Приклади вживання Ultrasound waves Англійська мовою та їх переклад на Українською
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The ultrasound waves are transmitted by the sonotrode's surface into the liquid.
Another rival, uBeam, is building a solution that uses ultrasound waves.
Ultrasound waves can be generated by different types of ultrasonic systems.
The CupHorn functions as sonotrode that transmits the ultrasound waves into the sample.
When intense ultrasound waves are couples into liquids, the phenomenon of acoustic cavitation occurs.
When intense ultrasound waves are coupled into fluids, the phenomenon of acoustic cavitation occurs.
The most innovative treatment methodsare available, including combining X-rays and ultrasound waves;
In contrast, highly intense ultrasound waves(sono-defoaming) break the foam without contamination.
Ultrasound waves are very efficient to dissolve and homogenize two or more phase into an uniform product.
Move the ultrasonic probe in the oil so thatthe plant parts will be evenly affected by the ultrasound waves.
The ultrasound waves propagate in the liquid and produce alternating high pressure/ low pressure cycles(compression and rarefaction).
Ultrasound(ultrasound) of the abdominal cavity is a non-invasive study conducted with ultrasound waves.
Intense ultrasound waves cause the inactivation or denaturation of enzymes such as lipoxygenase, peroxidase and polyphenol oxidase.
In addition, this type of study is not suitable for the diagnosis of diseases in the bones,because they do not pass ultrasound waves.
Ultrasonic processors apply physical forces created by power ultrasound waves, which results in the generation of cavitation.
Ultrasound waves allow to extract and infuse drinks with new flavours, to age spirits and wine and to emulsify oil/water mixtures within seconds.
However, the most importantfact is that more energy is converted into ultrasound waves in the liquid, resulting in a more intense sonication.
Powerful ultrasound waves are known for their effects on cell structures causing cell lysis and cell death as well as for their cleaning capability due to mechanical impact.
The principle of ultrasonic extraction is based on two effects,which are produced when high-power ultrasound waves are couples into a liquid or slurry:.
Acoustic cavitation occurs when highly intense ultrasound waves(e.g. high amplitudes of 100µm, generated by 20-26kHz ultrasound) are coupled into a liquid.
Photoacoustic imaging uses powerful butextremely short laser bursts that safely cause cells to emit ultrasound waves, which then travel unimpeded back through the tissue.
For ultrasonic extraction processes, intense ultrasound waves are coupled into a medium where the waves genrate alternating compression and expansion.
Degassing: Ultrasound waves release dissolved or entrapped gas molecules from the fibre into liquid so that the gas can cavitation, thus facilitating dye-fibre contact and penetration for a fast and complete fiber coloration.
Ultrasonic emulsification is based on the principle of cavitation, in which high intensity ultrasound waves and its high velocity liquid jets shear the droplets' surface, creating thereby small droplets and stable emulsions.
High intense ultrasound waves are coupled into the liquid medium(fuel-water mixture) and create droplet sizes in the nano range and allow to produce two-phase water-in-oil emulsions and three-phase oil-in-water-in-oil emulsions.
Doctors are also working on a theory that ultrasound waves can break up the fat cells under your skin, and then your body will be able to reabsorb the cells within three weeks.
Via the sonotrode, the ultrasound waves are coupled directly into the autologous fat so that the ultrasonic cavitation releases the stem cells and stromal cells from the residual tissue.
The high power, low frequency ultrasound waves act on the molecules of a liquid medium, namely the solvent, by alternating moments of compression and moments of rarefaction on the solvent molecules.