Examples of using Liquid phase in English and their translations into Hebrew
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
-
Programming
Exhausted degreasing baths with solvents, no liquid phase.".
Power ultrasound mixes two or more liquid phases reliable and easily together.
The pressure in the test chamber isso great that the gas has passed into a liquid phase.
But ions can be found in gaseous phase, liquid phase and as well as in solid phase.
The same surfactants can alsoencapsulate gas bubbles that were suspended in the liquid phase.
Very fine cannulas inject liquid or gas into a liquid phase right in the cavitation zone.
Thereby, the generated cavitational forces promote the mass transfer between the liquid phases.
Very fine cannulas inject liquid or gas into a liquid phase right in the cavitation zone.
Therefore, ultrasonically assisted catalysisrequires at least one reagent to be in liquid phase.
The liquid phase formed during the reaction significantly changes the microstructure of the initial mixture(Figure 6).
The surfactants will inhibit the touching and coalescence oragglomeration of the dispersed material in the liquid phase.
To ensure sufficient mass transport during liquid phase separation, pore sizes must have a size of more than∼7nm.
The particle size reduction by the ultrasonic cavitationincreases the surface area in contact between the solid and the liquid phase.
When tuguese, the liquid phase disappears instantly, leaving behind a hint of Shine, but the sequins adorn on your skin.
The effect of the ultrasound to promote the reaction wasattributed to the extremely large interfacial area between the two liquid phases.
Thus, when sublimation there is no liquid phase of the paint, it immediately passes from the gaseous phase into a solid phase. .
Moreover, in some cases the reactions proceed below the eutectic temperature of the system,which completely eliminates formation of liquid phases.
Ultrasonic homogenization increases the exposure of particle surface to the liquid phase by uniform deagglomeration and particle size reduction.
As an even mixing of both liquid phases promotes the phase transfer between diluent and solvent, a reliable dispersing or emulsification method is crucial.
The ultrasonic cavitation(at 20kHz) cuts the 48 incoming liquid strands into small droplets when they enter the liquid phase in the flow cell.
I have the feeling that the highlighter consists of two phases- a liquid phase, and then someone is smart enough to add a lot of huge sequins.
Or so-called aerogels, which are characterized by high porosity and an extremely low density,can be created by the extraction of the liquid phase of the wet gel.
Problem: A common problem is the immiscibility of the liquid phases(solvent and diluent are immiscible), so that a proper mixing method is required.
This is due to the particle size being related to nucleation and the growth pattern of the material,which in turn is related to the degree of super saturation within the liquid phase.
Liquid-Liquid extractions canbe performed in mixtures where either one or both liquid phases are melts, such as molten salts or molten metals, such as mercury.
The finer the mixture and the higher the contact area between both phases, the better the soluent can travel from one liquid phase to another liquid phase.
Highly intensive ultrasound supplies the power needed to disperse a liquid phase(dispersed phase) in small droplets in a second phase(continuous phase). .
In the mechanically fabricated composites, the reactions proceed below the eutectic temperature of the system,which completely eliminates formation of liquid phases, i.e., a true solid-state combustion, so-called solid flame, takes place.
Conventional Process: The liquid-liquid extraction is a partitioningmethod to extract substances from one liquid phase into another liquid phase based on the substances‘ relative solubilities in the two different immiscible liquid phases. .
Ultrasonic irradiation of the fixed bed catalyst generates highly reactive surfaces,increases the mass transport between liquid phase(reactants) and catalyst, and removes passivating coatings(e.g. oxide layers) from the surface.