Sentence examples for vaporization can from inspiring English sources

We previously found that acoustic droplet vaporization can control growth factor release from a fibrin scaffold doped with a perfluorocarbon emulsion.

From the correlation results, the heat of dye CO2 solvation and that of solute dye vaporization can be separately approximated in the range of 13.0 21.0 and 29.2 101.6 kJ/mol, respectively.

It is intended to demonstrate an existence of the critical size for the particle burn-out, exposed directly to oxidizers at high temperatures under which oxide vaporization can be facilitated, with the solid carbon taken as an example, under recognition that particles considered are too small to support a gas-phase envelop-flame even at elevated temperatures.

The thin-flame temperature and the effective latent heat of vaporization can be determined as functions of the liquid-surface temperature via solution of nonlinear algebraic equations; these values do not depend on the specific configuration and therefore have some universality.

At the low concentrations of interest here, the fluid density and heat of vaporization can also be considered unaltered.

Kagan et al. [59] demonstrated that acoustic droplet vaporization can lead to the displacement of perfluorocarbon-loaded microtubes for targeted tissue penetration and deformation.

A distillation column is a tube that provides surfaces on which condensations and vaporizations can occur before the gas enters the condenser in order to concentrate the more volatile liquid in the first fractions and the less volatile components in the later fractions.

In short, we have multiplexed the thermal stages have been multiplexed such that a vaporization event can take place every 20 s.

The success of this scaling suggests that combustion recession is autoignition dominated, heavily influenced by injector design, and that the mixing-limited vaporization assumption can be extended to the study of end-of-injection phenomena.

JVD metal sources are based on techniques such as glow discharge sputtering or direct vaporization, which can deposit nearly every metal in the Periodic Table, with no toxic metal precursors or harmful exhausts.

In our model, the thickness of the micro-layer is a variable defined at each discretized fluid cell adjacent to the heat-transfer surface; the layer decreases due to vaporization, and can finally disappear.