Table 1 Reaction of methyl alkyl elements at normal temperature and pressure.
From: Research on shock wave driving technology of methane explosion
Serial number | Chemical reaction equation | Reaction stage |
|---|---|---|
1 | \(CH_{4} + O_{2} \to \dot{C}O_{2} + HO_{2}\) | Initiating reaction |
2 | \(\dot{C}H_{3} + O_{2} \to CH_{2} O + \dot{O}H\) | Transfer reaction |
3 | \(CH_{4} + \dot{O}H \to \dot{C}H_{3} + H_{2} 0\) | |
4 | \(CH_{2} O + \dot{O}H \to H_{2} O + H\dot{C}O\) | |
5 | \(CH_{2} + O_{2} \to H\dot{O}_{2} + H\dot{C}O\) | Dispersion reaction |
6 | \(H\dot{C}O + O_{2} \to CO + H\dot{O}_{2}\) | Transfer reaction |
7 | \(H\dot{O}_{2} + CH_{4} \to H_{2} O_{2} + \dot{C}H_{3}\) | |
8 | \(\dot{H}O_{2} + CH_{2} O = H_{2} O_{2} + H\dot{C}O\) | |
9 | \(CH_{2} O \Leftrightarrow tubewall\) | Termination reaction |
