Sentence examples for higher precision imaging from inspiring English sources

A terahertz (THz) radar provides the possibility of higher precision imaging due to the wider bandwidth.

For beam-sensitive materials, high-precision imaging is therefore a problem and sometimes not possible.

This makes high-precision imaging either difficult or impossible for beam-sensitive materials.

These lasers produce ultraviolet light which, due to its short wavelength (193 nm for ArF and 248 nm for KrF), allows for high-precision imaging.

We therefore designed an assay based on interferometric scattering microscopy (iSCAT), (Kukura et al., 2009; Ortega-Arroyo and Kukura, 2012) a technique that has recently been shown to enable simultaneous high-speed and high-precision imaging of 20 nm diameter or smaller nanoscale scattering labels (Andrecka et al., 2013; Ortega Arroyo et al., 2014).

Compared to the traditional microwave radar, the advantages of a terahertz radar system are as follows: Firstly, the shorter wavelength is favorable toward providing a wider bandwidth, which could benefit the higher precision of imaging.

High-precision image simulation of the bulk structure and defect region was performed, using a simulated evolution optimization strategy to refine the imaging conditions.

Once both positions have been determined ET measurement can be performed on CS HD-OCT imaging with higher precision than conventional OCT because of the higher axial resolution of the former (3 µm compared to the 7.5 µm axial resolution of OCT).

Our results show the power of combining ground-based imaging and spectroscopy with higher precision space-based photometry, and serve as an illustration as to what will be possible when combining ground-based observations with TESS data.

Infrared thermography (IRT) has gained more attention and become an interesting method in electrical preventive maintenance due to its high precision and sensitivity imaging characteristics.

Higher precision entails lower recall.