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The Cole-Cole diagram of Copper is calculated in the energy range of ⟨ 1 ; 0; 0⟩, ⟨ 1 ; 1 ; 0⟩ , ⟨ 1 ; 1 ; 1 ⟩ and ⟨ 1 ; 0; 0⟩ in the units of 2a 1 . The modied augmented-plane- method with the Chodorow potential is utilized to calculate the energy spec- trum and Bloch wave functions. The Cole-Cole diagrams exhibit anti-clockwise rotation as the frequency increases for all q > 0. However, the rotation direction is reversed { becomes clockwise { in the spatial case q = 0. The static dielectric function deceases as q 2 , the area of the Cole-Cole diagram decreases as the wave-vector increases. The free electrons in Copper metal exhibits two plasmons for wave-vectors smaller than 0: 5 2 a 1 . In order to show the effect of core polarization

Numerical Calculation of the Wave-Vector Dependent Cole-Cole Diagram of Copper