Sentence examples for high-speed combustion from inspiring English sources

Using images from high-speed combustion visualization experiments, the presence of the diffusion flame is related to the onset of NO formation within the laser probe volume.

The technique studied in the present work has significant potential for high-speed combustion applications, including cold start/restart of scramjet engines and support of transition regime in dual-mode and off-design operation.

These results demonstrated the utility of the 3D diagnostics to overcome some of the limitations of established planar diagnostics and to resolve the dynamics of high-speed combustion devices both spatially and temporally.

We present the results of a series of numerical simulations of magnetized flame propagation conducted using the MHD extension to the High-Speed Combustion and Detonation (HSCD) code.

Nickolay Gnedin has recieved 74,000,000 processor hours (IBM Blue Gene/Q) for "Cosmic Reionization On Computers" project and Alexei Khokhlov has received 150,000,000 processor hours (IBM Blue Gene/Q) for "First-Principles Simulations of High-Speed Combustion and Detonation" project.

Because of their interesting mixing properties, transverse jets are important to a variety of industrial applications such as film cooling, primary or dilution jets in gas turbines, and flame stabilization in high speed combustion.

"The first thing to say is the current generation of engines, ultra high-speed internal combustion engines, are absolutely at the limit of what we know how to do," he said.

It is recommended that future research should be aimed towards experiments that permit the quantitative understanding of the mechanisms of high-speed turbulent combustion rather towards large-scale tests in complex geometries where minimal quantitative information of fundamental significance could be extracted.

They patented one of the first successful high-speed internal-combustion engines (1885) and developed a carburetor that made possible the use of gasoline as fuel.

In 1885 Gottlieb Daimler, another German engineer, modified the four-cycle Otto engine so that it burned gasoline (instead of coal powder) and built the first successful high-speed internal-combustion engine.

Input torque balancing is a well-known way to reduce drive speed fluctuations in high-speed machinery and combustion engines.