Sentence examples for lateral coherence from inspiring English sources

Results are presented for lateral coherence at two heights with 5 m separation and vertical coherence at 13 m separation at different downstream stations in the wake.

The lateral coherence of the compositional alternations of ZnO1−xSex cannot be explained without taking into account the dynamical surface processes into consideration.

The results show that turbulence from the wake is still noticeable 15 diameters from the turbine, lateral coherence in the near-wake is decreased relative to conventional models, but from 8 rotor diameters on, the lateral coherence seems unaffected by the wake.

Or in other words, the specimens are not single crystal layers, but rather a large ensemble of small MoS2 grains with uniform thickness and excellent lateral coherence.

Major problems include Coulomb repulsion within the incident beam and the need for high lateral coherence, difficulties that are discussed in terms of existing and future electron sources.

For structural imaging of 10-nm molecular particles with 100-fs pulses of 2.5-MeV electrons, we need α < 6.6 μrad for adequate lateral coherence and J = 1.6 × 1012 A/cm2 for sufficient signal (N d = 1,000), giving B > 1022 A/cm2/sr.

Emergence, intensification, and saturation of WAXS reflections within 120 s at isothermal crystallization temperature Tc = 250 °C after quenching from 300 °C illustrate crystallinity development through successive nucleation of instantaneously stabilized crystallites of lateral (hk0) coherence length Λ ≈ 75 nm.

The vertical lateral beam coherence length of = 3.5 µm at 15 keV, with a double-bounce monochromator, is determined by the electron-beam size.

We designed, fabricated and tested an optical phantom that mimics the simplicity of an Air Force Test Chart but can characterize both the axial and lateral resolution of optical coherence tomography systems.

Procedure for estimating this threshold from on-line measurements of the shaft's random vibrations at a constant rotation speed is outlined based on the calculating coherence function of lateral displacements in two perpendicular directions for the case of transverse vibrations and that of tilting angles about two perpendicular axes for the case of tilting oscillations.

We developed a theoretical basis to model the tradeoff between coherence length and lateral field of view in off-axis holography, and described a method of spectral averaging to reduce coherent artifacts in quantitative phase images that circumvents this tradeoff.