The gas-phase pyrolysis of stigmasterol was investigated using molecular beam mass spectrometry to study the reaction pathways that lead to the formation of aromatic compounds and to build an empirical kinetic model. We used multivariate data analysis to extract trends in the data and identify major
On the mechanism of the formation of fulvenallene from the gas phase pyrolysis of indazole. The gas phase pyrolysis of n-deuterio-3-methylindazole.
โ Scribed by W.D. Crow; M.N. Paddon-Row
- Publisher
- Elsevier Science
- Year
- 1972
- Tongue
- French
- Weight
- 212 KB
- Volume
- 13
- Category
- Article
- ISSN
- 0040-4039
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โฆ Synopsis
A ei@fiwnt property of pherurlnttrene alldpbe?gloarbene generatedlnthegaepbaee 8t &llperatuFee )7m" ie thdl' abilit# to lll&gO l'il@ OOll~tiOn to gin OyWLOOyOlOpe&8diene'~2 (2s) and ful venallens Q) plue et~layclopent.sdime (2b) reepeotively. However it rae dieoovered subeequently that the gas pheee plrrolysla of benaotrissole'l yielded &) end that ind8solee and 1,2-lnd8uedione9 (4) both &Irre (2) in mod Jields. The =eoImiau of the80 raaotiaas we similar and nay be disoueaed in tenw of the deoompoei& of indssole, the more likely pathray being outlined below In S&me 1.
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## Abstract In this study, we examined the gasโphase pyrolysis of ethyl __N__,__N__โdimethylcarbamate theoretically at various theoretical levels. The reaction consists of a twoโstep mechanism, with __N,N__โdimethylcarbamic acid and ethylene as reaction intermediates. In the first step, the reactio