Sentence examples for without aberrations from inspiring English sources

Therefore, computationally reconstructing images without aberrations is a key part in our imaging system.

The output of the PM-SMF is collimated by a f=4.6 mm lens to pass through a vacuum viewport without aberrations and is then matched to the HE11 mode of the HC-PCF by a f=18.4 mm lens.

Therefore ASCAT cannot estimate the tumor percentage of diploid tumor samples without aberrations correctly.

The equivalent σ/ I values if they are based purely on 'Bragg' contributions would be 2.0% and 6.4% (or 16.3% and 51% without aberrations), respectively.

Each dot represents a chromosomal arm, and differences in the average methylation levels between tumors with and without aberrations (losses are in green, gains are in red) in the arms of interest are plotted on the horizontal axis, with P values plotted on the vertical axis.

A minor phase at the 10% level in this sample would give an overall σ/ I closer to 1.2% (or 10.1% without these aberrations) and for a phase proportion of 1%, would give σ/ I close to 4% (or 32% without aberrations).

Three critical discoveries made during the 1830s, when improved microscopes with suitable lenses, higher powers of magnification without aberration, and more satisfactory illumination became available, were decisive events in the early development of cell theory.

In an ideal Luneburg lens (Fig. 14a), light trajectory (red rays) from various different positions can perfectly focus at one point without aberration.

For certain index profiles, the lens will form perfect geometrical images of two given concentric spheres onto each other, and are possible to guide and manipulate the incoming waves without aberration (see Fig. 14).

In this sub-section, we will review multiple designs of acoustic metamaterials for realization of acoustic lenses, including superlens and hyperlens for sub-diffraction imaging, Luneburg lens for focusing acoustic waves without aberration and Eaton lens for control and manipulation of acoustic waves with arbitrary refraction angles in spherical geometry.

For example Chen and colleagues found a value of 0.61 averaged across 4 subjects when using a +/−0.5 D step without aberration correction, and 0.51 with correction.