The controlled molecular magnetism of mono-, bi- and polynuclear complexes based on hydrazones, azomethenes and its analogues

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The controlled molecular magnetism of mono-, bi- and polynuclear complexes based on hydrazones, azomethenes and its analogues
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Contents
I. Introduction
II. Isotropic Interaction in Dinuclear Compounds
	II.1. Mechanism of Magnetic Coupling
	II.2. Peculiarities of Magnetic Exchange in Binuclear Copper(II) Complexes with Organic Ligands Based on 1,3-Diaminopropan-2-ol
	List of references to Chapters I–II
III. Magnetostructural relationships in the binuclear complexes containing heterocyclic fragments
	III.1. Complexes with the intermolecular exchange interaction translated along the system of hydrogen bonds
	III.2. Transition metal complexes containing the cubane fragment with different exchange channels
	List of references to Chapter III
IV. Magnetochemical study of the structures of binuclear metalchelates with azomethines and hydrazones. A concept of geometrical modeling of exchange fragments
	IV.1 Magnetochemistry of homo- and heterobinuclear complexes with 2,6-diformyl-4-R-phenol bishydrazones
	Conclusion to the Chapter IV
	List of references to Chapter IV
V. Magnetic Long-Range Ordering in Molecular Compounds: Design of Molecular-Based Magnets
	V.1. Molecular magnetism. An interdisciplinary research field
		V.1.1. Coordination chemistry approach to molecular magnetism. A suitable choice
	V.2. Aims and scope
		V.2.1. Molecule-based and single-molecule magnetism. Two worlds in one
		V.2.2. Single-molecule magnetism. A collective voyage
	V.3. Electron exchange and double exchange
		V.3.1. Homo- and heterometallic dinuclear complexes and metal-radical analogues
		V.3.2. Homo- and heterovalent dinuclear complexes
	V.4. Spin crossover and valence tautomerism
		V.4.1. Mono- and dinuclear iron complexes and cobalt-polyoxolene radical analogues
		V.4.2. Di- and tetranuclear iron cyanide complexes and iron-cobalt analogues
	Conclusion
	List of references to Chapter V
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