Molecular structure and reactivity in the pyrolysis of aldehydes
McCunn, Laura R.
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2090.pdf
767030.pptx
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https://hdl.handle.net/2142/91469
Description
Title
Molecular structure and reactivity in the pyrolysis of aldehydes
Author(s)
McCunn, Laura R.
Contributor(s)
Wright, Emily
Warner, Brian
Sowards, John
Cole, Sarah
Sias, Eric
Issue Date
2016-06-22
Keyword(s)
Spectroscopy as an analytical tool
Date of Ingest
2017-01-26T21:37:53Z
Abstract
The effect of alkyl chain structure on pyrolysis mechanisms has been investigated in a series of aldehydes. Isovaleraldehyde, CH$_3$CH(CH$_3$)CH$_2$CHO, and pivaldehyde, (CH$_3$)$_3$CCHO, were subject to thermal decomposition in a resistively heated SiC tubular reactor at $800-1200 ^{\circ}$C. Matrix-isolation FTIR spectroscopy was used to identify pyrolysis products. Carbon monoxide and isobutene were major products from each of the aldehydes, which is consistent with what is known from previous studies of unbranched alkyl-chain aldehydes. Other products observed include vinyl alcohol, propene, acetylene, and ethylene, revealing complexities to be considered in the pyrolysis of large, branched-chain aldehydes.
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2090.pdf
767030.pptx
