Eine Studie u È ber die Kondensation von Nitramid (NH 2 NO 2 ) mit Formaldehyd und Charakterisierung der entstehenden Produkte Versuche zur Synthese von aliphatischen Polymethylennitroaminen durch die Reaktion zwischen NH 2 NO 2 und Formaldehyd wurden unternommen. Der Syntheseprozeû wurde ausgefu Èhrt in einem Zweikomponentensystem WasseraEthylacetat. Die Lo Èslichkeit des erhaltenen Produkts und seine Zersetzungsemp®ndlichkeit in verschiedenen Lo Èsungsmitteln wurde untersucht. Die Wa Èrmefestigkeit und die Temperatur der Selbstzersetzung wurde bestimmt mittels DTA-TG. Trotz ihrer Eigenschaft als energetisches Material zeigt die Verbindung geringe Emp®ndlichkeit gegen machanische Ein¯u Èsse (Reibung). E  tude de la condensation du nitramide (NH 2 NO 2 ) avec le formalde Âhyde et caracte Ârisation des produits forme Âs On a entrepris des essais de synthe Áse de polyme Âthyle Ánenitroamines aliphatiques par re Âaction entre NH 2 NO 2 et du formalde Âhyde. Le processus de synthe Áse s'est de Âroule  dans un syste Áme a Á deux composants eauaester ace Âtique. On a e Âtudie  la solubilite  du produit obtenu et sa sensibilite  de de Âcomposition dans diffe Ârents solvants. La re Âsistance a Á la chaleur et la tempe Ârature de de Âcomposition spontane Âe ont e Âte  de Âtermine Âes par DTA-TG. Malgre  ses proprie Âte Âs de mate Âriau e Ânerge Âtique, le compose  n'est que tre Ás peu sensible aux in¯uences me Âcaniques (frottement). SummaryAttempts have been made to synthesize aliphatic polymethylene nitroamines through reactions between NH 2 NO 2 and CH 2 O. The process of synthesis has been achieved in a two-component system: wateraethyl acetate. The solubility of the obtained product, as well as, its susceptibility to chemical decomposition in different solvents have been studied The product's heat resistance and its temperature of selfdecomposition have been determined through the DTA-TG method Despite being an energetic material, it shows little sensitiveness to mechanical stimuli (friction).
SummaryAttempts have been made to synthesize aliphatic polymethylene nitroamines through reactions between NH 2 NO 2 and CH 2 O. The process of synthesis has been achieved in a two-component system: wateraethyl acetate. The solubility of the obtained product, as well as, its susceptibility to chemical decomposition in different solvents have been studied The product's heat resistance and its temperature of selfdecomposition have been determined through the DTA-TG method Despite being an energetic material, it shows little sensitiveness to mechanical stimuli (friction).
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