Sentence examples for in depth profiling from inspiring English sources

Nanoindentation testing for in depth profiling [20] of bonded enamel has revealed a significant decrease in hardness and elastic modulus only at the outermost layers of 5 μm.

Thus, GDOES is expected to play a great role in depth profiling analysis of non-conducting anodic alumina films or other films where SIMS depth profiling is only of limited use due to ion beam bombardment-induced sample surface charging which has significant influence on the sputtering rate of the films.

The distributions of the co-implanted hydrogen also vary in that the intensity in depth profiling with secondary ion mass spectrometry does steadily decrease in the oxidized Ta, while in the metallic Ta it shows a short indentation below the surface and then decreases only very slowly.

For Al diffusion measurements in-depth profiling by secondary ion mass spectrometry is applied.

Microspectrofluorimetry offers high sensitivity and selectivity combined with good spatial resolution and the possibility of in-depth profiling.

This technique enables rapid multiple sampling of the analysed material, such as needed for mapping or in-depth profiling applications.

Microspectrofluorimetry offers high sensitivity, selectivity, fast data acquisition, good spatial resolution (down to 2 μm), and the possibility of in-depth profiling.

Besides morphological and aerodynamic analysis, the developed powder was subjected to in-depth profiling of surface composition, using X-ray photoelectron spectroscopy and time-of-flight secondary ion mass spectroscopy for investigating nanoparticles spatial distribution.

Among the experimental methods suitable for the in-depth profiling of submicron metallic thin films providing resolutions of several nanometers, are short pulse laser acoustic methods, Rutherford backscattering spectroscopy (RBS), and glow discharge optical emission spectroscopy (GDOES).

In addition, advances in proteomic technologies have made it possible to do in-depth profiling of serum proteins, which, if applied to pre-diagnostic specimens could prove to be an effective means of identifying relevant markers.

To conclude, the overall strong correlations between these two culture-independent methods indicate their robustness relative to each other, as well as their capacity for in-depth profiling of diverse microbial communities.