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The reaction of the acrylonitrile ion CH2CH−CN+...
Journal article

The reaction of the acrylonitrile ion CH2CH−CN+ with HCN: Proton-transport catalysis vs formation of ionized pyrimidine

Abstract

The CBS-QB3 model chemistry predicts that the title ion–molecule reaction, of potential interest in astrochemistry, yields a stable head-to-tail dimer, [HCN−CH2C(H)CN]+ (D1). Cyclization of D1 into ionized pyrimidine seems possible, but the initiating 1,2-H shift is close in energy to back-dissociation into CH2C(H)CN+ (AN)+HCN. Less energy demanding is formation of the H-bridged isomers [CH2C(CN)H--NCH]+ and [HCN--HC(H)C(H)CN]+, whose HCN …

Authors

Ervasti HK; Jobst KJ; Gerbaux P; Burgers PC; Ruttink PJA; Terlouw JK

Journal

Chemical Physics Letters, Vol. 482, No. 4-6, pp. 211–216

Publisher

Elsevier

Publication Date

November 2009

DOI

10.1016/j.cplett.2009.10.017

ISSN

0009-2614