The rate coefficient of the gas-phase reaction C 2 H+ H 2 O→ products has been
experimentally determined over the temperature range 500–825 K using a pulsed laser …

The ethynyl radical, C2H, is found in a variety of different environments ranging from
interstellar space and planetary atmospheres to playing an important role in the combustion …

The crossed beams reaction of ground state ethynyl radicals, C2H (X2Σ+), with allene,
H2CCCH2 (X1A1), was conducted under single collision conditions at a collision energy of …

This paper presents the first theoretical quantitative systems level study of a complete suite
of reaction pathways for scanning-probe based ultrahigh-vacuum diamond …

The ethynyl radical (C 2 H) is ubiquitous, appearing in a variety of environments from
interstellar space to oxy-acetylene flames. Under these diverse conditions, ethynyl has a …

Portions of the potential energy surface (PES) related to the reaction between the ethynyl
radical and ammonia (C2H+ NH3) have been investigated in detail using both MO and DFT …

The topological analysis of the Electron Localization Function (ELF) has been carried out for
the hydrogen abstraction pathway between ethynyl radical (HCC) and ammonia (NH3). The …

This article aims to illustrate the added value provided to experimental kinetics
investigations by complementary theoretical kinetics studies, using as examples (i) reactions …

We have theoretically investigated the hydrogen abstraction reactions of ethynyl radical with
simple hydrogen compounds, C2H+ HX, using quantum chemical computations …

C2H+H2CO⁠: A new route for formaldehyde removal | The Journal of Chemical Physics | AIP
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