Abstract
Two crystalline adducts have been isolated from the reaction of triethylenediamine with aqueous hydrogen peroxide and characterized by X-ray crystallography. ComplexI, O←N(CH2CH2)3N→O·3H2O2, crystallizes in space groupP41212 witha=6.772(1),c=23.664(3) Å, andZ=4. The triethylenediamineN,N′-dioxide molecule occupies a site of symmetry 2, as does one of the two independent hydrogen peroxide molecules which exhibits orientational disorder. In the crystal structure, both molecular components are linked by hydrogen bonds to form a three-dimensional network. Crystals of compoundII, O←N(CH2CH2)3N→O·3H2O2, belong to space groupPca21, witha=15.397(1),b=7.126(2),c=9.030(4) Å, andZ=4. TheN,N′-dioxide and water molecules form hydrogen-bonded “corrugated layers” spaced between the (200) family of planes. The structures have been refined toR F values of 0.065 (I) and 0.049 (II) using, respectively, 1171 and 747 observed MoKα data.
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Kay Hon, P., Mak, T.C.W. Isolation and crystal structures of 1∶3 molecular complexes of triethylenediamineN,N′-dioxide with hydrogen peroxide and water. Journal of Crystallographic and Spectroscopic Research 17, 419–429 (1987). https://doi.org/10.1007/BF01180319
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DOI: https://doi.org/10.1007/BF01180319