“…It is an intermediate species during combustion processes and it is recognized as one of example, in Skjøth-Rasmussen et al [1]). Among the different studies addressing the conversion of acetylene from both experimental and kinetic modeling points of view, we can mention as an example the work of acetylene oxidation in a jet-stirred reactor of Tan et al [2], a number of works based on shock tube reactors, such as the works of Hidaka et al [3], Ryu et al [4], Laskin and Wang [5], Fournet et al [6], Varatharajan and Williams [7], or Eiteneer and Frenklach [8], and the works considering flames, such as those of Leung and Lindstedt [9] and Sheng and Bozzelli [10]. Even though acetylene oxidation has been addressed quite extensively, significant uncertainties still remain in relation to the kinetic modeling of the process and specifically to various reaction pathways and rates important for the conversion of acetylene.…”