Australian Journal of Chemistry 63 (7) pp.979
- 986
Benzyne Chemistry
In this Research Front, the history of o-benzyne from its early beginnings as an unobservable reactive intermediate until its present status as a very well characterized but still theoretically challenging molecule with important applications in synthesis is reviewed. The m- and p-benzynes, tridehydrobenzenes, and benzdiynes are also known, and p-benzyne is a key intermediate in the action of a potent class of ene-diyne anti-tumour compounds.
Published 15 July 2010
Synthetic Methods for the Generation and Preparative Application of Benzyne
Tsugio Kitamura
Australian Journal of Chemistry 63 (7) pp.987
- 1001
Published 15 July 2010
Flash Vacuum Pyrolytic Generation of Arynes – in Retrospect
Roger F. C. Brown
Australian Journal of Chemistry 63 (7) pp.1002
- 1006
Published 15 July 2010
New Thermal Routes to ortho-Benzyne
Katharine J. Cahill , Aida Ajaz , Richard P. Johnson
Australian Journal of Chemistry 63 (7) pp.1007
- 1012
Published 15 July 2010
Matrix Isolation and Electronic Structure of Di- and Tridehydrobenzenes
Michael Winkler , Wolfram Sander
Australian Journal of Chemistry 63 (7) pp.1013
- 1047
Australian Journal of Chemistry 63 (7) pp.1048
- 1060
Australian Journal of Chemistry 63 (7) pp.1061
- 1065
Australian Journal of Chemistry 63 (7) pp.1066
- 1075
Published 15 July 2010
Mass Spectrometry of Benzyne and Cyclopentadienylideneketene
Thomas Monsandl , Graham Macfarlane , Robert Flammang , Curt Wentrup
Australian Journal of Chemistry 63 (7) pp.1076
- 1083
Published 15 July 2010
Pitfalls in the Photoelectron Spectroscopic Investigations of Benzyne. Photoelectron Spectrum of Cyclopentadienylideneketene
Anna Chrostowska , Genevieve Pfister-Guillouzo , Françoise Gracian , Curt Wentrup
Australian Journal of Chemistry 63 (7) pp.1084
- 1090
Australian Journal of Chemistry 63 (7) pp.1091
- 1098
Published 15 July 2010
Photochemical Triggering of the Bergman and Myers–Saito Cyclizations
Andrei Polukhtine , Grigori Karpov , Dinesh R. Pandithavidana , Alexander Kuzmin , Vladimir V. Popik
Australian Journal of Chemistry 63 (7) pp.1099
- 1107