Sentence examples for increased ignition from inspiring English sources

Vertical cylinder orientation increased ignition thresholds by 50 110 K for ethylene and n-hexane, whereas only little variation was observed for hydrogen.

Increasing the presence of toluene in the toluene/n-heptane binary mixtures resulted in an increased ignition delay time and generated a distinct two stage ignition process.

This increased ignition delay time is due to the extreme cooling of argon in the postcompression period.

Humans alter fire regimes through increased ignition frequency and by hindering the spread of fire through fire suppression and fuel fragmentation.

Some explanation is provided for why increased ignition line length leads to increased rate of spread (ROS) with some asymptotic limit.

Analysis on the effect of chemical structure of n-butanol shows that only a very limited part of n-butanol participates in the low-temperature branching due to the influence of OH group, leading to an increased ignition delay times at low temperature.

Increased ignitions and longer burn times can have significant structural impacts on reinforced concrete (RC) structures which are usually considered to have superior performance in a fire.

This is responsible for the increasing ignition temperature with turbulence intensity and pressure.

It was indicated that the residual turbulent intensity in the combustion space decayed with increasing ignition delay time.

Two proposed ignition-enhancing agents, CO2 and HF, show no signs of accelerating ignition and 5% HF actually increases ignition delays.

An increased level of 1-octene in the binary mixtures of 1-octene/n-octane was also found to increase ignition delay, though to a much lesser extent than toluene in the case of the toluene/n-heptane mixtures.