The hysteresis modeling of ferromagnetic materials in electrical equipment is one of the
basic theoretical studies in the field of electrical engineering. Long training time and poor …

Abstract The Monte Carlo simulations are used to study the bilayer hexagonal structure. The
ground state phase diagrams are found. Phase diagrams of the ground state are useful to …

In this work, an experimental investigation of the impact of the thickness parameter on the
magnetic, structural and hysteresis cycle characteristics of thin Ni-based (Ni/NiO) multi …

In the present study,(NiO)-niobium (Nb)/niobium oxide (NbO)-nickel (Ni) bilayer structure
was prepared by using Radio Frequency (RF) magnetron sputtering technique. The sub …

Establishing accurate hysteresis models is crucial for analyzing the magnetic fields in motors
and transformers. Hysteresis models based on physical mechanisms are particularly worthy …

The classical Preisach model is a statistical model that can accurately describe the
magnetization process, and it can capture the characteristics of the overall hysteresis …

The article describes a study on the influence of RF magnetron cathode sputter
thickness,(09) Ni/NiO thin multilayer (each multilayer varies from 35Å to 3000Å) …

Abstract In this paper, Ni/NiO/Ni multilayers are deposited on glass substrates using radio
frequency magnetron sputtering, where the structural and morphological properties are …

Meta-aramid fabric has been widely used as the reinforcement of composites due to its high
flame resistance and tearing strength. Functionality such as abrasion resistance of fabric is …

Meta-aramid fabric has been widely used as the reinforcement of composites due to its high
flame resistance and tearing strength. Functionality such as abrasion resistance of fabric is …