Sentence examples for detonation through from inspiring English sources

Detonation through a phone call (as used in Jeddah against Prince Nayef) is an option, but only if you can guarantee phone coverage in flight, which is not always the case.

The turbulent flame itself does not undergo a transition, but it creates conditions in nearby unreacted material that lead to ignition centers, or "hot spots," which can then produce a detonation through the Zeldovich gradient mechanism involving gradients of reactivity.

A detonation was ignited in the primary chamber and the propagation of the detonation through the stainless steel microcapillaries was monitored by pressure transducers located between the sections of the microcapillaries.

A series of cases with varying acoustic impedance ratios between the inert and reactant gases, Z, were studied to explore the influence of acoustic impedance mismatch on the propagation of a detonation through the reactant layer.

Stable detonation propagated through the remaining open and uncongested space.

Thermal barrier coatings (TBCs) have been successfully obtained by detonation spraying, through optimizing the spray parameters (especially the ratio of C2H2 to O2).

Results indicate continuous detonation propagation through the core of the channel for sufficiently reactive mixtures, while fast-flame propagation occurred for weaker mixtures which do not exhibit detonation initiation at the obstacle face.

(2015) showed that pressure wave disturbance not only affects hot-spot formation and knocking origin, but also induces detonation wave through a coupling mechanism between pressure wave and flame front.

Velocity behaviors after the detonation passes through the obstacles with different BR near the critical condition are analyzed; particular attention is paid to the cases for which BR is larger than 0.9 (i.e., 0.923 and 0.962), and the results are also compared with relatively smaller BR cases (BR = 0.691 and 0.826).

Gaseous detonations propagating through a layer of reactants that is bounded by an inert gas were simulated by solving the two-dimensional reactive Euler equations.

The re-initiation events appear similar for the two mixtures and are a consequence of local fluctuations at random locations within the region between the lead shock and decoupled reaction zone, resulting in strong transverse detonations sweeping through shocked but largely unreacted gas.