Examples of using Sonication can in English and their translations into Hebrew
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Learn how sonication can improve your nano-material processing!
Since the ultrasonic emulsification process can be precisely controlled, ultrasonic emulsification and the subsequent process of forming solid-lipid nanoparticlesis capable to produce loaded nanoparticles sonication can produce significantly lower droplet sizes in comparison to conventional emulsion methods.
Learn how sonication can improve your nano-material processing!
However, in regards of the use of solvents, sonication can be used with a variety of extraction media.
Sonication can be performed as solvent-based or solvent-free extraction.
The operating variables of sonication can be optimized to get optimum extraction results.
Sonication can be easily scaled up and produces a high-quality extracts.
The results achieved by sonication can be controlled by the sonication mode.
Sonication can be easily combined with enzymatic or acid extraction of collagen.
To avoid overheating of the blood sample, sonication can be performed in pulsing cycles(e.g. 10 sec. on, 30 sec. off).
Sonication can be easily combined with enzymatic or acid extraction of collagen.
Beside of the mechanical effects, the powerful sonication can create free radicals, shear molecules, and activate particles surfaces.
As sonication can be run in a continuous inline-system, large volumes and highly viscous liquids can be handled without problems.
Besides the production of cold-pressed high-quality edible oils, sonication can be applied to the downstream processing of the avocado oil, e.g. by emulsifying the avocado oil with water-based components for salad dressings, sauces or even cosmetic products.
Inline sonication can be run as single-pass or in recirculation, where the liquid passes multiple times through the ultrasonic cavitation field.
Alternatively, sonication can be combined with traditional extraction systems….
However, sonication can be used with manifold solvent systems to deliver superior results for the targeted extract.
As a non-thermal extraction method, sonication can be carried out at low temperatures so that the degradation of heat sensitive, heat-labile substances is avoided.
Sonication can be used in solvent-free water extraction(e.g. to prepare organic extracts) or can be combined with a solvent of your choice.
However, sonication can be used with manifold solvent systems….
Sonication can accelerate the traditional maceration, which takes weeks or months, drastically- achieving the same results of flavour infusion within a few minutes.
Alternatively, sonication can be combined with traditional extraction systems to improve efficiency and quality.
Furthermore, sonication can improve the surface area and extractability of coal. Undesired chemical side-reactions….
Since the process parameters of sonication can be precisely controlled, ultrasonic dispersion technology avoids damages of the chemical and crystal structures of graphene- resulting in pristine, defect-free graphene flakes.
The sonication pressure can be increased to approx. 30 bar.
Alternatively, Hielscher can perform sonication test of customer liquids.
Thereby, the cavitational noise of the sonication process can be decreased substantially.
The sonication intensity can be exactly adapted to the specific cell species and its requirements.
Sonication processes can be carried out by the use of a probe-type ultrasonic homogenizer or an ultrasonic bath.
Pulsed operation or different sonication periods can be adjusted exactly at the front panel of the ultrasonic generator.

