Приклади вживання Shear forces Англійська мовою та їх переклад на Українською
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The imlosion and resulting ressure differentials result in very high shear forces and turbulences in the cavitational hot spot.
pressure differentials and high shear forces in the medium.
The high hydraulic shear forces generated by ultrasonics break agglomerates,
increases the shear forces and stress to the particles drastically.
As ultrasound breaks the cell wall mechanically by the cavitation shear forces, it facilitates the transfer from the cell into the solvent.
Cavitation creates high shear forces and extreme conditions such as very high temperatures
The amplitudes directly relate to the intensity of ultrasonic cavitations-generated shear forces and must be maintained at a sufficiently high level for the mixing to be efficient.
strong shear forces generated by ultrasonic cavitation are the most sophisticated method to prepare stable dispersions.
The intense high shear forces of ultrasonics is a reliable method to blend xanthan
Cavitation generates microjets, shear forces, shockwaves/ high pressure differentials,
Ultrasonic cavitation creates intense shear forces, which separate the stacked graphite layers into mono-,
thereby intense shear forces in liquids.
low pressure cycles of 20,000 times per second of sonication create intense shear forces and liquid jets.
ultrasound is the preferrable technology to formulate nanocellulosic suspensions as the coupling of high-power ultrasound into liquids creates extreme shear forces.
turbulences, shear forces and liquid jets.
Ultrasonically generated high shear forces provide an extremely fine mixing
which occurs with high shear forces.
thus the distance between opposing shear forces decreases.
The ultrasound generated acoustic cavitation and shear forces perforate or break the cell membrane of E.
The shear forces can disintegrate fibrous,