Coordination Chemistry

This section publishes original studies in the field of coordination chemistry in its wider sense, involving interactions of main group elements, transition metals, and f-elements as coordination centers with organic or inorganic ligands. Bioinorganic and medical studies of such systems will also be included in this section. Special emphasis is put on the synthesis, structure, bonding, optical and physical–chemical properties, kinetics and mechanisms as well as the thermochemistry of coordination compounds.

In addition, applied contributions targeted at the latest findings in novel materials such as catalysts, magnets, optical materials, solvatochromic-, thermochromic-, or otherwise chromotropic coordination compounds and others are very much welcome. Investigations on mutual Lewis acid–base interactions, and solvent–solute interaction are appreciated.

Theoretical investigations should be paralleled by experimental results. Original research articles, reviews, mini reviews, letters, and communications on all aspects of coordination chemistry will be considered for publication in this section.

actinide chemistry; bioinorganic chemistry; biological and medicinal chemistry with inorganic compounds; bond activation and catalysis; carbon dioxide utilization; carbonyl complexes; carboranes; Chiral coordination compounds; cooperative effects in coordination compounds; coordination polymers; electrochemistry of coordination compounds; Grignard reagents; heterogenic and homogeninc catalysis; hybrid nanomaterials; Lewis acids; Lewis bases; magnetic materials; metal-based anticancer drugs; metal–macrocycle bonding; metal–metal bonding; metallo-supramolecular chemistry; metallophilic interactions; metallophthalocyanines; MOFs; molecular magnetism; Mössbauer spectroscopy; noninnocent ligands; olefin metathesis; organometallics; paramagnetic organometallic complexes; photomagnetism; redox-kinetics; small molecule activation; spectro-electrochemistry; spin crossover; template synthesis; thiosemicarbazones; transition metal chemistry; water splitting; X-ray crystallography

Click here to see the Section Editorial Board of "Coordination Chemistry".

Click here to see a list of 129 papers published in this section