Sentence examples for distribution in the sample from inspiring English sources

The instrument was designed for thin films in order to avoid temperature distribution in the sample.

A non-uniform temperature distribution in the sample remained a challenge that must be addressed in future work.

The outputs are temperature profiles during heating, a comprehensive view of the temperature distribution in the sample and temperature profiles in selected areas below the surface of the sample.

To investigate the influence of the current distribution in the sample conductor, a simulation was performed using a lumped circuit model of a cable and static electrical field model for jackets.

The maximum stressed zone and the effect of the thickness of the sample on critical temperature difference (ΔTC) were studied by conducting actual experiments on plain and indented alumina specimens and also by modelling temperature and thermal stress distribution in the sample using a finite element (FE) software.

Because the semi-crystalline polymers are made up of two interpenetrating networks, one is built up by the entangled fluid part and the other by the crystallites, at low deformations the coupling and coarse slips of the crystalline blocks dominate the mechanical properties, which allows the system to maintain a homogeneous strain distribution in the sample.

The temperature distribution in the samples at the end of the healing procedure is also captured.

Energy-dispersive X-ray spectroscopy (EDS) was used to investigate the chemical element distribution in the samples helping to identify the binding mechanism in this novel unit.

This may be due to the presence of bimodal size distribution in the samples annealed at higher temperatures.

In order to obtain further information on the Bi distribution in the samples, intensity profiles along growth direction with corrected thickness gradient are shown in Fig. 1c.

The composition of and the metal depth distribution in the samples were measured using Rutherford backscattering spectrometry (RBS) with a He+ beam at E = 1.5 MeV.