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As defined, n∼ b (r) is the filling factor envelope function, with n∼ b (r) a-d the coarse-grained density.
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As defined, n∼ b (r) is the filling factor envelope function, with n∼ b (r) a-d the coarse-grained density.
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70349310038
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The form g0 (K) =δ (K) / ad differs from g0 (K) =δ (K-W/2) / ad because the energy origin is set by μ→0.
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The form g0 (K) =δ (K) / ad differs from g0 (K) =δ (K-W/2) / ad because the energy origin is set by μ→0.
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Rectangular and triangular band shapes can also be used but the quadratic shape gives better results.
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Rectangular and triangular band shapes can also be used but the quadratic shape gives better results.
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21
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70349316973
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The TIL is sensitive to the details of g0 (K) and for d=1,2 the quadratic shape approximation is poor due to Van Hove singularities at K=0.
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The TIL is sensitive to the details of g0 (K) and for d=1,2 the quadratic shape approximation is poor due to Van Hove singularities at K=0.
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25
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70349303894
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Fifth and higher bands are treated as noninteracting.
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Fifth and higher bands are treated as noninteracting.
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