dispersing phase การใช้

• A major limiting factor of ME is the low dispersed phase flux.
• In this case, an Eulerian treatment of the dispersed phase is sensible.
• In addition, the moving phase might be either the continuous fluid or dispersed phase.
• The backscattering intensity is directly proportional to the size and volume fraction of the dispersed phase.
• A foam consists of an aqueous continuous phase and a gaseous ( air ) dispersed phase.
• For example, a continuous matrix, and a dispersed phase of ceramic particles or fibers.
• Tiny fat globules flocculate and surround the air bubbles in the form of a dispersed phase.
• In the following, only such dispersions with a dispersed phase diameter of less than 1 祄 will be discussed.
• Immiscible blends will phase separate and form a dispersed phase, which may improve physical properties ( figure 1 ).
• However, there is some built-in self-control due to inhibition of matrix grain growth by the dispersed phase.
• Determining which phase is the continuous phase and which phase is the dispersed phase is done by using the bulk the fastest.
• Lagrangian multiphase models, which are used for dispersed media, are based on solving the Lagrangian equation of motion for the dispersed phase.
• The resulting interfacial copolymer helps to stabilize the dispersed phase due to the hydrogen-bonding effects of hydroxylstyrene with the polycaprolactone ester group.
• It is composed of oil as the continuous phase and water as the dispersed phase in conjunction with emulsifiers, wetting agents and gellants.
• Creaming is when the dispersed phase oil droplets float to the top of the blue cheese dressing due to their difference in density from water.
• According to the article, it is a microgranular solid sol, wherein the continuous phase is amorphous, and the dispersed phase is paracrystalline.
• This is an " invert emulsion " or " inverted emulsion ", in which the formerly continuous phase has become the dispersed phase and vice versa.
• The required surfactant concentration in a microemulsion is, however, several times higher than that in a translucent nanoemulsion, and significantly exceeds the concentration of the dispersed phase.
• Two immiscible phases used for the droplet generation are termed as the continuous phase ( medium in which droplets are generated ) and dispersed phase ( the droplet phase ).
• It is common where the volume of the two fluid components is about the same or the volume of the dispersed phase is larger than that of the continuous phase.