Titlebook: Handbook of Materials Science, Volume 2; Magnetic Materials Raghumani S. Ningthoujam,A. K. Tyagi Book 2024 The Editor(s) (if applicable) an

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Rohini Sanikop,Bidisha Priyadarsini Jena,Vikasmita Samanta,C. Sudakartition, and citation, among Brazilian feminists of Color, are closely related to Ubuntu philosophy, helping to open up counterpublic spaces of resistance among Brazilian antiracist feminists. Through naming, users acknowledge their place in a larger feminist, antiracist tradition, strengthen their s

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Basic Concept of Magnetic Materials and Summary of All the Chapters,al ions (d- and f-blocks), spin contribution in magnetism is high in the d-block system, whereas orbital contribution is high in case of the f-block system in magnetism. Many examples exhibiting spin glass, ferromagnetic, and superparamagnetic properties are provided. With the change of particle siz

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Magnetic Materials: Fundamentals and Applications,starting to learn about magnetism and require an introductory text that covers the basics. For last few decades, special attention is focused on exploring magnetic phenomena related to ferrite materials. Despite the considerable research conducted on ferrites, new advancements are consistently emerg

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Classification of Ferrites, Synthesis and Properties of Spinel Ferrite Nanoparticles and Their Applions can occupy tetrahedral, octahedral and trigonal bipyramid sites. When particle size decreases, their magnetization decreases. It is explained on the basis of decrease of exchange interactions as well as association of surface dangling bonds. Bulk ferromagnetic particle consists of domains and d

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Basic Concepts of Nitride Magnetic Materials and Their Applications,, due to their synthetic difficulty. Also, the stability of the metal nitrides is a matter of concern, as most nitrides are sensitive to oxygen and form oxides in the air atmosphere. Therefore, studies on metal nitrides are not explored much. This chapter deals with a general introduction to transit

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Fundamental Aspects of Nanomagnetism and Its Versatile Applications,er the last few decades, it has proven the potential for revolutionary advancements in multidisciplinary fields such as agriculture, pollution remediation, environmental sustainability, metallurgy, and medicine to defense as well as most recently in biological fields like editing genes, diagnosis, a