Sentence examples for stepwise propagation from inspiring English sources

The crack acceleration in the continuous growth mode is observed to be significantly higher than that in stepwise propagation.

This effect can be explained by 'a modified stepwise propagation mechanism' in which Cu2O crystals act a critical roll for the copper propagation as stepping stones in addition to dispersed Cu particle seeds and Pd catalyst cluster seeds.

At a certain combination of load and temperature, a transition from a continuous SCG to discontinuous, stepwise crack propagation has been recorded.

In summary, we show that high resolution full frame kHz imaging further expands the application spectrum of calcium imaging, since calcium propagation speed and stepwise calcium increases associated with single action potentials in individual varicosities can be detected.

These results show that GPNN has outperformed traditional back propagation neural network, stepwise logistic regression (SLR), and classification and regression trees (CART) to detect gene-gene interactions in models with very small heritability values.

Computational experiments on five data sets obtained from publicly available sources indicate that the basic PNN with variables chosen by the ad hoc approach outperforms the PNN using variables selected by two benchmark methods, back-propagation neural network and stepwise linear discriminant analysis.

The contribution is unique hazard identification before the test generation process, state justification on the gate level, sequential fault propagation based on breadth-first search and stepwise composition of state graphs for sequential test generation.

Since error propagation remains critical for the success of such a stepwise approach the influence of error propagation has to be analyzed.

Flame propagation characteristics of hydrogen-air mixtures were investigated using an improved annular stepwise diverging tube (ASDT).

Radio waves are propagated by a combination of three mechanisms: atmospheric wave propagation, surface wave propagation, and reflected wave propagation.

Recently, an annular-stepwise-diverging-tube (ASDT) was developed to investigate the length-scale effects on the flame propagation velocity (FPV), and the overall FPV of a specific fuel was described as a continuous surface in the physical domain of the concentration-length-velocity.