1962
DOI: 10.1002/cber.19620950226
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Zur Kenntnis des Verhaltens von Nichtmetallchalkogeniden gegenüber flüssigem Ammoniak, VIII. Über Reaktionen der Sulfide des Siliciums, Germaniums und Zinns im Ammonosystem

Abstract: Zur Kenntnis des Verhaltens von Nichtmetakhalkogeniden gegenuber flussigem Ammoniak, VIII 1) h r Reaktionen der Snlfide des Siliciums, Germaniums und Zinns im Ammonosystem2) Bei der Umsetzung von SiS2 mit flilssigem Ammoniak bei -33" lassen sich unter verschicdenen Bedingungen die Verbindungen SiNH(SN€€&, SiS(NHd2 und SiSNH nachweisen. -Wtlhrcnd GeS mit flilss. Ammoniak nicht rcagiert, last sich GeS2 unter Bildung von NH4[GeS2NH2J. Mit (NfikS bildet GeS2 im Ammonosystem @J&)2[GeSd, das, wie auch N&[GeS2NHd, g … Show more

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Cited by 8 publications
(3 citation statements)
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“…b = 6.5730 (13), c = 13.055(3) A ˚, a = 97.32 (3), b = 91.37(3), g = 94.13(3) • , V = 538.55(19) A ˚3, Z = 2, m(MoKa) = 0.75 mm -1 , no. of reflections measured 7378, no.…”
Section: Notes and Referencesmentioning
confidence: 99%
“…b = 6.5730 (13), c = 13.055(3) A ˚, a = 97.32 (3), b = 91.37(3), g = 94.13(3) • , V = 538.55(19) A ˚3, Z = 2, m(MoKa) = 0.75 mm -1 , no. of reflections measured 7378, no.…”
Section: Notes and Referencesmentioning
confidence: 99%
“…It is formed by high temperature reactions 'of silicon with sulfur [189,326,332,378,470,571,582,595,596,644,693]; silicon with hydrogen sulfide [595,596,597,685]; silicates and Si0 2 with CS 2 [326,327,[334][335][336][337]450, 685], sulfur [708], and a mixture of S2Cl2 with chlorine [191]; Si0 2 with hydrogen sulfide in the presence of charcoal [685]; lithium, calcium, copper, magnesium, and iron sUicides with sulfur [188,244,489,506,507]; SiO with S02 [736]; and sulfides of iron [141,293,576,738] and aluminum [192,193,420,421,423,636,642,[685][686][687]737] with silicon dioxide; the latter reaction is usually used for the preparation of considerable amounts of silicon disulfide. It is also formed by the thermal decomposition of (SiSCI~n [545] and tetra-(ethylthio)silane [182,606,610]. It was not possible to obtain ...…”
Section: Chemical Propertiesmentioning
confidence: 99%
“…Silicon disulfide reacts with a series of inorganic compounds: ammonia [182,202], carbon dioxide [256,257], water [326,332, ·Silicon monosulfide SiS has also been synthesized and its properties studied n, 38, 173-177,211,238,247,248,274,313,521, 636], and metal sulfides [240,501,702]. However, the reactions of SiS 2 with organic compounds containing active hydrogen are most important for organosilicon chemistry.…”
Section: Chemical Propertiesmentioning
confidence: 99%