1977
DOI: 10.1021/ic50173a036
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N-Organotin aziridines and other cyclic amines and their adducts

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Cited by 24 publications
(8 citation statements)
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“…A literature search revealed that homoleptic aziridine derivatives E(Azn) n of main group elements (groups 13–16) are surprisingly rare. In the case of group 14, only Si(Azn) 4 and (presumably polymeric) Sn(Azn) 4 have been reported. Thus far, our synthetic efforts in this area have been only partially successful.…”
Section: Development Of New Ge Sb and Te Precursors Including Simentioning
confidence: 99%
“…A literature search revealed that homoleptic aziridine derivatives E(Azn) n of main group elements (groups 13–16) are surprisingly rare. In the case of group 14, only Si(Azn) 4 and (presumably polymeric) Sn(Azn) 4 have been reported. Thus far, our synthetic efforts in this area have been only partially successful.…”
Section: Development Of New Ge Sb and Te Precursors Including Simentioning
confidence: 99%
“…Acetone can be inserted in the germanium-nitrogen linkage of triethylgermylaziridine (273) analogously to the abovementioned reaction of silylaziridines with carbonyl compounds. N-Trimethylstannylaziridine [1481357-1] has been prepared by transamination of N-trimethylstannyldimethylamine with ethyleneimine (274), or by lithioamination of trimethyltin chloride or trimethyltin acetate [1118- with N-lithioethyleneimine (275). Carbon dioxide, carbon disulfide, phenyl isocyanate, acetone, or diethyl acetylenedicarboxylate can be inserted in the tin-nitrogen linkage (275).…”
Section: Reaction With Further Electrophiles Of Group Ivamentioning
confidence: 99%
“…N-Trimethylstannylaziridine [1481357-1] has been prepared by transamination of N-trimethylstannyldimethylamine with ethyleneimine (274), or by lithioamination of trimethyltin chloride or trimethyltin acetate [1118- with N-lithioethyleneimine (275). Carbon dioxide, carbon disulfide, phenyl isocyanate, acetone, or diethyl acetylenedicarboxylate can be inserted in the tin-nitrogen linkage (275). Group VA (N,P,As).…”
Section: Reaction With Further Electrophiles Of Group Ivamentioning
confidence: 99%
“…[93] In der Folgezeit konnten durch den Arbeitskreis Roesky weitere Vertreter dieser neuen Verbindungsklasse hergestellt werden Typs RSn(NR´2) 3 , wie z.B. das Phenylsubstituierte Derivat PhSn(NMe 2 ) 3 , [95] welche allerdings aufgrund des Fehlens von stickstoffgebundenen Protonen für einen Aufbau zeolithartiger Verbindungen nicht in Frage kommen. Naturgemäß stellen die entsprechenden Trialkoxistannane RSn(OR´) 3 , wie zum Beispiel das bereits 1964 in der Literatur erwähnte MeSn(OMe) 3 [96] auch keine geeigneten "Precursoren" zum Aufbau von Heterostannoxanen dar.…”
Section: O Si Siunclassified
“…[49] So sind Triorganylstannylamide der Zusammensetzung R 3 SnNR`2 seit langer Zeit bekannt und können nach gängigen Syntheseverfahren hergestellt werden. [95,125] Ebenso sind Zinn-Stickstoff-Aggregate des Typs R 2 Sn(NR`2) 2 bekannt. [125a] Aufgrund des Fehlens acider Protonen am Stickstoffatom sind die genannten Vertreter der mannigfaltigen Sn-N-Chemie nicht zum Aufbau von geschlossenen, käfigartigen Verbindungen, wie sie vom leichteren Homologen Silicium bekannt sind, [94] geeignet.…”
Section: Zinn-stickstoff-verbindungenunclassified