Приклади вживання Nucleation Англійська мовою та їх переклад на Українською
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In this case, nucleation.
Nucleation of volume at the junction of edges.
Initiate secondary nucleation.
When nucleation occurs heterogeneously.
That is essentially different from spontaneous nucleation.
Nucleation, the smaller size crystals;
Ultrasound initiates and promotes the nucleation and crystallization of organic molecules.
Once a nucleation has occurred, the acoustic shock wave is picked up by microphones.
Ultrasound initiates and promotes the nucleation and crystallization of organic molecules.
Such alveococcus growth ensured by the presence in its capsule nucleation layer.
Naturally existing barriers for nucleation are easily overcome due to the ultrasonic forces.
The free pectic acids obtained as aresult of the decomposition of pectates are capable of nucleation.
Thereby, seeding points and nucleation are initiated at a high rate and at the earliest time.
The crystallization andprecipitation process is determined by two major steps, the nucleation and the crystal growth.
Ultrasonication impacts nucleation and crystal growth, a process known as sonocrystallization.
Ultrasonic dispersing promotes the mass transfer between phases and initiates the nucleation and crystal growth for phosphates(e.g., struvite/ MAP).
To initiate nucleation, the solutes in an oversaturated solution accumulate forming clusters.
The size distribution of precipitated particles is determined nucleation rate and the subsequent crystal growth rate.
Accelerated nucleation and inhibited growth are the key factors for the precipitation of cristalline phosphate particles, i. e.
Then there are four seasons and their corresponding phase nucleation, growth, harvest and save seeds(for future sowing).
Crystal nucleation is accelerated when the solution has dust, air bubbles, suspended solids, as well as by mechanical shaking.
It corresponds to a period from nucleation release of latent heat of crystallization.
An ultrasonic treatment of the slurry results invery fine particles with even distribution so that more nucleation sites for precipitation are created.
At these cavitational hot spots, the crystal nucleation and growth, e.g. by Ostwald ripening, is induced and promoted.
Ultrasonic precipitation is known to give narrower particle size distribution, smaller crystal size,controllable morphology and as well as fast nucleation rate.
Of course, if biology successfully solve the problem of nucleation life, with the interpretation of sacred texts, there are problems.
Whilst poor nucleation creates a lower number of large crystals, efficient nucleation forms a large amount of small fine-size crystals.
Continuous ultrasonic treatment of the solution produces many nucleation sites, so that a large number of small crystals are created.
The result is that in general, nucleation occurs randomly, so that the quality of the resulting crystals(precipitants) is uncontrolled.
In the acoustic field,it becomes even possible to initiate the nucleation of sugars that are normally averse from crystallizing(e.g. D-fructose, sorbitol).