1905
DOI: 10.1002/cber.19050380254
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Ueber das Methylazid

Abstract: Methylazid lasst sich leicht darstellen, wenn man zu einer wiissrigen Lijsurlg ron Stickstofftiatrium bei gelinder Warme Dimethylsulfat hinzugiebt : a KaN3 + (CH;rjZSO, = Na(CM3) SO4 + CHo.N3. Es ist t h e farblose Fliissigkeit, deren Siedepunkt ansclieinend bei 20-21 O liegtz) und die einen etwae atherischen, zugleich aber an Sticksto~wasserstofTsaure erinnernden, uriaugenehmen Geruch hat. Die sehr rerdiinnten Dampfreste. die in einein entleertrn Gefiisse zuriickbleiben, riwhen iihnlich wie die tlurnpfige Luf… Show more

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Cited by 40 publications
(9 citation statements)
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“…In ESI‐TOF studies the {[ n Bu 3 NMe] 2 [O 2 P(OMe) 2 ]} + ( m/z = 525) as well as {[ n Bu 3 NMe][O 2 P(OMe) 2 ] 2 } – ( m/z = 450) were detected. All methylated pseudohalides were characterized by NMR studies, for example, methyl azide was detected by means of 14 N{ 1 H} NMR showing three distinct singlets (N α = –173 ppm, N β = –130 ppm, N γ = –321 ppm) . In the reaction with 2OCN , methyl isocyanate was formed that trimerized to trimethylcyanuric acid, which was proven by two singlets at δ = 29 ppm and 150 ppm in the 13 C{ 1 H} NMR spectra .…”
Section: Resultsmentioning
confidence: 99%
“…In ESI‐TOF studies the {[ n Bu 3 NMe] 2 [O 2 P(OMe) 2 ]} + ( m/z = 525) as well as {[ n Bu 3 NMe][O 2 P(OMe) 2 ] 2 } – ( m/z = 450) were detected. All methylated pseudohalides were characterized by NMR studies, for example, methyl azide was detected by means of 14 N{ 1 H} NMR showing three distinct singlets (N α = –173 ppm, N β = –130 ppm, N γ = –321 ppm) . In the reaction with 2OCN , methyl isocyanate was formed that trimerized to trimethylcyanuric acid, which was proven by two singlets at δ = 29 ppm and 150 ppm in the 13 C{ 1 H} NMR spectra .…”
Section: Resultsmentioning
confidence: 99%
“…21 Methyl azide has been proven to be more explosive than originally reported (same accounts for ethyl azide). 21 Methyl azide has been proven to be more explosive than originally reported (same accounts for ethyl azide).…”
Section: Smallest Azidomethanesmentioning
confidence: 91%
“…The compounds studied were prepared by previously published procedures for ethyl azide [4] phenyl, azide [5] n-butyl azide [6], cyclohexyl azide [6] and benzyl azide [7]. In preparing the solutions for the NMR measurements special attention was paid to the use of Table 3 Substituent effects on the nitrogen NMR shieldings of some covalent azides in 0. pure and dry solvents.…”
Section: Methodsmentioning
confidence: 99%