Examples of using Can be precisely controlled in English and their translations into Hungarian
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A laser can be precisely controlled.
Hielscher's ultrasonic extractors can be precisely controlled.
All devices can be precisely controlled so that the reproducibility for the scale up to production scale is ensured.
With the proportional piezo valves used,the movements of the fingers can be precisely controlled.
Ultrasonic high shear mixers can be precisely controlled and adjusted to process needs.
By adjusting amplitude, duration, pressure and liquid composition,the output of the extraction process can be precisely controlled and reproduced.
Hielscher ultrasonic equipment can be precisely controlled for reliable outcome of seed….
To ensure reproducibility and highest qualitystandards of the liposomal products, Hielscher ultrasonicators can be precisely controlled.
Ultrasonic bioreactors(sono-bioreactor) can be precisely controlled and allow for the specific stimulation of microbes.
Especially for larger lots, ultrasonic inline processing using an ultrasonic flow-through reactor offers various advantages, including higher product uniformity,since the retention time in the sonication area and the processing temperature can be precisely controlled.
Hielscher supplies powerful ultrasonic devices that can be precisely controlled in accordance to the process requirements.
This means, the temperature can be precisely controlled and the thermal degradation of heat-sensitive compounds is prevented.
All important process parameters- amplitude, pressure, temperature- can be precisely controlled and ensure reproducible results.
The extraction temperature can be precisely controlled using a pluggable temperature sensor, which is wired to the digital Hielscher ultrasonicator.
Hielscher Ultrasonics is specialist in designing,manufacturing and distributing high-performance ultrasonicators, which can be precisely controlled and monitored to ensure superior fermentation yields.
Since ultrasonic emulsification parameters can be precisely controlled, the sonication impact on the emulsion can be adjusted to the targeted asphalt quality.
Ultrasonic extraction is mechanical extraction method, which can be precisely controlled and adapted to the raw material treated.
Since the process temperature can be precisely controlled during the sonication, thermal decomposition of the extracts due to excessively high temperatures as well as evaporation of the substances are avoided.
Ultrasonic homogenizers are powerful dispersing systems which can be precisely controlled and adjusted to the process and material requirements.
Hielscher's ultrasonic processors can be precisely controlled and process data are automatically recorded on the integrated SD-card of our digital ultrasonic systems.
During ultrasonic spraying, the droplet size and distribution can be precisely controlled so that very small droplets and particles can be vaporized.
As the physical conditions in the ultrasonic reactor can be precisely controlled and by the assumption that the concentration of graphene as a dopant will vary in the range of 1- 0.001%, the production of graphene in a continuous system on commercial scale is possible.
The fine size distribution,which is achieved by powerful ultrasonic mixing, can be precisely controlled so that micron- and nano-sized particles or droplets are easily created.
As the physical conditions in the ultrasonic reactor can be precisely controlled and by the assumption that the concentration of graphene as a dopant will vary in the range of 1- 0.001%, the production of graphene in a continuous system on commercial scale is possible.
Since ultrasonic nano-emulsification and encapsulation can be precisely controlled, the sonication technique allows for an exact control over the solid lipid nanoparticle size and its loading.
Hielscher Ultrasonics' sophisticated ultrasonicators can be precisely controlled and give the operator full control over the important process parameters such as amplitude, pressure, temperature and sonication time.
Since the ultrasonic emulsification process can be precisely controlled, ultrasonic emulsification and the subsequent process of forming solid-lipid nanoparticles is capable to produce loaded nanoparticles sonication can produce significantly lower droplet sizes in comparison to conventional emulsion methods.
He claims it is simple for a scalar EM interferometer or a ground-based scalar EM laser to accomplish,since the amount of energy deposited upon and within the satellite could be precisely controlled and even directly monitored.
While such non-damaging blinding would be difficult for a ground-based laser to accomplish, it would be simple for a scalar EM interferometer- or a ground-based scalar EM laser- to accomplish,since the amount of energy deposited upon and within the satellite could be precisely controlled and even directly monitored.
Amplitude and processing intensity can be precisely adjusted and controlled from very mild to highly intense sonication conditions.