Sentence examples for faster burning from inspiring English sources

Experimentally measured flame speeds of aluminum flames in the products of hydrocarbon flames, and the burn rates of metal-water propellants, also point to much faster burning rates of aluminum particles in steam than predicted by this model.

For instance, petrol is more volatile than diesel igniting faster, burning hotter and requiring a lower air/fuel ratio.

Same storage size, but faster burning rate.

The subsequent addition of aluminum led to even faster burning rates and higher pressure exponents for all but one mixture.

It is suggested in the present work that aerosol flames became unstable, and hence had faster burning rates, under conditions that would not result in unstable gaseous flames.

We explore this by using aluminum particles modified with low-density polyethylene (LDPE) inclusion to drive intraparticle outgassing, which could break apart composite particles, yielding smaller and faster burning fragments during composite solid propellant combustion.

Detonating explosives, such as TNT and dynamite, are characterized by extremely rapid decomposition and development of high pressure, whereas deflagrating explosives, such as black and smokeless powders, involve merely fast burning and produce relatively low pressures.

Webvan failed because of reckless spending, he argues, not a mistake that Ocado will make: its computers and office furniture came from auctions of old Enron equipment.For all the lessons the group says it has learned from the Internet meltdown, however, it is fast burning through its cash.

We have now analytically, experimentally and computationally studied the finger flame acceleration for fast burning flames, when the gas compressibility assumes an important role.

H2/CO/CH4 syngases ranging from 0%to100%0% and synthetic natural gases containing H2 from 0%to30%0% were tested and analyzed in view of H2, which has distinctive combustion characteristics of fast burning and high flame temperature.

Test results demonstrated that H2 contents are the root cause of the high-order instability mode and shifting within modes, since fast burning H2 affects the chemical time and flame temperature of syngas more than that of CO and CH4.