Sentence examples for finite background from inspiring English sources

Our approach allows computing the spatial resolution also with extended objects in a finite background, which is much closer to the clinical situation than point sources in air.

An explicit solution, the soliton on finite background, of the NLS equation in physical space is used to study various phenomena in detail.

Although precautions were taken to minimize sulfide oxidation during sediment processing, the finite background concentration below 5 cm (0.7±0.3 mM) may be a sampling artifact; hence, measured sulfate reduction rates below 5 cm may overestimate in situ rates.

With finite oxygen background pressures, iron sputtering rates much smaller than the ones corresponding to sputtering yields of iron oxides were measured.

Chemical noise as ion fragments from coselected molecular components are expected in the MSn spectra of complex mixtures, but any data channel where finite chemical background events are measured and where reference events are not expected (specifically where ν j ≫ p j ) results in a high entropy cost in (3) and a low probability in (2).

For targeted detection, we have examined formally the probability of event patterns in the context of a random process with a substantial ion background and finite event sampling.

Recombination can be beneficial during adaptation by bringing together beneficial mutations that are likely to arise on different backgrounds in finite populations (the Fisher-Muller effect) [ 34, 35].

This is due to a variety of effects: incomplete treatment of non-Gaussian effects, finite airway size, branching geometry, background susceptibility gradients and diffusion time dependence of the 3He MR diffusion behaviour in acinar airways.

The aim of OFF is to solve, numerically, the unsteady (and steady) compressible Navier Stokes equations of fluid dynamics by means of finite volume techniques: the research background is mainly focused on high-order (WENO) schemes for multi-fluids, multi-phase flows over complex geometries.

Martin and colleagues demonstrated using simulated MSAs that the contribution of background MI from finite column lengths is mitigated when MSAs comprise more than 150 sequences [ 17].

In this paper we examine the correction of errors when using a first order Born approximation with an infinite space Green's function model as the basis for linear reconstruction in diffuse optical tomography, when real data is generated on a finite domain with possibly unknown background optical properties.