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Recent advances in the chemistry of bridged annulenes
-
E. Vogel
Veröffentlicht/Copyright:
1. Januar 2009
Published Online: 2009-01-01
Published in Print: 1982-01-01
© 2013 Walter de Gruyter GmbH, Berlin/Boston
Artikel in diesem Heft
- Preface
- Stable 4n pi electron triplet molecules
- New aspects of the chemistry of nonbenzenoid polycyclic conjugated π-electron systems
- Nonbenzenoid phanes
- Cyclohepta[b][1,4]benzoxazine and related compounds - some novel aspects in troponoid chemistry
- Ring inversion and bond shifting energetics in substituted chiral cyclooctatetraenes
- Polycyclic aromatic ions
- Recent advances in the chemistry of bridged annulenes
- Electron delocalization and "aromatic" behavior in cyclic polysilanes
- Is there a relationship between aromaticity and conductivity?
- Novel pi systems possessing cyclopropenylidene moiety
- Challenging problems involving benzenoid polycyclics and related systems
- A comparison of recent theoretical aromaticity indices
- Aromaticity and diatropicity
- Molecular orbital studies of the Hetero(A,B)polyenes and hetero(A,B)annulenes [(A,B) = (C,C), (C,N), (B,N), (B,O)]
- Structure-resonance theory - 23. Classical two electron two-center bond valence structures for boron hydrides
Artikel in diesem Heft
- Preface
- Stable 4n pi electron triplet molecules
- New aspects of the chemistry of nonbenzenoid polycyclic conjugated π-electron systems
- Nonbenzenoid phanes
- Cyclohepta[b][1,4]benzoxazine and related compounds - some novel aspects in troponoid chemistry
- Ring inversion and bond shifting energetics in substituted chiral cyclooctatetraenes
- Polycyclic aromatic ions
- Recent advances in the chemistry of bridged annulenes
- Electron delocalization and "aromatic" behavior in cyclic polysilanes
- Is there a relationship between aromaticity and conductivity?
- Novel pi systems possessing cyclopropenylidene moiety
- Challenging problems involving benzenoid polycyclics and related systems
- A comparison of recent theoretical aromaticity indices
- Aromaticity and diatropicity
- Molecular orbital studies of the Hetero(A,B)polyenes and hetero(A,B)annulenes [(A,B) = (C,C), (C,N), (B,N), (B,O)]
- Structure-resonance theory - 23. Classical two electron two-center bond valence structures for boron hydrides