Sentence examples for imaging of material from inspiring English sources

These results demonstrated that heat generation at damaged regions could be amplified by exciting at frequencies that provide nonlinear responses, thus improving the imaging of material damage and the reliability of NUST in a quick and reproducible manner.

The uncertainty principle now fundamentally restricts some of the observations one can make, but much more technical development over the next decades must occur before one can say that the techniques of electron-optical imaging of material structure have reached their fundamental limitations.

As a lead-in, Mr. Aimard played an industrious canon from Bach's "Art of Fugue," then the first two brief movements of Webern's Variations for Piano — music that abounds with mirror imaging of materials.

Moreover, we showed that the more primitive concept of a structural state is sufficient to extract the salient structural configurations present in atomic imaging of materials.

A new X-ray pinhole camera for the Energy Dispersive X-ray Fluorescence (ED-XRF) imaging of materials with high-energy and high-spatial resolution, was designed and developed.

Neutron radiography or tomography on the other hand, are useful tools in the non-destructive spatial imaging of materials or engineering components, but are less accurate with respect to any quantitative analysis.

The data that emanate from such modalities reveal a wealth of information regarding the static modulation of material properties by local structural deviations [5], competing structural ground states [6], and even dynamic phase transformations or ensuing structural reordering during in situ atomic resolution imaging of materials growth [7].

The two commonly used analytical techniques for high resolution surface imaging of materials is the SEM and AFM.

To illustrate an ultra-fast 4D OCT imaging of a material under three dimensional quick dynamical deformation, we imaged a rectangular cross section of a stretched rubber band; the dimensions at about the mean stretch length are shown in Fig. 12(c).

It opens the possibility of simultaneous imaging of diverse material properties such as strain or temperature, as well as the variation in attenuation, and can assist in the determination of phase volume fraction.

This method has been previously applied to SIMS imaging of inorganic material; however, it is not routinely applied to IMS.