Examples of using Sonication in English and their translations into Hindi
{-}
-
Colloquial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
Sonication extraction time, 45°C extraction temperature.
UIP1000hd for batch/ beaker and with flow cell reactor for inline sonication.
Intense sonication of up to 10 vials simultaneously.
UIP1000hd for batch/ beaker and with flow cell reactor for inline sonication.
Indirect sonication avoids cross-contamination and sample loss.
Also the electron transfer between theactive species in this homogeneous system using sonication occurs.
Sonication cycles and time precisely adaptable to desired DNA size.
There it is exposed to defined intense sonication before it reaches the exit of the reactor cell.
The sonication takes a few minutes, which turns the extraction into a rapid procedure.
As the oxidation progresses over time, sonication maximizes the exposure and interaction of the reagents.
Sonication under identical operational parameters will yield consistent and reproducible results.
The cup horn can be used as high intensity ultrasonic bath for direct and indirect sonication.
Although sonication gives a intense mixing, it is a non-thermal processing method.
For full commercial production,reliable heavy-duty ultrasonicators with up to 16,000 watts per unit allow the sonication treatment of very high volume streams.
SOnication is used to intensify chemical reactions such as synthesis and catalysis.
Besides its outstanding extraction yield and efficiency, sonication is well-established and reliable for cell lysis and the extraction of intracellular matter.
Sonication(also ultrasonication) describes the process of applying ultrasound energy to a liquid or slurry.
Hielscher Ultrasonics offers you a broad product range of ultrasonic accessories for the direct andindirect sonication of small lab samples to full commercial production.
Dispersion: Sonication breaks up droplets, agglomerates and aggregates preparing a uniform dispersion in the dye.
Used in combination with Hielscher high-performance ultrasonic processors, the right configuration of sonotrode and flow cell allow for optimal process conditions andsuperior sonication output.
Here too, sonication offers unique results such as the tin-coating of aluminum and titanium particles.
Ultrasonic dispersion is the preferred technique to disperse nanoparticles, since sonication gives a very narrow grain size distribution, high particle functionalities and reproducible results.
Sonication is quite a simple method, and only a few tips should be followed according to the experiment and cell types.
To give a specific example of sonication and its effects, the process step presented in Chen's study, is summarized below.
Sonication does not only promote the formation of liposomes, it also reduces the size of liposomes resulting in nanoliposomes.
At the same time, sonication is a process-intensifying method, which increases the extraction yield and accelerates the process speed.
Sonication intensity: 37- 59 W/cm2, sample mixture: 5 mL of sample(100 mg/L), 50 D/D water with choloform and pyridine at 60% of ultrasonic amplitude.
Since sonication is performed at ambient(or slightly elevated) pressure and low temperatures, the ultrasonic extraction is easy and safe to operate.
For the sonication of flammable liquids or solvents in hazardous environments Hielscher offers FM and ATEX-certified ultrasonication systems, such as the UIP1000-Exd.
Furthermore, sonication is known to be a process intensifying method, resulting in very high efficiency and extraction rates, rapid processing and safe operation.