AI Article Synopsis
- - The study investigated the micro-behaviors involved in the shock ignition of epoxypropane using Optical Multi-channel System (OMA) and monochromator techniques.
- - Various radicals, including O, CH2O, C2, CH, CH3O, CO2, and H2O, were detected by the OMA spectrometer during the experiments.
- - The research established the delay time and critical ignition conditions, noting that the radical O was the first intermediate product observed after shock ignition of epoxypropane.
Article Abstract
The micro-behaviours of shock ignition of epoxypropane were studied by OMA (optical multii channal system) and monochromator techniques. The radicals O, CH2O, C2, CH, CH3O, CO2 and H2O were observed by OMA spectrometer. The delay time and critical condition of shock ignition were determined using three monochromators and gauge. The emergence of intermediate product of O for epoxypropane after shock ignition is always the earliest.
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