Sentence examples for glass concentration from inspiring English sources

The effect of GMV glass concentration on the densification behavior and dielectrics properties of TiO2 was investigated by dilatometer, x-ray diffractometer, scanning electron microscopy and transmission electron microscopy.

The dielectric constants of TiO2 were ranged from 28 to 45 depending on the concentration of glass additive, while the dielectric loss was decreased with the glass concentration as a result of denser TiO2 microstructure.

In conclusion, while the previously reported pro-angiogenic activity of both Bioglass® and copper may not be reflected in a direct response of ECs, this study provides a maximum glass concentration for non-harmful angiogenic stimulation to be examined in future work.

Similarly, the cell viability percentage is analysed by MTT assay which exhibits a decrease in cell viability with an increase in glass concentration of all the samples.

Second, the HSS image of the glass concentration shows another phenomenon: the glass intensity is lower under very bright spots (spots with intensities > 6000 arbitrary fluorescence units on the commercial scanner we utilized) than outside of the spots.

Finally, the cytotoxic effect of the novel glass powders was evaluated for different glass concentrations via a colorimetric assay, on which basis three formulations are considered promising biomaterials.

The result of X-ray Diffract meter analysis indicated that a higher intensity peak of CH and SiO2 appears when the glass sand concentration is relatively high.

The solvent diffusion coefficient has a clear transformation at an isothermal glass transition concentration, and predictions are consistent with those measured by vapor permeation.

From equilibrium measurements that traversed the glass transition concentration, the partial molar volume both below and above the transition was determined.

At the four temperatures used the plots of 1gΛ and 1g against 1/ x0−x), where x0 is the glass transition concentration, were linearized by almost the same x0 value.

In this study, a unified dual mode description of penetrant sorption and desorption kinetics in a glassy polymer was extended to the study of the kinetics of penetrant-induced swelling and deswelling below the glass transition concentration.