1987
DOI: 10.1021/ja00243a031
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Aliphatic azo compounds. XVI. Stereoisomerization and homolytic decomposition of cis and trans bridgehead diazenes

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Cited by 48 publications
(20 citation statements)
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“…At first glance this prediction is supported by the observation of Rüchardt and co‐workers, who investigated the stability of aliphatic azo compounds by varying the size of the alkyl substituents (Scheme ) 21. Increasing the bulkiness of the alkyl group leads to a decrease in the stability of the corresponding Z isomer and to a faster thermal back reaction to the E isomer.…”
Section: Methodsmentioning
confidence: 77%
“…At first glance this prediction is supported by the observation of Rüchardt and co‐workers, who investigated the stability of aliphatic azo compounds by varying the size of the alkyl substituents (Scheme ) 21. Increasing the bulkiness of the alkyl group leads to a decrease in the stability of the corresponding Z isomer and to a faster thermal back reaction to the E isomer.…”
Section: Methodsmentioning
confidence: 77%
“…Dies ist in Einklang mit dem Bell-Evans-Polanyi-Prinzip [21] (Tabelle 2). Dies ist in Einklang mit dem Bell-Evans-Polanyi-Prinzip [21] (Tabelle 2).…”
Section: Methodsunclassified
“…Die berechneten dispersionskorrigierten Daten der Azobenzole 3-6 und 9 ergaben, dass eine Stabilisierung der Z-Isomere der Grund für die kleineren Geschwindigkeitskonstanten mit zunehmender Grçße der Substituenten war. Dies ist in Einklang mit dem Bell-Evans-Polanyi-Prinzip [21] (Tabelle 2). Der Übergangszustand wurde kaum durch die unterschiedliche Substitution beeinflusst (DH°E -Z für die thermische Umwandlung von 3-9 vom E-zum Z-Isomer ist konstant), selbst beim Cyclohexyl-(7)u nd Adamantyl-Derivat (8) Abbildung 3.…”
Section: Methodsunclassified
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