Numerical studies of the constitutive parameters of a chiroplasma composite medium

A chiroplasma medium is conceptualized as a homogenized composite medium (H CM) comprising a magnetically biased plasma and an isotropic chiral medium as its components with the constituents envisioned in particulate form with spherical geometry. We present numerical results which show that the HCM i s fully bianisotropic, belonging to the class of Faraday chiral mediums. We explore in detail the relationship between the structure of the HCM's cons titutive dyadics and the properties of the constituent mediums. Finally, th rough visualizing the chiral component medium as particulates of spheroidal rather than spherical shape, a HCM with bianisotropic structure more compl ex than a Faraday chiral medium is revealed.