The Bruggeman optical effective medium theory of the dielectric permeability ε e(ω) of inhomogeneous media is analysed for metal-dielectric compounds in relation to the non metal-metal transition. The influence of the constituent-material parameters (free-electron parameters and bound-state polarization) on both the real and imaginary parts of εe(ω) is investigated in detail for the full range of metal filling factors and for optical to far-infrared wavelengths. A physical interpretation is formulated in terms of bound-state polarization, interfacial polarization and Drude conduction-electrons contributions. The results thus obtained are eventually compared to those of other effective medium theories : Maxwell Garnett modified by Cohen et a...
International audienceBruggeman's formula for the effective dielectric permittivity of a binary meta...
The spectral dependence of the dielectric permittivity of a nanocomposite sample in the near-IR rang...
Presented is an extension of the Onsager theory, initially applicable to electric permanent dipoles,...
The Bruggeman optical effective medium theory of the dielectric permeability ε e(ω) of inhomogeneous...
The Bruggeman theory for the optical effective dielectric function of inhomogeneous media is a mean ...
We study different effective medium theories for describing the optical behaviour of composites cons...
Metal-dielectric inhomogeneous media exhibit contrasted physical properties according to the nature ...
A formulation is given to obtain the effective dielectric function ε(ω) of a heterogeneous medium in...
The Maxwell Garnett effective medium theory was originally developed for a very small volume fractio...
We present models for the optical functions of 11 metals used as mirrors and contacts in optoelectro...
The optical properties of anisotropic inhomogeneous media are studied within the framework of the c...
Semicontinuous metal-dielectric films are composed of a wide range of metal clusters of various geom...
Bulk composition, surface and volume structures and optical characterization of selective black chro...
A unified treatment of effective-medium theory for the dielectric constant and conductivity of a mac...
Restricted AccessA unified treatment of effective-medium theory for the dielectric constant and cond...
International audienceBruggeman's formula for the effective dielectric permittivity of a binary meta...
The spectral dependence of the dielectric permittivity of a nanocomposite sample in the near-IR rang...
Presented is an extension of the Onsager theory, initially applicable to electric permanent dipoles,...
The Bruggeman optical effective medium theory of the dielectric permeability ε e(ω) of inhomogeneous...
The Bruggeman theory for the optical effective dielectric function of inhomogeneous media is a mean ...
We study different effective medium theories for describing the optical behaviour of composites cons...
Metal-dielectric inhomogeneous media exhibit contrasted physical properties according to the nature ...
A formulation is given to obtain the effective dielectric function ε(ω) of a heterogeneous medium in...
The Maxwell Garnett effective medium theory was originally developed for a very small volume fractio...
We present models for the optical functions of 11 metals used as mirrors and contacts in optoelectro...
The optical properties of anisotropic inhomogeneous media are studied within the framework of the c...
Semicontinuous metal-dielectric films are composed of a wide range of metal clusters of various geom...
Bulk composition, surface and volume structures and optical characterization of selective black chro...
A unified treatment of effective-medium theory for the dielectric constant and conductivity of a mac...
Restricted AccessA unified treatment of effective-medium theory for the dielectric constant and cond...
International audienceBruggeman's formula for the effective dielectric permittivity of a binary meta...
The spectral dependence of the dielectric permittivity of a nanocomposite sample in the near-IR rang...
Presented is an extension of the Onsager theory, initially applicable to electric permanent dipoles,...