Real Black And Imaginary Red Part Of The Optical Conductivity Of
Real (black) and imaginary (red) part of the optical conductivity of ...
Real (black) and imaginary (red) part of the optical conductivity for ...
The real and imaginary part of the optical conductivity according to ...
The real and imaginary part of the optical conductivity according to ...
The real part and the imaginary part of the optical conductivity as the ...
The real and imaginary part of the optical conductivity according to ...
Real (left) and imaginary (right) part of the optical conductivity at ...
Real (left) and imaginary (right) part of the optical conductivity at ...
The real ( σ1) and imaginary σ(2) parts of optical conductivity (σ= σ1 ...
The variation of real part (a) and imaginary part (b) of the optical ...
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(a) Real and (b) imaginary parts of the complex optical conductivity ...
(a) Real and (b) imaginary parts of the complex optical conductivity ...
Real and imaginary parts of the optical conductivity (semilogarithmic ...
Real and imaginary parts of the optical conductivity (upper panel) and ...
(a) Calculated real and (b) imaginary part of optical conductivity as a ...
(a) The real and imaginary parts of the optical conductivity of 3DDS as ...
Real σ 1(ω) and imaginary σ 2(ω) part of optical conductivity σ(ω ...
(a) Calculated real and (b) imaginary part of optical conductivity as a ...
(a) Real and (b) imaginary parts of the complex optical conductivity ...
The variation in real and imaginary parts of the optical conductivity ...
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Real and imaginary parts of the optical conductivity σ1(ω) (top panel ...
(a) Real part and (b) imaginary part of optical conductivity of ...
(a) Calculated real and (b) imaginary part of optical conductivity as a ...
(Color online) Imaginary (top) and real (bottom) part of the optical ...
(Color online) Imaginary (top) and real (bottom) part of the optical ...
Real and imaginary parts of the optical conductivity (upper panel) and ...
(Color online) Imaginary (top) and real (bottom) part of the optical ...
Real (black line) and imaginary part (red line) of the polarizability ...
Real and imaginary parts of optical surface conductivity as a function ...
Real and imaginary parts of optical surface conductivity as a function ...
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Real (black line) and imaginary part (red line) of the polarizability ...
Real part (red) and imaginary part (black) of the 3ω-component χ (3) 3 ...
The real (black line) and imaginary (red line) part of dielectric ...
a The real (black lines) and imaginary (red lines) part of the complex ...
The real and imaginary parts (σ1 and σ2) of conductivity against photon ...
The real (black) and imaginary (red) part of the dielectric function ...