Sentence examples for high ignition temperature from inspiring English sources

But it could not burn efficiently in practical systems due to its high ignition temperature and slow burning velocity.

The high ignition temperature of methane partial oxidation is always a concern to industries and researches, leading to inaccuracies in temperature measurement, reaction model development, and subsequent understanding of reaction mechanisms and the predictive abilities of developed models.

Unfortunately the relatively high ignition temperatures of aluminum result in severe sintering prior to combustion, leading to early loss of nanostructure and thus a smaller power law exponent for size dependent burning than expected.

Higher strain rate would result in higher steady-state surface temperature, but it would also require higher ignition temperature.

There is general agreement that its combustion characteristics are similar to those of standard diesel fuel, except for a shorter ignition delay, a higher ignition temperature, and greater ignition pressure and peak heat release.

Compared with N2 or Ar, the CO2 dilution shows higher ignition temperature by about 50 K, even at the same composition ratio.

Sensitivity and computational analyses indicate that the reason for the higher ignition temperature with increasing fuel molecular size is mostly due to their progressively reduced diffusivity, which leads to correspondingly reduced fuel concentration in the ignition kernel.

Through the numerical simulation, it is illustrated that higher ignition temperature is caused by the adsorption of CO2 and following dissociation on platinum surface, which was to date considered negligible in catalytic combustion.

Accordingly, a higher ignition temperature with increasing total as well as oxygen partial pressure has previously been reported for Pd(100).

Reviewing 29 papers concerning ignition temperatures of wood, Babrauskas (2001) reported that softwoods, compared to hardwoods, have a smaller content of hemicellulose and a higher content of lignin [up to 34% (White 1987)], resulting in higher ignition temperatures.

However, due to its low energy density, high viscosity, and high auto-ignition temperature, glycerol is difficult to burn.