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The present Special Issue, dedicated to Professors Miguel Julve and Francisco (Paco) Lloret, two outstanding and pioneers scholars in the study of the magnetic properties of coordination compounds, gathers a good number of contributions from a large number of leading specialists in molecular magnetism of coordination compounds and metal–organic frameworks (MOFs). It comprises a laudation for Professors Miguel Julve and Paco Lloret, two review articles, and eighteen original research articles that pay tribute to their lives and works.
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Keywords
- 3d–4f metallacrown
- ab initio calculations
- acetate ligands
- anisotropic exchange
- anisotropy
- bimetallic ferrimagnetic chains
- cell–cell response
- cerium and copper oxide nanoparticles
- Chirality
- Co magnetism
- Co(II)
- cobalt
- cobalt cluster
- cobalt complexes
- cobalt(II)
- cobalt(II) complexes
- complex-as-ligand
- Coordination Chemistry
- coordination polymers
- copper(II)
- copper(II) partial reduction
- cryomagnetic measurements
- Crystal structure
- crystal structures
- cubane complexes
- cyanide
- DFT and CASSCF/NEVPT2 calculations
- dicyanamide ion
- dynamic molecular systems
- dysprosium coordination polymer
- Dysprosium(III)
- electron delocalization
- electron transfer
- EPR spectra
- ethane-1,2-dioxide
- ethylene glycol
- europium coordination polymer
- exchange interaction
- Friendship
- gadolinium(III)
- heat release
- heptanuclear Cu(II) complexes
- hexacopper(II)
- hexahydroxytriphenylene
- iodide
- Lanthanide
- Lanthanides
- lanthanoid
- layered square lattice
- ligand design
- ligand substitution
- luminescence
- Magnetic properties
- magnetocaloric properties
- magnetometry measurements
- Manganese
- manganese coordination compounds
- manganese(II) complexes
- mesoxalate
- metal–organic framework
- metal–organic frameworks
- mixed valence
- mixed valence molecules
- mixed-valent species
- molecular cells
- molecular magnetism
- molecular materials (malonates)
- molecular spintronics
- multifunctional materials
- n/a
- neodymium(III)
- neutron diffraction
- Nickel
- nitronyl-nitroxide ligands
- non-innocent bridge
- non-innocent ligands
- oxalate
- oxamate
- oxamato ligand
- oxamidate
- picolinate
- polyoxometalate
- porous magnets
- pyrazolate
- quantum cellular automata
- quantum computing
- rational approach
- Re(IV)
- single-ion magnet
- single-ion magnets
- single-molecule magnets
- slow magnetisation relaxation
- slow relaxation
- spectroelectrochemistry
- spin-crossover
- spin–orbit coupling
- structural studies
- Supramolecular chemistry
- terbium(III)
- triiodide
- trinuclear Co complex
- vibronic coupling
- X-ray diffraction
Links
DOI: 10.3390/books978-3-7258-4642-9Editions