Sentence examples for kernel growth from inspiring English sources

It is concluded that these are the most important parameters effecting plasma kernel growth.

Increased assimilate availability per kernel promoted changes in both kernel growth rate and duration of grain filling.

An equation to calculate the spark ignition kernel growth rate is derived that considers the effects of the spark ignition discharge energy and flow turbulence on the ignition kernel growth.

The flame kernel growth rate is high when the ignition probability is high for all parameters, except for jet velocity.

The Gompertz function was selected to describe kernel growth based on information criteria, biological interpretation of the parameters, and computational ease.

The growth season was divided into three phenological stages: stage I – from sprouting until the end of rapid nut growth; stage II – from maximum nut size until the beginning of kernel growth; and stage III – from the beginning of kernel growth until harvest.

The OSS model is then used to perform direct numerical simulation (DNS) computations of flame kernel growths in both laminar and turbulent conditions.

In-cylinder pressure-based heat-release analysis reveals that the appearance of poor-burn cycles is not solely dependent on the variability of early flame-kernel growth.

This could be due to a balance between two competing effects, namely, increase in the strain rate that causes local extinction and thus decreases the flame-kernel growth, and increase in the turbulence levels that facilitates increased flame-kernel surface area through wrinkling, which in turn increases the flame-kernel growth.

The chemistry processes in the kernel-growth stage are treated in the same way as in the G-equation combustion model.

Monte Carlo simulation demonstrated that the main contribution to the observed error is from uncertainty in the estimates of the agglomeration kernel and growth rate parameters, which are estimated from experimental data and used in the simulation.