Sentence examples for strain extinction from inspiring English sources

Diffusion and partially premixed H2 O2 transcritical flame structures are then studied as well as strain extinction limits and dilution extinction limits.

Ember is validated for computation of flame extinction through imposed strain, extinction strain rate (ESR), and shown to be capable of modeling three typical experimental strained flame configurations: premixed twin flames, premixed single flames opposing inert, and diffusion flames.

With undiluted air, extinction strain rate and flame temperature at a specified strain rate increase with pressure.

Quantitative values of radiative low strain rate extinction limits are given.

Since the mode coupling between core and cladding modes based on the photoelastic effect is enhanced by increasing strain, the extinction ratio of the PMF-based MRLPG is obviously raised by strain.

In the early 20th century, as Portugal renounced its monarchy, the Alter Real strain faced extinction, as records were burned, stallions were gelded and the stud discontinued.

Extensive results from axisymmetric convergent-nozzle and straight-tube opposed jet burners (OJBs) characterized strain-induced extinction of unanchored (free-floating), laminar H2/N2-air flames.

Large-activation-energy asymptotic techniques are used to describe the effects of non-unity Lewis numbers of the fuel on strain-induced extinction of axisymmetric counterflow diffusion flames.

The separate and combined effects of Soret diffusion of the hydrogen molecule (H2) and radical (H) on the structure and propagation speed of the freely-propagating planar premixed flames, and the strain-induced extinction response of premixed and nonpremixed counterflow flames, were computationally studied for hydrogen air mixtures using a detailed reaction mechanism and transport properties.

Altogether, these findings support for strain specific extinctions or amplifications of this Ty variant to have occurred.

The model not only predicts the critical strain rate at extinction accurately but also gives near-extinction flames with oxygen leakage, thereby overcoming known predictive limitations of one-step Arrhenius kinetics.