Formation of C3H2, C5H2, C7H2, and C9H2 from reactions of CH, C3H, C5H, and C7H radicals with C2H2

Yilun Sun; Wen-Jian Huang; Shih‐Huang Lee

doi:10.1039/c5cp06072a

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Formation of C₃H₂, C₅H₂, C₇H₂, and C₉H₂ from reactions of CH, C₃H, C₅H, and C₇H radicals with C₂H₂

Yilun Sun Wen-Jian Huang Shih‐Huang Lee

Year: 2015 Journal: Physical Chemistry Chemical Physics Vol: 18 (3)Pages: 2120-2129 Publisher: Royal Society of Chemistry

DOI: 10.1039/c5cp06072a

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Abstract

A three-dimensional velocity distribution contour of C_2n+1H₂ produced from the reaction of C_2n−1H (n = 1–4) with C₂H₂ in crossed molecular beams.

Keywords:

Photoionization Chemistry Radical Spectral line Ionization Chemical reaction Molecule Synchrotron Exothermic reaction Hydrogen Computational chemistry Photochemistry Physical chemistry Atomic physics Physics Ion Organic chemistry

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Advanced Chemical Physics Studies

Physical Sciences → Physics and Astronomy → Atomic and Molecular Physics, and Optics

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Formation of C₃H₂, C₅H₂, C₇H₂, and C₉H₂ from reactions of CH, C₃H, C₅H, and C₇H radicals with C₂H₂

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