Sentence examples for difference in the propagation from inspiring English sources

It also means the difference in the propagation of singularities along (partial X): in the Dirichlet case, all singularities move in one direction (constant sign of (lambda '_{mathsf {D},k})), while in the Neumann case, some move in the opposite direction (variable sign of (lambda '_{{mathsf {N}},k})); this effect plays a role also in the case when (mu hlesssim 1).

For skin segmentation, we construct the local cost using two major components, namely the difference in the propagation domain γ Δ and the destination-probability cost γ p. The local cost from a pixel x to y, i.e., γ x → y is obtained as γ x → y = γ Δ x, y · 1 + γ p x → y, (2).

There was no difference in the propagation velocity during the first two hours between the patients with no or grade 1 oesophageal varices and those with grade 2 3 oesophageal or gastric varices (p = 0.93).

The presence of Earth's magnetic field results in differences in the propagation characteristics of the two characteristic modes.

A secondary observation is that for real chemical systems, ambiguity in the definition of the "leading edge" can lead to significant differences in the propagation response to strain.

By using the short-time estimates of the CCF from (6), individual differences in the propagation environment, caused by fading, can be utilized to improve the distance estimation as follows.

The difference in the crack propagation rate between specimens with and without actuators was more than an order of magnitude after the activation of the actuator.

This difference in the southward propagation velocity of the wave fronts is consistent with the rotation of the wave vector of the ionospheric disturbances as it traveled from Japan to Taiwan, as seen in Fig. 1.

As there may be some branches in long enclosures, such as high-speed railway and freeway tunnels, it will make a difference in the sound propagation in long enclosures if we give more consideration to different designs of the branches at the onset of their construction.

In the previous section we observed a remarkable difference in the error propagation for the semi-Lagrangian methods employing Lagrange or spline interpolation on the one hand and the discontinuous Galerkin method on the other hand.

The in situ fatigue tests and the fracture surface analyses revealed a difference in the fatigue crack propagation mechanisms between the closed-cell foam and the hollow sphere structure: in the closed-cell foam a contiguous fatigue crack can be found, where in the case of the hollow sphere structure the fatigue crack propagation is concentrated in the vicinities of the sintering necks.