Cornerstones in Contemporary Inorganic Chemistry

© 2022 by the authors; CC BY-NC-ND license

cyanoguanidine; silver; crystal structure; chemical bonding; Cu^II; pyridine amides; pyrazine amide; amino benzamides; EPR spectroscopy; lanthanides; Schiff base; synthetic strategies; single-molecule magnets; Atomic Layer Deposition; Ni catalyst; reforming catalyst; thermodynamics; metallopharmaceuticals; cancer stem cells; copper; bioinorganic chemistry; medicinal inorganic chemistry; reactive oxygen species; metal-carbonyl complexes; [FeFe]-hydrogenases; density functional theory; time-dependent DFT; organometallic photochemistry; crystalline borosilicate; actinides; supercritical hydrothermal synthesis; waste forms; thorium; rhenium; ruthenium; metal–metal bonds; uranium; density functional theory; ceria; hydrothermal; catalysis; nanomaterials; crystallisation; copper; 4,2′:6′,4″-terpyridine; 3,2′:6′,3″-terpyridine; coordination polymer; isomers; lithium; potassium; Nacnac; β-diketiminate; tricyclohexylphenyl; steric bulk; silver complexes; permanganates; perchlorates; perrhenate; pyridine; structure; spectroscopy; thermal behavior; heterogenous catalyst; metal–organic framework (MOF); olefin epoxidation; carbon dioxide cycloaddition; f-element; lanthanide; actinide; multidentate ligand; macrocycle; ammonothermal synthesis; fluoride; aluminum; copper; speciation; equilibria; thermodynamic stability; peptides; density functional theory; multivariate linear regression; poisoning effect of polar monomers; Brookhart-type catalysts; Zintl clusters; X-ray crystallography; Density Functional Theory; n/a