لخّصلي

The problem of calculating the effective dielectric constant in the case of sound separation is analyzed by microstructure-based separation.The parameters defined and discussed in these lines apply not only to ?e, but also to other fundamental material constants of the seating compound, such as magnetic permeability, electrical and thermal conductivity and diffusivity.It shows that the skeleton of this task is important.

The problem of calculating the effective dielectric constant in the case of sound separation is analyzed by microstructure-based separation. A set of characteristic geometric functions are defined, which depend on the details of the microstructure as will be discussed, but whose general analytical properties can be derived. It shows that the skeleton of this task is important. This can be seen in some optical and optical enhancements to the separated metal. Moreover, it can be used to obtain a large amount of information and is in the form of upper and easy limits. Finally, it allowed for a new approach to discussing profit-taking for control systems near nominations. The parameters defined and discussed in these lines apply not only to εe, but also to other fundamental material constants of the seating compound, such as magnetic permeability, electrical and thermal conductivity and diffusivity.