Sentence examples for specimens characterization from inspiring English sources

The specimens characterization was carried out conforming standardized procedures using 150 mm × 300 mm cylindrical test pieces and lengths of 200 and 300 mm, respectively.

To this end, common failure analysis procedures, including examining the leaf spring history, visual inspection of fractured specimens, characterization of various properties and simulation tests on real components, were used.

Specimen characterization was conducted via optical microscopy and scanning electron microscopy, DC four-point probe resistivity and ex situ ultra-small-angle X-ray scattering (USAXS) experiments at each aging time.

Depending on the clinical need, molecular-cytogenetic methodologies offer an additional diagnostic tool to assist in specimen characterization.

An integrated infectious disease and specimen characterization surveillance system in South Africa, modeled after ABCs, has provided valuable information on invasive bacterial, diarrheal, and fungal infections and the effect of pneumococcal and Hib vaccines, and on decreasing opportunistic infections in conjunction with antiretroviral treatment among HIV-infected populations.

Focused Ion Beam (FIB) technique was used to make thin foil specimens for characterization of precipitates.

It is necessary to verify that the experimental data of these small specimens mechanical characterization can be safely extrapolated to standard specimen data, enabling a sound dimensioning of DEMO reactor.

A time delay between the fatiguing of specimens and characterization of the mechanical properties will affect the results.

This has implications for mechanical testing protocols, as a time delay between fatiguing specimens and characterization of mechanical properties will affect the results.

The methodology for specimen preparation, characterization, and analysis, can be applied to other systems, particularly in the field of photovoltaics and catalysis.

As fiber orientation become less favorable (from 39° to 54°), the tensile strength (ft) of characterization specimens reduced up to 33%, while the increase in permeability (Kw) tie-specimens achieved 1990% at fixed load and 600% at fixed stress in the rebar.