Sentence examples for ambient phase from inspiring English sources

A theoretical model of heterogeneous phase formation is developed assuming that free active sites for the nucleation can be formed also after supersaturating the ambient phase.

To disentangle the complexity in these multiphase polydispersed systems with all their coupled mutual interactions, one first step towards a reliable prediction is to reduce the system to a single droplet problem, where a single droplet is moving in a quiescent ambient phase.

Three new 3-D framework rare-earth mellitate polymer types are formed with reduced aquation levels compared to ambient phases.

In fact, in the ambient pressure phase, InTe shows CDW, similar to BaBiO3.

Column temperature was kept ambient, mobile phase methanol and water in ratio of 9010 10, source temperature 200.0°C at set point, injection volume 10.0  µL, and run time 2 min.

Moreover, due to the presence of three unique ambient pressure phases near room temperature, it is essential to develop an understanding of the effects of temperature-induced phase transitions on fracture mechanisms of PTFE to prevent failure over the normal range of operating temperatures.

In addition, the influence of the ambient gas-phase increases, so that the respective regimes occur at considerably lower liquid flow rates.

We present the computational framework behind its implementation, applying an example of a semi-empirical model for the dynamics of a large unit-cell system, namely the two (low and ambient temperature) phases of solid C60 to illustrate the methodology and its scalability characteristics.

Open image in new window Fig. 3 The setup of the ambient temperature aqueous phase sulfur recovery test system.

Here, the pilot test results of the aqueous phase ambient temperature sulfur recovery process has been described and analyzed.

A side stream test of the aqueous phase ambient temperature sulfur recovery technology has been set up in Gansu Huating Coal Conversion Company according to the design shown in Figs. 4 and 5.