Sentence examples for molecules escaping from from inspiring English sources

The H2O molecules escaping from the pan bounce on the lid and must now eventually return to the pan; a steady state is achieved when the rate at which molecules evaporate from the pan equals the rate at which water vapor molecules return to the pan by collision with the liquid water surface.

Evaporation occurs when the number of the molecules escaping from the liquid is larger than the number of molecules entering the liquid.

The bent-angle in these compounds is in between of calamitic LCs and banana LCs; therefore, the molecules escape from the polar order packing observed in typical bent core LCs.

The methane molecules escape from the nanocapsule freely.

Figure 7 The results of the molecular dynamics simulation of the methane molecules escape from the nanocapsule.

We assume that the transmitters can perfectly control the release time and number of the molecules, while having no control on the motion of the molecules once the molecules escape from the transmitter [5,9].

If the electric field is switched off during the process of methane molecules escape from the nanocapsule, the methane molecules compressed by the K@C601+ion in the lower part of the locking chamber will press the K@C601+ion, and it will block the outlet of the nanocapsule.

The major escape pathway was between the B and G helices, with eleven oxygen molecules escaping through this path.

Within a pool of liquid water, some molecules are continually escaping from the liquid into the space above, while more and more vapour molecules return to the liquid as the concentration of vapour rises.

In this case, liquid molecules escape into the vapor region from the top layer as individual atoms or as very tiny cluster, and another important phenomenon is that the nanostructures can also cause enhancement in the interaction between solid and liquid which results in a faster energy transfer from the solid substrate to the liquid film.

At higher or lower pressures, more or less molecular energy, respectively, is required to allow water molecules to escape from the liquid to the gaseous state.