This chapter summarizes the detailed introduction, types of magnetism, classifications of
ferrites and their crystal structure. In addition, this chapter has the main focus on the …

MnZn ferrites that exhibit low core losses at high frequencies are suitable for the integration
and miniaturization of power conversion devices. To obtain low core losses at high …

In this chapter, various liquid-phase chemical deposition techniques that are also known as
the chemical solution deposition methods for depositing ferrite thin films are discussed. A …

This chapter explores the deposition of ferrite films using a myriad of physical, chemical, and
mechanical deposition technologies, including molecular beam epitaxy, pulsed‐laser …

In certain applications, such as on-chip integrated inductors, ferrite materials are highly
desirable owing to their superior magnetic and insulation properties. Spin-spray deposition …

In response to the demands for high frequency, miniaturization, and high integration in
electronic devices, such as inductors and DC-DC convertors, nickel–zinc ferrite thin films …

Although substrate wettability greatly impacts deposition processes using the spin-spray
technique, there are few substrates suitable for the deposition of spin-sprayed ferrite thin …

In this work, the optical properties of pure and doped films were investigated as a function of
annealing temperature. Films with compositions Ni 0.5 Zn 0.5 Fe 2 O 4, Ni 0.35 Cu 0.2 Zn …

The influence of the experimental parameters and their interactions on saturation
magnetization (M s) of NiFe 2 O 4 thin films have been determined by the experimental …

We have investigated the thermogravimetric temperature (TGA) of magnetic cobalt ferrite
nanoparticles (CoFe 2 O 4) synthesized using a low-temperature sol–gel technique and a …