Cope rearrangement
The Cope rearrangement is an extensively studied organic reaction involving the [3,3]-sigmatropic rearrangement of 1,5-dienes. It was developed by Arthur C. Cope and Elizabeth Hardy. For example, 3-methyl-hexa-1,5-diene heated to 300 °C yields hepta-1,5-diene. The Cope rearrangement causes the fluxional states of the molecules in the bullvalene family.
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AlkeneArthur C. CopeAza-Cope rearrangementBullvaleneButler_UniversityChemical reactionChorismate mutaseClaisen rearrangementCoarctate reactionDavid A. EvansDivinylcyclopropane-cycloheptadiene rearrangementElemicinElizabeth Hardy (chemist)Fluxional moleculeIreland–Claisen rearrangementLarry E. OvermanList of Bryn Mawr College peopleList of chemical compounds with unusual namesList of organic reactionsMethylecgonidineNuclear magnetic resonanceOutline of organic chemistryOxy-Cope rearrangementOxy–Cope rearrangementPalladium(II) acetatePhosphaalkeneRXNO OntologyRichmond SarpongRubottom oxidationScientific phenomena named after peopleSigmatropic reactionStille reactionVinylcyclopropane rearrangementWilliam von Eggers DoeringWoodward–Hoffmann rules
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Cope rearrangement
The Cope rearrangement is an extensively studied organic reaction involving the [3,3]-sigmatropic rearrangement of 1,5-dienes. It was developed by Arthur C. Cope and Elizabeth Hardy. For example, 3-methyl-hexa-1,5-diene heated to 300 °C yields hepta-1,5-diene. The Cope rearrangement causes the fluxional states of the molecules in the bullvalene family.
has abstract
Copeův přesmyk je druh organic ...... ta-1,5-dien zahřátím na 300 C.
@cs
De Cope-omlegging is een uitge ...... ie optreden in de bullvalenen.
@nl
El rearranjament, transposició ...... ns a 300 °C dóna 1,5-heptadiè.
@ca
Il riarrangiamento di Cope, no ...... minazione data dagli N-ossidi.
@it
La transposición de Cope es un ...... las moléculas en la familia .
@es
La transposition de Cope (ou r ...... °C), donne le 1,5-heptadiène.
@fr
The Cope rearrangement is an e ...... ules in the bullvalene family.
@en
Перегрупування Коупа (рос. пер ...... терпеноїдів, гераніолу та ін.
@uk
コープ転位（コープてんい、英: Cope rearrange ...... ひずみによりエネルギーが高いため、不可逆的に転位が進行する。
@ja
科普重排反应（英語：Cope rearrangement）是 ...... 成1,5-庚二烯。 科普重排直接导致了瞬烯类分子的流变状态。
@zh
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1,021,051,607
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name
Cope rearrangement
@en
namedafter
type
Rearrangement reaction
@en
wikiPageUsesTemplate
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comment
Copeův přesmyk je druh organic ...... ta-1,5-dien zahřátím na 300 C.
@cs
De Cope-omlegging is een uitge ...... ie optreden in de bullvalenen.
@nl
El rearranjament, transposició ...... ns a 300 °C dóna 1,5-heptadiè.
@ca
Il riarrangiamento di Cope, no ...... minazione data dagli N-ossidi.
@it
La transposición de Cope es un ...... las moléculas en la familia .
@es
La transposition de Cope (ou r ...... °C), donne le 1,5-heptadiène.
@fr
The Cope rearrangement is an e ...... ules in the bullvalene family.
@en
Перегрупування Коупа (рос. пер ...... терпеноїдів, гераніолу та ін.
@uk
コープ転位（コープてんい、英: Cope rearrange ...... ひずみによりエネルギーが高いため、不可逆的に転位が進行する。
@ja
科普重排反应（英語：Cope rearrangement）是 ...... 成1,5-庚二烯。 科普重排直接导致了瞬烯类分子的流变状态。
@zh
label
Cope rearrangement
@en
Cope-Umlagerung
@de
Cope-omlegging
@nl
Copeův přesmyk
@cs
Rearranjament de Cope
@ca
Riarrangiamento di Cope
@it
Transposición de Cope
@es
Transposition de Cope
@fr
Перегрупування Коупа
@uk
コープ転位
@ja