1960
DOI: 10.1002/ardp.19602930111
|View full text |Cite
|
Sign up to set email alerts
|

Umsetzungen von Ketiminen mit Mg/MgJ2‐Gemischen und Aluminiumamalgam 8. Mitteilung über Reaktionen Schiffscher Basen

Abstract: Umsetzungen von Ketintinen wit MglMgJ,-Gentischenin Losung gins -, aul3erdem wurden noch 2 ml Methyljodil zugefugt. Nach 48stfindigem Stehenlassen wurde das Losunpmittel abdestilliert. LVII. bildete farblcse Kristalle, die sich leicht in Wasser losten, auch in Methanol und heil3em Athanol loslich und unloslich in Ather waren. Schnip. 182" (aus Athancl), Ausbeute 24,O g (83% d. Th.).Wurden 3,l g des Disulfid-bis-jcdids LVII in Athancl pelast und 7C%ipe Perchlorslure zugetropft, so schieden sich scfort farblcse … Show more

Help me understand this report

Search citation statements

Order By: Relevance

Paper Sections

Select...
1
1

Citation Types

0
2
0
1

Year Published

1969
1969
2016
2016

Publication Types

Select...
5
3

Relationship

0
8

Authors

Journals

citations
Cited by 15 publications
(3 citation statements)
references
References 7 publications
0
2
0
1
Order By: Relevance
“…The observation that the hydrodimer is produced only from the disubstituted imine and not from the trisubstituted one parallels the electrochemical reduction, which affords hydrodimers from aldimines but not from ketimines. [169] Thus, product formation can be rationalized by assuming that the allylic radical generated in the oxidative IFET as discussed above, undergoes CÀC heterocoupling with the aaminodiphenylmethyl radical produced according to Scheme 19. In no cases could a product arising from CÀ N heterocoupling be observed. Thus, in contrast to potential thermal routes, which usually involve the use of organometallic reagents, [170] the reaction is regioselective and much easier to perform.…”
Section: à C Coupling Through Semiconductor Photocatalysis Type Bmentioning
confidence: 99%
“…The observation that the hydrodimer is produced only from the disubstituted imine and not from the trisubstituted one parallels the electrochemical reduction, which affords hydrodimers from aldimines but not from ketimines. [169] Thus, product formation can be rationalized by assuming that the allylic radical generated in the oxidative IFET as discussed above, undergoes CÀC heterocoupling with the aaminodiphenylmethyl radical produced according to Scheme 19. In no cases could a product arising from CÀ N heterocoupling be observed. Thus, in contrast to potential thermal routes, which usually involve the use of organometallic reagents, [170] the reaction is regioselective and much easier to perform.…”
Section: à C Coupling Through Semiconductor Photocatalysis Type Bmentioning
confidence: 99%
“…Auch in dieser werden Hydrodimere nur aus Aldiminen, aber nicht aus Ketiminen erhalten. [169] Dementsprechend kann die Bildung der Homoallylamine über eine C-C-Kupplung der intermediären Allylund a-Aminodiphenylmethylradikale formuliert werden (Schema 19). Im Unterschied zu potenziellen thermischen Synthesen mithilfe metallorganischer Reagentien [170] ist die Reaktion regioselektiv und einfacher durchzuführen.…”
Section: C-c-kupplung Durch Halbleiterphotokatalyse Typ Bunclassified
“…3) an isomer of Id. The photoprodethane linkage that would have to be forged, and uct (Table I, entry (b)) contained a dimer in 58 % in order to test this hypothesis, the structural yield which was also obtainable by aluminum-N-alkyl equivalent of amide l a , namely imine amalgam induced coupling of 8 (8). It was Id, was irradiated' in the presence of benzophe-therefore the desired dimer (7) and its n.m.r.…”
mentioning
confidence: 99%