Sentence examples for potential for flame from inspiring English sources

The DPVCARS measurements provide an experimental database including temperature and turbulent burning velocity for combustion model evaluation and validation and demonstrated a strong potential for flame structure investigation with future improvement on spatial resolution and signal to noise ratio.

For various fuels and a wide range of equivalence ratios, particles with a strong potential for flame inhibition are identified: hence a criterion, on the maximum particle size, for efficient inhibition is proposed.

This paper introduces the application of fire retardant nanofillers for enhanced flame retardancy as a potential remedy for flame spread.

Our understanding of exposure to flame retardant chemicals on airplanes, a micro-environment of particular interest due to the potential for high flame retardant usage, is limited to a small number of studies that were focused on PBDEs.

Model outputs indicated the potential for longer flame lengths, higher rates of spread and more intense surface fire in diseased stands.

The potential for optimising flame retardancy while maintaining mechanical properties is highlighted in this study.

Previous investigations of the effects of electric fields on flames have shown the potential for stabilizing flames and reducing emissions with comparatively little effort, but were restricted to atmospheric pressure.

The combination of DFG MIR spectroscopy and computerized tomography is shown to offer great potential for laminar flames, as well as environmental monitoring.

A flame response index analogous to the Rayleigh criterion in non-forced flames is used to assess the potential for a strong flame response at specific perturbation configurations and is found to be a good predictor of highly responsive modes.

Next, the potential for specific brominated flame retardants to cause developmental neurotoxicity has been evaluated under Good Laboratory Practice (GLP) standards and according to validated test guidelines.

All foam sample extracts were first screened for potential flame retardant additives in both GC/EI-MS and GC/ECNI-MS modes.