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• W2068301384 abstract "Current-density maps were calculated by the ipsocentric CTOCD-DZ/6-311G** (CTOCD-DZ=continuous transformation of origin of current density-diamagnetic zero) approach for three sets of inorganic monocycles: S(4) (2+), Se(4) (2+), S(2)N(2), P(5) (-) and As(5) (-) with 6 pi electrons; S(3)N(3) (-), S(4)N(3) (+) and S(4)N(4) (2+) with 10 pi electrons; and S(5)N(5) (+) with 14 pi electrons. Ipsocentric orbital analysis was used to partition the currents into contributions from small groups of active electrons and to interpret the contributions in terms of symmetry- and energy-based selection rules. All nine systems were found to support diatropic pi currents, reinforced by sigma circulations in P(5) (-), As(5) (-), S(3)N(3) (-), S(4)N(3) (+), S(4)N(4) (2+) and S(5)N(5) (+), but opposed by them in S(4) (2+), Se(4) (2+) and S(2)N(2). The opposition of pi and sigma effects in the four-membered rings is compatible with height profiles of calculated NICS (nucleus-independent chemical shifts)." @default.
• W2068301384 created "2016-06-24" @default.
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• W2068301384 date "2004-02-16" @default.
• W2068301384 modified "2023-10-16" @default.
• W2068301384 title "Ring Currents as Probes of the Aromaticity of Inorganic Monocycles : P5−, As5−, S2N2, S3N3−, S4N3+, S4N42+, S5N5+, S42+ and Se42+" @default.
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• W2068301384 doi "https://doi.org/10.1002/chem.200305291" @default.
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