Examples of using Deagglomeration in English and their translations into Greek
{-}
-
Colloquial
-
Official
-
Medicine
-
Ecclesiastic
-
Financial
-
Official/political
-
Computer
are wet-milling, deagglomeration& particle size reduction, and dispersing.
Ultrasonic homogenization increases the exposure of particle surface to the liquid phase by uniform deagglomeration and particle size reduction.
Ultrasound is an innovative technology that is used successfully for sonochemical synthesis, deagglomeration, dispersion, emulsifying,
The mechanism of ultrasonic dispersers for milling& grinding, deagglomeration and dispersion applications is also based on the shear principle generated by ultrasonic cavitation.
For the dispersing and deagglomeration of powders in liquids,
SiC deagglomeration was initially carried out in pure solvent with some detergent,
Finally, ultrasonic deagglomeration and dispersion results in a uniform,
Utrasonic topic:"deagglomeration".
For mixing and blending, deagglomeration, milling and cell disintegration.
Dispersion and deagglomeration by ultrasonication are a result of ultrasonic cavitation.
This effect is based on the ultrasonic dispersion and deagglomeration of the pepsin aggregates.
By ultrasonic dispersing and deagglomeration the chemical reaction can proceed much more completely.
This effect is based on the ultrasonic dispersion and deagglomeration of the pepsin aggregates.
dispersion/ deagglomeration and surface properties.
The higher the grade of deagglomeration, the better the extraordinary material properties are exploited.
The deagglomeration occurs due to the interparticular collision between the nanodiamond particles
Ultrasound is an effective means for the dispersion and emulsifying, deagglomeration and milling of such components in coatings.….
This includes the use of ultrasonics during precipitation and the deagglomeration of nano-size materials,
oxidant by breakage of hydrogen bonding and deagglomeration of them in the oil phase.
The ultrasonic shear forces provide a very effective and energy-effective deagglomeration and dispersion of TiO2 particles(see chart below).