Add to ORKGA 13C-labelling study conclusively rules out a simple valence bond isomerization as the major pathway by which azulene rear- . ranges thermally to naphthalene
Like acenaphthylene (1), the isomeric compound cyclopent- [cd]azulene (2) can also undergo 1,2-cyclo...
Cycloaddition reactions of the azulene system 1 with electron-poor and electron-rich alkynes provide...
In 1910, Scholl, Seer, and Weitzenbock reported the AlCl<sub>3</sub>-catalyzed cyclization of 1,1′-b...
1-Azulenylcarbene 18 has been generated from 5-(1-azulenyl)tetrazole and the sodium salt of azulene-...
We studied the thermal intramolecular and radical rearrangement of azulene to naphthalene by employi...
We studied the thermal intramolecular and radical rearrangement of azulene to naphthalene by employi...
1-Azulenylcarbene <b>18</b> has been generated from 5-(1-azulenyl)tetrazole and the sodium salt of ...
Flash vacuum pyrolysis (FVP) of benz[a] azulene yields phenanthrene and 2-ethynylbiphenyl. FVP of cy...
The non-benzenoid aromatic system azulene is sufficiently nucleophilic at C1 that it can react with ...
The mechanisms of the dimerization of butadiene and piperylene and the thermal rearrangements of the...
Polycyclic conjugated non-benzenoid hydrocarbons are of great theoretical interest in connection wi...
PART I The thermal rearrangements of cis- and trans-1, 2-divinylcyclobutane, cis- and trans-8-vin...
The two lowest homologs of the annulene series, i. e. cyclobutadiene and benzene, are known to under...
Recent developments of open-shell singlet diradicaloids motivated the search for stable singlet–trip...
L. T. Scott has discovered the 1,2-swapping of carbon and hydrogen atoms which is known to take plac...
Like acenaphthylene (1), the isomeric compound cyclopent- [cd]azulene (2) can also undergo 1,2-cyclo...
Cycloaddition reactions of the azulene system 1 with electron-poor and electron-rich alkynes provide...
In 1910, Scholl, Seer, and Weitzenbock reported the AlCl<sub>3</sub>-catalyzed cyclization of 1,1′-b...
1-Azulenylcarbene 18 has been generated from 5-(1-azulenyl)tetrazole and the sodium salt of azulene-...
We studied the thermal intramolecular and radical rearrangement of azulene to naphthalene by employi...
We studied the thermal intramolecular and radical rearrangement of azulene to naphthalene by employi...
1-Azulenylcarbene <b>18</b> has been generated from 5-(1-azulenyl)tetrazole and the sodium salt of ...
Flash vacuum pyrolysis (FVP) of benz[a] azulene yields phenanthrene and 2-ethynylbiphenyl. FVP of cy...
The non-benzenoid aromatic system azulene is sufficiently nucleophilic at C1 that it can react with ...
The mechanisms of the dimerization of butadiene and piperylene and the thermal rearrangements of the...
Polycyclic conjugated non-benzenoid hydrocarbons are of great theoretical interest in connection wi...
PART I The thermal rearrangements of cis- and trans-1, 2-divinylcyclobutane, cis- and trans-8-vin...
The two lowest homologs of the annulene series, i. e. cyclobutadiene and benzene, are known to under...
Recent developments of open-shell singlet diradicaloids motivated the search for stable singlet–trip...
L. T. Scott has discovered the 1,2-swapping of carbon and hydrogen atoms which is known to take plac...
Like acenaphthylene (1), the isomeric compound cyclopent- [cd]azulene (2) can also undergo 1,2-cyclo...
Cycloaddition reactions of the azulene system 1 with electron-poor and electron-rich alkynes provide...
In 1910, Scholl, Seer, and Weitzenbock reported the AlCl<sub>3</sub>-catalyzed cyclization of 1,1′-b...