The porphyrin macrocycle can stabilize a set of magnetic metal ions, thus introducing
localized net spins near the center. However, it remains elusive but most desirable to …

Antimony corrole cations have been prepared by one‐electron oxidation of antimony (III)
congeners with silver (I) and copper (II) salts. Isolation and crystallization was successful for …

Main group chemistry is often considered less “dynamic” than transition metal (TM)
chemistry because of predictable VSEPR-based central atom geometries, relatively slower …

Aromaticity is a fundamental and important concept in chemistry, and usually, the
enhancement of aromaticity brings additional thermodynamic stability to a compound …

Non‐covalent hybrid materials based on graphene and A3‐type copper corrole complexes
were computationally investigated. The corroles complexes contain strong electron …

The ring size of tetrapyrrole ligands can dramatically influence the interfacial interactions of
their metal complexes, as was found in a comparison of alkyl-substituted cobalt (II) …

This review introduces the synthesis, properties and applications of CoIIIcorroles. The
synthesis methods are containing A2B type, A3 type, ABC type, Hangman H3corrole and …

Interaction of organic molecules with solid surfaces represents a key area of physical-
chemistry research. From heterogenous catalysis to OLED displays, in numerous such …

The search for hybrid materials with outstanding electronic performance is highly
demanding Since copper corroles have emerged as versatile building blocks providing …

The present report discusses the reactivity and properties of organic molecules on mainly
semiconductor surfaces by means of density functional theory. For pyrazine on Ge (001), a …