Reprint
Perspectives on Molecular Materials—A Tribute to Professor Peter Day
Edited by
February 2024
324 pages
- ISBN978-3-0365-2771-0 (Hardback)
- ISBN978-3-0365-2770-3 (PDF)
This is a Reprint of the Special Issue Perspectives on Molecular Materials—A Tribute to Professor Peter Day that was published in
Chemistry & Materials Science
Physical Sciences
Summary
To pay tribute to his countless key contributions in many different domains in Materials Chemistry, the journal Magnetochemistry has decided to publish this memorial Special Issue (SI) entitled Perspectives on Molecular Materials—A Tribute to Professor Peter Day, including a total of twenty-two contributions from some of his collaborators and friends.
Format
- Hardback
License and Copyright
© 2022 by the authors; CC BY-NC-ND license
Keywords
azide; chain compounds; ferromagnetism; antiferromagnetism; metamagnetism; spin canting; organic conductors; metal complex anions; molecular magnets; electrocrystallization; crystal and band structures; conductivity; magnetic properties; heterometallic complexes; cyanido-bridged complexes; coordination polymers; single molecule magnets; lanthanides; nitronyl nitroxide; iminonitroxide; magnetism; organic crystals; copper; oxalate; pyrazole; crystal structure; 2D coordination polymers; magnetic properties; sorption properties; amine sensing; quantum cellular automata; molecular cell; mixed-valence; electron transfer; double exchange; magnetic exchange; dimeric mixed valence clusters; organic magnet; nitronyl nitroxide; chirality; muon-spin rotation; spin-crossover; molecular magnets; magnetic materials; molecular materials; magnetic molecular cluster; high spin molecule; single molecule magnet; magnetic nanodisc; neutron diffraction; inelastic neutron scattering; dipolar driven magnetism; Monte Carlo simulation; weak superexchange interactions; tripodal ligands; pseudohalide coligands; iron complex; spin crossover; magnetic properties; oxalate; cobalt; crystal structure; magnetic property; BEDT-TTF; molecular paramagnetic (super)conductors; radical cation salts; tris(oxalato)metallate anions; organic conductors; chirality; tetrathiafulvalene; EDT-TTF; crystal structures; electrical conductivity; molecular conductor; superconductor; metal; semiconductor; BEDT-TTF; tris(oxalato)metallate; organic conductors; organic anions; electrocrystallization; crystal structure; band structure; electrical resistivity; magnetic susceptibility; oxalato; tris(oxalato) complexes; TTF; BEDT-TTF; radical salts; conducting; superconducting; metallic; conductivity; paramagnetism; ferromagnetism; coordination compounds; octacyanometalates; photomagnetism; Prussian blue analogue; photomagnetism; nanocrystals; photo-switchable; magnetic properties; dipolar interaction; scientific tourism; biography; conferences; metal-organic frameworks; redox; magnetism; conductivity; benzoquinones; semiquinones; organic conductors; BEDT-TTF; synthesis; magnetism; crystal structures; n/a