Iodostannates with polymeric anions: (Me3PhN)(4)(2)(infinity)[Sn3I10], [Me2HN-(CH2)(2)-NMe2H](2)(1)(infinity)[Sn3I10], and [Me2HN-(CH2)(2)-NMe2H](2)(infinity)[Sn3I8]
C. Lode et H. Krautscheid, Iodostannates with polymeric anions: (Me3PhN)(4)(2)(infinity)[Sn3I10], [Me2HN-(CH2)(2)-NMe2H](2)(1)(infinity)[Sn3I10], and [Me2HN-(CH2)(2)-NMe2H](2)(infinity)[Sn3I8], Z ANORG A C, 627(7), 2001, pp. 1454-1458
Citations number
38
Categorie Soggetti
Inorganic & Nuclear Chemistry
Journal title
ZEITSCHRIFT FUR ANORGANISCHE UND ALLGEMEINE CHEMIE
The polymeric iodostannate anions in (Me3PhN)(4 infinity)(2)[Sn3I10] (1) an
d [Me2HN-(CH2)(2)-NMe2H](2)-(1)(infinity)[Sn3I10] (2) consist of Sn3I12-tri
octahedra, which share four common iodine atoms with adjacent units to form
infinite layers in 1 and polymeric chains in 2. In the anion of [Me2HN-(CH
2)(2)-NMe2H](infinity)(2)[Sn3I8] (3) distorted SnI6 octahedra sharing commo
n edges and vertices form a two-dimensional network.
(Me3PhN)(4 infinity)(2)[Sn3I10] (1): Space group C2/c (No. 15), a = 2406.9(
2), b = 968.26(7), c = 2651.7(2) pm, beta = 111.775(9), V = 5735.9(8) . 10(
6) pm(3); [Me2HN-(CH2)(2)-NMe2H](2 infinity)(1) [Sn3I10] (2): Space group P
2(1)/n (No. 14), a = 1187.2(1), b = 1554.4(1), c = 1188.9(1) pm, beta =116.
620(8), V=1961.4(3) . 10(6) pm(3); [Me2HN-(CH2)(2)-NMe2H](infinity)(2)[Sn3I
8] (3). Space group P2(1)/c (No. 14), a = 1098.9(2), b = 803.93(7), c = 157
1.5(2) pm, beta =102.96(1), V=1352.9(2) . 10(6) pm(3).