Photodecomposition of ketene to form methylene

Harold Basch

doi:10.1007/BF00528658

Photodecomposition of ketene to form methylene

Harold Basch

Research output: Contribution to journal › Article › peer-review

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Abstract

Correlation curves for a least motion departure path of methylene in the photocomposition of ketene are interpreted in terms of least energy paths. It is concluded that the first excited triplet state of ketene can probably form ³CH₂(³B₂) and ¹CH₂(¹A₁) relatively rapidly and the first excited singlet state can give ³CH₂(³B₂) easily in a near least motion path. However, the formation of ¹CH₂(¹A₁) from the first excited singlet state of ketene by a near-least motion path appears to be highly improbable.

Original language	English
Pages (from-to)	151-160
Number of pages	10
Journal	Theoretica Chimica Acta
Volume	28
Issue number	2
DOIs	https://doi.org/10.1007/BF00528658
State	Published - Jun 1973

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title = "Photodecomposition of ketene to form methylene",

abstract = "Correlation curves for a least motion departure path of methylene in the photocomposition of ketene are interpreted in terms of least energy paths. It is concluded that the first excited triplet state of ketene can probably form 3CH2(3B2) and 1CH2(1A1) relatively rapidly and the first excited singlet state can give 3CH2(3B2) easily in a near least motion path. However, the formation of 1CH2(1A1) from the first excited singlet state of ketene by a near-least motion path appears to be highly improbable.",

author = "Harold Basch",

year = "1973",

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doi = "10.1007/BF00528658",

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N2 - Correlation curves for a least motion departure path of methylene in the photocomposition of ketene are interpreted in terms of least energy paths. It is concluded that the first excited triplet state of ketene can probably form 3CH2(3B2) and 1CH2(1A1) relatively rapidly and the first excited singlet state can give 3CH2(3B2) easily in a near least motion path. However, the formation of 1CH2(1A1) from the first excited singlet state of ketene by a near-least motion path appears to be highly improbable.

AB - Correlation curves for a least motion departure path of methylene in the photocomposition of ketene are interpreted in terms of least energy paths. It is concluded that the first excited triplet state of ketene can probably form 3CH2(3B2) and 1CH2(1A1) relatively rapidly and the first excited singlet state can give 3CH2(3B2) easily in a near least motion path. However, the formation of 1CH2(1A1) from the first excited singlet state of ketene by a near-least motion path appears to be highly improbable.

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ER -

Photodecomposition of ketene to form methylene

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