Nuclear magnetic resonance (NMR) spectroscopy is an important technique for structure
determination. Within it, anisotropic effects of different functional groups and ring systems …

The influence of the relative boron and nitrogen positions on aromaticity of the three
isomeric 1, 2‐, 1, 3‐, and 1, 4‐azaborines has been investigated by computing the extra …

From a fundamental perspective, it is explained why the heavier main group elements
provide bonds, structures, and reactions that differ from those provided by the second row …

The aromaticity in the polyacene analogues of several inorganic ring compounds (BN-
acenes, CN-acenes, AlN-acenes, BO-acenes, BS-acenes, and Na6-acenes) is reported …

Publisher Summary Aromaticity is regarded as the cornerstone of heterocyclic chemistry. It is
largely multidimensional and scale dependent. It is noted that five and six-membered …

Aromaticity is an important concept in chemistry, useful to rationalize structure, physical
properties and chemical behaviour of molecules. Aromaticity of an inorganic relative of …

Several new molecular frameworks with interesting structures, based on clusters of main
group elements have been studied at different levels of theory with various basis sets …

How does the most electronegative atom, fluorine, affect cyclic π electron delocalization
(aromaticity) of an inorganic counterpart of benzene, borazine? Previous studies have …

Aromaticity is one of the most fascinating popular qualitative chemical concepts in
chemistry1–4. Michael Faraday5 isolated benzene by distillation in 1825. He noticed that …

Current density maps are calculated within the ipsocentric approach for a variety of systems,
to determine the nature of their aromatic magnetic response, and to probe the underlying …