The temperature dependence of the rate constants for the reactions F+CH3F and F+CH2F2

Avigdor Persky

doi:10.1016/s0009-2614(03)00892-3

The temperature dependence of the rate constants for the reactions F+CH₃F and F+CH₂F₂

Avigdor Persky

Department of Chemistry

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

17 Scopus citations

Abstract

The temperature dependence of the rate constants for the reactions F+CH₃F and F+CH₂F₂ has been determined by a competitive method using the F+D₂ reaction as a reference reaction. Ratios of rate constants k_F+CH3F/k_F+D2 and k_F+CH2F2/k_F+D2 were determined by a discharge-flow-mass spectrometric technique at four temperatures in the ranges 189-298 and 182-298 K for the two reactions, respectively. These ratios were combined with recommended values for k_F+D2 to obtain absolute values for k_F+CH3F and k_F+CH2 F₂. The present results are compared with previous published results, which are available almost exclusively only for room temperature.

Original language	English
Pages (from-to)	181-187
Number of pages	7
Journal	Chemical Physics Letters
Volume	376
Issue number	1-2
DOIs	https://doi.org/10.1016/s0009-2614(03)00892-3
State	Published - 17 Jul 2003

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abstract = "The temperature dependence of the rate constants for the reactions F+CH3F and F+CH2F2 has been determined by a competitive method using the F+D2 reaction as a reference reaction. Ratios of rate constants kF+CH3F/kF+D2 and kF+CH2F2/kF+D2 were determined by a discharge-flow-mass spectrometric technique at four temperatures in the ranges 189-298 and 182-298 K for the two reactions, respectively. These ratios were combined with recommended values for kF+D2 to obtain absolute values for kF+CH3F and kF+CH2 F2. The present results are compared with previous published results, which are available almost exclusively only for room temperature.",

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AB - The temperature dependence of the rate constants for the reactions F+CH3F and F+CH2F2 has been determined by a competitive method using the F+D2 reaction as a reference reaction. Ratios of rate constants kF+CH3F/kF+D2 and kF+CH2F2/kF+D2 were determined by a discharge-flow-mass spectrometric technique at four temperatures in the ranges 189-298 and 182-298 K for the two reactions, respectively. These ratios were combined with recommended values for kF+D2 to obtain absolute values for kF+CH3F and kF+CH2 F2. The present results are compared with previous published results, which are available almost exclusively only for room temperature.

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The temperature dependence of the rate constants for the reactions F+CH₃F and F+CH₂F₂

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