Host: The Japan Society of Mechanical Engineers
Name : [in Japanese]
Date : October 20, 2018 - October 21, 2018
The compression ignition mechanism of PRF90/air mixture assisted by a non-equilibrium plasma has been clarified by 0-dimensional computational simulation. In a compression ignition process of fuel-air mixture, the heat release rate shows three peaks. The primary peak is caused by O radical generation from a thermal dissociation reaction of O3. With increase of input energy density, gas temperature linearly elevates. While mole fraction of NOx exponentially rises, O3 shows maximum value at 4.0 mJ/cm3 and then gradually decreases due to thermal dissociation.
