Determination of the rate constant of reaction of N(4S32) with NO2 using resonance fluorescence in a discharge flow system

Ôno, Y.; Clyne, Michael A. A.

doi:10.1016/0301-0104(82)88077-4

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Cited by 18 publications

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A barrier‐free atomic radical‐molecule reaction: N (²D) NO₂ (²A₁) mechanistic study

Zuo

Liu

Huang

et al. 2008

Int J of Quantum Chemistry

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ABSTRACT:The reaction of N ( 2 D) radical with NO 2 molecule has been studied theoretically using density functional theory and ab initio quantum chemistry method. Singlet electronic state [N 2 O 2 ] potential energy surfaces (PES) are calculated at the CCSD(T)/aug-cc-pVDZ//B3LYP/6-311ϩG(d) ϩ ZPE and G3B3 levels of theory. All the involved transition states for generation of (2NO) and (O 2 ϩ N 2 ) lie much lower than the reactants. Thus, the novel reaction N ϩ NO 2 can proceed effectively even at low temperatures and it is expected to play a role in both combustion and interstellar processes. On the basis of the analysis of the kinetics of all pathways through which the reactions proceed, we expect that the competitive power of reaction pathways may vary with experimental conditions for the title reaction.

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A barrier‐free atomic radical‐molecule reaction: N (²D) NO₂ (²A₁) mechanistic study

Zuo

Liu

Huang

et al. 2008

Int J of Quantum Chemistry

View full text Add to dashboard Cite

show abstract

Rate Coefficients of Chemical Reactions

Capitelli

Ferreira²,

Gordiet︠s︡

et al. 2000

Springer Series on Atomic, Optical, and Plasma Physics

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Determination of the rate constant of reaction of ground-state CI and H atoms with H2S using resonance fluorescence in a discharge flow

Clyne

Ôno

1983

Chemical Physics Letters

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Determination of the rate constant of reaction of N(4S32) with NO2 using resonance fluorescence in a discharge flow system

Cited by 18 publications

References 18 publications

A barrier‐free atomic radical‐molecule reaction: N (²D) NO₂ (²A₁) mechanistic study

A barrier‐free atomic radical‐molecule reaction: N (²D) NO₂ (²A₁) mechanistic study

Rate Coefficients of Chemical Reactions

Determination of the rate constant of reaction of ground-state CI and H atoms with H2S using resonance fluorescence in a discharge flow

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Determination of the rate constant of reaction of N(4S32) with NO2 using resonance fluorescence in a discharge flow system

Cited by 18 publications

References 18 publications

A barrier‐free atomic radical‐molecule reaction: N (2D) NO2 (2A1) mechanistic study

A barrier‐free atomic radical‐molecule reaction: N (2D) NO2 (2A1) mechanistic study

Rate Coefficients of Chemical Reactions

Determination of the rate constant of reaction of ground-state CI and H atoms with H2S using resonance fluorescence in a discharge flow

Contact Info

Product

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About

A barrier‐free atomic radical‐molecule reaction: N (²D) NO₂ (²A₁) mechanistic study

A barrier‐free atomic radical‐molecule reaction: N (²D) NO₂ (²A₁) mechanistic study