Third, ignition-related explosive activation in networks requires mechanisms for activity regulation to prevent full activation of the entire network which is reminiscent of epileptic seizures in real brains.
Ignitor is the first ignition experiment conceived and designed on the basis of existing technologies and knowledge of plasma physics.
The second ignition stage is dominated almost exclusively by hydrogen-related chemistry.
For a droplet smaller than the minimum ignition diameter, only first ignition with cool flame is reached.
The third and fifth ignition limits are respectively manifestations of the low- and high-pressure responses of the third homogeneous explosion limit behavior, which is nevertheless punctuated by the fourth ignition limit characterized by the HO2 H reactions.
Similar trends were seen for all fuel concentrations and at all pressures in the second ignition limit (below 3 4 atm).
The Veyron required a second ignition key to unlock its full power, lower its body to 2.6in (66mm) and retract a spoiler and underbody flaps to minimise drag while preserving stability.
Furthermore, the fourth ignition limit runs fairly parallel to the crossover temperature, but is shifted to lower temperatures.
These results represent the first ignition measurements for C8H10 aromatics at the elevated-pressure moderate-temperature conditions studied, providing needed targets for kinetic modeling at engine-relevant conditions.
