Sentence examples for formation of drops from inspiring English sources

The formation of drops and the onset of entrainment were identified using a high-speed video camera.

The formation of drops is a topic of great interest in a wide variety of engineering applications, such as membrane emulsification.

It is shown that the formation of drops within drops (O/W/O) can give rise to a close packed system at the inversion point.

In order to develop an improved force balance model that is capable of predicting the final size of the detached drop, the formation of drops into a cross-flowing continuous phase has been studied with computational fluid dynamics (CFD).

We study the retraction and pinch-off of a liquid filament and the formation of drops by using an energetic variational phase field model, which describes the motion of mixtures of two incompressible fluids.

However, while surface tension provides a force that may give rise to the formation of drops in the gravity field, considering the order of magnitude of the driving pressure and the size selected for the dripping tubes, neither surface tension, nor gravity have any significant influence on the flow.

Results indicate that for a viscous liquid jet, formation of satellite drops between main drops is favored by the addition of surfactants.

This behavior is predominant in a crystallization phase region which is called the liquid liquid-phase-separation (liquid liquid-phase-separationrsaturated protein soliquid liquid-phase-separationnd precipitant concentrations LLPSing to the foregionn occurringonal drops winhin the crysupersaturatedroproteino the development of co-exisolutionsses with cleatly different protein content [121,122].

Furthermore, RNAi SIRT1 increased the formation of lipid drops, whereas overexpression SIRT1 reduced the formation of lipid drops (Fig.  5h, i).

In these simulations the mechanism of formation of satellite drops was also studied, confirming that the principal cause of the formation of satellite drops is the 'end pinching,' while the capillary wave instabilities are the dominant feature in cases where a large value of the parameter impact is employed.

Since salt particles are hygroscopic (ie, have a strong affinity for water) they attract nearby moisture, thus accelerating the formation of larger drops.