Titlebook: New Itinerant Electron Models of Magnetic Materials; Gui-De Tang Book 2021 Science Press 2021 Magnetic Ordering Model.Magnetic Ordering En

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Gui-De TangThe closing question from Yeats’ poem Among School Children incites a paradoxical answer. It is possible to observe the particular positions and movements of an individual dancer and thereby identify the performance as a speci?c dance, while it is impossible to observe the performance of the dance d

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Gui-De Tangls the topmost monolayer and investigates its nonhydrogen-bo.This book focuses on the study of the interfacial water using molecular dynamics simulation and experimental sum frequency generation spectroscopy. It proposes a new definition of the free O-H groups at water-air interface and presents res

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hina was founded. As a radical Marxist, Mao Zedong set strict demands on scientists, such as: (1) natural scientists should exert themselves to develop natural sciences to catch up with the advanced level of the world quickly, and to give service to the industrial, agricultural construction and the

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Electron Shell Structure of Free Atoms and Valence Electrons in Crystals,ies and crystal structure. In this chapter, the knowledge of atomic physics related to the magnetic property is introduced, including the electron shell structure of an atom, the atomic magnetic property, electronic affinity energy, ionization energy of free atoms, the binding of magnetic crystals,

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Difficulties Faced by Conventional Magnetic Ordering Models,ss, the explanation of material magnetic property is still challenging due to (i) conflicting views regarding the Mn and Cr cation distributions in (A)[B].O. spinel ferrites; (ii) the failure to explain dependence of the magnetic moments observed in .MnO. perovskite manganites on doped divalent cati

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Experimental Evidences of the IEO Model Obtained from Spinel Ferrites,lence examinations of oxygen ions by XPS. In this chapter, we introduce experimental evidences of the IEO model obtained from spinel ferrite investigations, including additional antiferromagnetic phase presented in Ti-doped spinel ferrites, the magnetic moment increase due to Cu(3d.4s.) substituted