In dielectric spectroscopy, an analysis is made of the function of the complex permeability
The reflection loss (RL) of composite nanofibers was calculated by Matlab based on the relatively complex permeability and permittivity at a given frequency and matching thickness according to the following equations:
r] = [mu]' - j [mu]") is the relative complex permeability, j represents the imaginary part, dB represents the unit of attenuation values of incident radar wave, f is the frequency of the EM wave, d is the coating thickness, c is the velocity of light, [Z.
Complex permeability ([mu]' and [mu]") was calculated from [B.
Caption: Figure 8: Complex permeability as a function of frequency at 0.
Hatakeyama, "Frequency dispersion and temperature variation of complex permeability
of Ni-Zn ferrite composite materials," J.
Lossy magnetic wires are characterized by a complex permeability
Conventional spinel type ferrites do not function well in the GHz range due to a drop in the complex permeability
Application of materials in the microwave, aerospace, and communications demands an accurate knowledge of material properties such as complex permittivity and complex permeability
The properties of a material may be specified by two complex constants called complex permittivity ([epsilon]) or dielectric constant and complex permeability
Varadan, "A free-space measurement of complex permittivity and complex permeability
of magnetic materials at microwave frequencies," IEEE Trans.
The shorted microstrip transmission-line perturbation (SMTLP) measurement technique was used to determine the complex permeability
of the cobalt nanoparticle thick films [28, 30-33].