Sentence examples for an incomplete phase from inspiring English sources

Note that in the experiment, an incomplete phase transition can look like the lack thereof.

After this annealing treatment, the SRSO layers still contain 13% of silicon excess, evidencing an incomplete phase separation.

An excess of silicon is still present in the matrix evidencing an incomplete phase separation between Si and SiO2 after the 1-h annealing at 900°C.

Fig. 2 The snapshots of 3D system for various values of η at constant temperature T = 255 K. Closer look at Figs. 1 and 2 leads to the conclusions about an incomplete phase transition for small η.

In addition, the silicon concentration in the matrix is significantly higher than in pure silica with a value reaching 41.9 ± 0.3 at.%. Silicon excess is still present in the matrix evidencing an incomplete phase separation between Si and SiO2 after an annealing treatment at 900°C during 1 h.

We cannot completely rule out an effect of an incomplete phase shift caused by the limited access to Ensure in context B on training days 3, 5, and 14 on test day locomotor activity, plasma corticosterone, or gene expression.

These results suggest an incomplete MoS2 phase transformation at lower annealing temperature, which is consistent with our TGA results.

An alternative interpretation of this relationship is that many of these low frequent snus users at the time of the interview were in an incomplete transition phase of stopping smoking daily, and that they will replace cigarettes with daily use of snus later.

A new computer method to test the thermodynamic consistency of incomplete phase equilibrium data in binary mixtures containing a solid solute and a supercritical fluid, is presented.

The capacity loss can be partially caused by incomplete phase transformation during discharging as a result of loss of electrical contact due to the presence of the thick passivation layer on the surface of particles.

The additional stretching also creates gradient morphology promoted by incomplete phase separation of the polymers as a consequence of much faster solvent loss.