
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note
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It is easy to see, that S is nothing but the value of the f-sum rule and can be calculated using the unrenormalized band structure of the material.
-
-
-
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22
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0041828086
-
-
note
-
The calculations in [4] have been performed for a moderate local Coulomb repulsion of U/W = 1.5. The corresponding Kondo temperature is T* ≈ 0.05W. which would translate to T* = 580 K assuming a bandwidth W = 1 eV.
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23
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0040469070
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For a review on the dynamical mean field theory see: A. Georges et al. Rep. Mod. Phys. 68, 1 (1996).
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Georges, A.1
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25
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0042830129
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-
note
-
It is well known, that the theoretical plasma frequency must be calculated via equation (3), where the band-mass and not the free electron mass enters due to the restiction in the Hilbert space.
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26
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0033893133
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J. Denlinger et al., Physica B 281 & 282, 716 (2000).
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Denlinger, J.1
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cond-mat/9910485
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S.R. Garner et al., Phys. Rev. B 62, R4778 (2000), cond-mat/9910485.
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D.B. Tanner, T. Timusk, in Physical Properties of high Temperature Superconductors III, edited by D.M. Ginsberg (World Scientific, Singapore, 1992), p. 363 and references therein.
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Timusk, T.2
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