Sentence examples for vapor evolution from inspiring English sources

We predict the spontaneous emergence of pyrolysis vapors, char and non-condensable (permanent) gases and confirm the observation that the kinetics are fast and that bio-oil vapor evolution is accomplished in a few seconds, and occupying two-thirds of the spatial volume of the reactor as widely reported in the open literature.

For experimental research, the most studied problems were the investigations of the pressure evolution, vapor transmission, fragmentation behavior, physics of the thermal and hydraulic interactions between HLM and water; And for simulation research, the pressure evolution and steam transmission were the mostly studied.

By calculating the corresponding vapor flow, the evolution of droplets volume due to absorption is [15]: frac{d{V}}{d{t}} {f}_{{v}} {V}_{{mol}} <{d}> Rightarrow {V} sim {t} (1).

2. At the evolution of vapor film on the heater in superfluid helium (He-II), the boiling mass flux density from the vapor-liquid interface is effectively zero at the macroscopic scale.

Consequently, the water vapor permeability tests highlight the evolution of this coefficient according to material age and its formulation.

Evolution of Se vapor from the soil was very fast, with measurable amounts of Se detected within 24 h.

The evolution of water vapor and carbon dioxide was observed in both steps and significant in the second step.

A numerical method is presented for describing pore structure evolution during chemical vapor infiltration densification and other physical problems of gas solid reactions involving growth of a porous solid.

A better understanding of how the growth of these carbon nanostructures is affected by stainless steel evolution under chemical vapor deposition conditions will enable the synthesis of hybrid carbon nanotubes/amorphous carbon nanostructures and pave the way to scale-up of their low-cost production.

Interestingly, only one endothermic peak for zinc carbonate hydroxide hydrate was observed and was thus attributed to the combined evolution of water vapor and CO2.

Specifically, we present models for simulation of topography evolution during plasma enhanced chemical vapor deposition (PECVD), ionized physical vapor deposition (IPVD), and reactive ion etching (RIE).