Sentence examples for burning cycle from inspiring English sources

Simple fabrication, modular construction, and long burning cycle would compensate for economic disadvantages over smaller power and lower temperature than those of conventional fast reactors.

Peak emissions during the incensing phases are, however, a factor of 10 50 higher than the burning cycle averages, as derived from the results of the Ebbinghaus (1993) study.

Current sampling was conducted over a complete burning process thus negative slopes for the odor, PM10 and CxHy emissions in the plot against MCE (Fig. 2s in the supplementary material), which were observed indicate that the emissions of a complete burning cycle are dominated by smoldering that occurs during the start-up and end phases of burning, when no more flames are observable.

From the dependence of CxHy, PM10, odor and the MCE it could be derived, that the respective emissions during the complete burning cycle as sampled in our study, are dominated by the smoldering phases that are occurring during the start-up and end phases of burning when no more flames are observable.

It was found that faster burning cycles result in increased NO emissions compared with cycles that have a slower rate of combustion and that more is produced in the early stages of combustion compared with later in the cycle.

The CCV and factors causing it are first illustrated by comparing typical slow and fast burning cycles in combination with simple correlation plots of major engine parameters, this allows qualitatively showing how local and global sources concur to generate CCV.

The images showed that the flame always preserved its shape while growing in size (even when it had been initiated with a highly convoluted shape); image processing demonstrated the manner with which the flame-growth speed varied as the flame propagated and approached the pentroof and piston-crown walls for slow, "typical" or fast burning cycles.

Nitrogen dilution was introduced into the intake air, thereby displacing the oxygen, which destabilized combustion and increased the occurrence of poor burning cycles.

The knowledge of the radioactive source term of spent fuel allows, to some extent, the improvement of nuclear fuel design and the optimization of the core configuration during the different burning cycles.

High-speed PLIF, PIV, and Mie scattering images were utilized to analyze the spatial and temporal evolution of the fuel distribution and flow velocity on flame kernel development to better understand the nature of poor burning cycles at each dilution level.

The final topology was estimated using 13,000,000 iterations using 3250 burning cycles and sampling every 1000 iteration.