Примери за използване на Agglomerates на Английски и техните преводи на Български
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Agglomerates for polymer processing3.
This breaks van der Waals forces in agglomerates and even primary particles.
Group: Agglomerates for polymer processing.
The application of mechanical stress breaks the particle agglomerates apart.
Agglomerates falsify the results of particle characterization.
This is where most nanoparticles form agglomerates during the wetting.
Agglomerates- consist of polyester resins, marble and granite chips, quartzites.
Hielscher ultrasonic reactors can handle larger andabrasive particles or agglomerates.
Ultrasonic dispersion avoids larger agglomerates, that can cause dispersion instability.
The most obvious is the dispersing of materials in liquids in order to break particle agglomerates.
Ultrasonic dispersing ensures that agglomerates are broken so that the nanoparticles are well dispersed.
Ultrasonic Dispersion into Liquids The application of mechanical stress breaks the particle agglomerates apart.
The most popular are agglomerates of quartz, as they are distinguished by their strength and elegant appearance.
It may be used to determine the particle size distribution of agglomerates of very fine particles.
While the agglomerates are reduces easily, it takes longer processing to grind down larger primary particles.
During the wetting,the surface of the pigment particles and agglomerates are coated with the liquid.
Hielscher ultrasonic processors can break agglomerates, aggregates and primary particles of various materials, such as pigments, metal oxides, or crystals.
Ultrasonic cavitation generates high shear that breaks particle agglomerates into single dispersed particles.
The cavitational liquid jets impinge particle agglomerates, rupture cell walls, improve material transfer within the slurry and disperse solids throughout the liquid volume.
Ultrasonic cavitation generates high shear forces that break particle agglomerates into single dispersed particles.
Disintegrator mixing systems disintegrate agglomerates and aggregates, solubilize solid matter or disperse solid particles in liquid mixes.
Under normal conditions, graphene is hardly dispersable in water andforms aggregates and agglomerates when dispersed in aqueous medium.
After grinding the particles in order to break up the agglomerates, a 6 vol% aqueous suspension(≈70 ml) is prepared and stabilized at a pH of 9 by adding three drops of ammonium-solution.
Each cavitation bubble collapse results in powerful shear forces,that break agglomerates, aggregates, and even primary particles.
Dispersion: Sonication breaks up droplets, agglomerates and aggregates preparing a uniform dispersion in the dye.
For the characterization and measurement of primary particles,the particles should be well dispersed as agglomerates falsify the measurement results.
During these top-down processes aggregates and agglomerates are mechanically cut and then tied in liquids.
Moreover, the same team of authors noted the presence of micro fauna andmacro fauna in the agglomerates and piroclastic rocks, which is rare.
Furthermore, sonication breaks the aggregates and agglomerates of nanoparticles and creates a highly polydisperse emulsion.
Sonication assists during so-called secondary nucleation too since the powerful ultrasonic cavitation breaks anddeagglomerates larger crystals or agglomerates.