Sentence examples for propagating zones from inspiring English sources

For a catalyst decay law independent of conversion, propagation in either axial direction was optimal, but for a decay law dependent upon conversion the optimization procedure only generated reverse propagating zones.

The incision pattern is best explained by a model of Neogene and ongoing epeirogenic uplift due to an eastward propagating zone of increased upper mantle buoyancy that we infer from propagation of Neogene basaltic volcanism and a strong lateral gradient in modern upper mantle seismic structure.

Under these conditions the infected regions of the culture possess interesting ring-like or elongated shapes, allowing quantitative analysis of some of the features of the propagating zone of infection.

However, schlieren contours, which were recorded both to provide a basis for burning velocity measurements and to explore density changes in the reactants, indicated the presence of a burner – stabilised propagating reaction zone ahead of the luminous flame surface starting at around 50 vol.% and possibly even at lower air admixtures.

The stabilization of nonpremixed flames has been argued to result due to the existence of a premixing zone of sufficient reactivity, which causes propagating premixed reaction zones to anchor a nonpremixed zone.

Here we review recent discoveries made using microfractures, including fracture patterns, strain, fracture growth and size-scaling, evolution of stresses around propagating faults (process zones), far-field tectonic stresses, and insights into the state of stress leading to earthquakes.

All cells are smaller than characteristic length scale Lb = Gdc/σb (Rubin and Ampuero, 2005), which is related to the minimum size of nucleation zones and to the characteristic size of the process zone of propagating transients, including in the frictionally stable region (γ > 0).

We have studied the influence of a smoothly inhomogeneous disturbance of the impedance of the ionosphere caused by internal gravity waves present in the reflection zone of propagating VLF electromagnetic waves.

Here, studying the transformation of hydrological input signals (e.g., rainfall, snow melt) propagating through the vadose zone is a promising supplement to the common perspective of mass flux considerations.

The double-difference (DD) algorithm (Waldhauser and Ellsworth, 2000; Wald-hauser, 2001) estimates the residuals between the observed and calculated travel-time difference of two closely-spaced events at a single station by assuming similar ray paths propagating from the source zone to the station (Waldhauser and Ellsworth, 2000).

The damage zone propagates both normal to the forming fault zone and downwards.