Examples of using Agglomerates in English and their translations into Hebrew
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Can prevent the formation of agglomerates.
Group: Agglomerates for polymer processing.
The application of mechanical stress breaks the particle agglomerates apart.
Agglomerates falsify the results of particle characterization.
Agitators and stirrers will wash the surface of such agglomerates, only.
Ultrasonic mixing breaks agglomerates and lumps leading to an agglomerate-free solution.
The high-power, low-frequency ultrasound disperses the agglomerates effectively.
Dispersion: Sonication breaks up droplets, agglomerates and aggregates preparing a uniform dispersion in the dye.
The most obvious is the dispersing of materials in liquids in order to break particle agglomerates.
Changes in the particle size distribution(since the agglomerates are measured as one single particle).
When adding pigment powder to waterborne, solventborne or epoxy systems,the individual pigment particles tend to form large agglomerates.
During these top-down processes aggregates and agglomerates are mechanically cut and then tied in liquids.
Due to strong bonding and van der Waals forces, the dispersibility of bentoniterequires intense mixing forces to break the agglomerates uniformly.
Ultrasound is a reliable tool to destroy agglomerates and to create conditions where the primary particles are hold in….
A major disadvantage of nanosize powder and materials, though,is the tendency to form agglomerates during wetting and mixing.
Hielscher ultrasonic homogenizers break powder agglomerates in liquids that conventional agitators and high shear mixers cannot break.
For the characterization and measurement of primary particles,the particles should be well dispersed as agglomerates falsify the measurement results.
Ultrasonication can separate particle agglomerates, clean particle surfaces and reduce the viscosity of shear thinning or thixotropic liquids.
Ultrasonic cavitation generates high shear that breaks particle agglomerates into single dispersed particles.
Hielscher ultrasonic processors can break agglomerates, aggregates and primary particles of various materials, such as pigments, metal oxides, or crystals.
It is decisive, that water, cement and admixtures are evenly dispersed anddistributed down to a fine scale and that agglomerates are sufficiently dispersed.
The resulting currents and turbulences disrupt particle agglomerates and lead to violent collisions between individual particles.
Bentonite's thixotropy and its extraordinary water binding and swelling capability requires better-than-average dispersing equipment that excels in the handling of high viscosity slurries andprovides enough shear to break the agglomerates.
Sonication of the adsorbant in the solvent eliminates agglomerates within a few seconds and prepares a uniform, easily packed column.
Sonication assists during so-called secondary nucleation too since the powerful ultrasonic cavitation breaks anddeagglomerates larger crystals or agglomerates.
Ultrasound is a reliable tool to destroy agglomerates and to create conditions where the primary particles are hold in adequate distance to each other so that they can be detected as individual particles.
For the characterization and measurement of primary particles,the particles should be well dispersed as agglomerates falsify the measurement results.
When mixing dry powders, such as, pigments, thickeners or gums with liquids,the powder particles tend to form agglomerates, lumps or so-called“fish-eyes”(partially hydrated powder with a dry powder core).
High-shear mechanisms, such as rotor-stator mixers oragitator bead mills are conventionally being used to break such agglomerates and to grind down the individual pigment particles.
Traditional concrete mixing technologies, such as“on-road-mixing” orrotary mixers provide insufficient mixing action to disperse agglomerates of cement particles and other cementious materials, such as fly ash or silica.