The phrase "atomization process" is correct and usable in written English.
It can be used in contexts related to breaking down substances into smaller particles or components, often in scientific or technical discussions.
Example: "The atomization process is crucial in the production of fine aerosols for various applications."
Alternatives: "fragmentation process" or "disintegration process".
The modeling results show that the swirling gas atomizer is not beneficial to the atomization process while the inner-jet atomizer can improve the powder generation processing.
The results of the experimental studies on the atomization process using the effervescent atomizers with the swirl motion flow are presented.
Based on the self-similarity of droplet breakup in the secondary atomization region, the atomization process of coaxial air-blast atomizer has been investigated.
The analysis of the interfacial surface produced by the atomizers has shown that the greater enhancement of the atomization process had occurred using profiled and conical shaped orifice atomizers compared with plain orifice atomizers.
The following paper presents results of studies on the atomization process of water in pressure-swirl atomizers with different shapes of orifice using a laser diffraction technique.
Novel Bi Sn–In Ga Zn powders were fabricated using a gas atomization process.
The present study was experimentally examines the primary atomization processes in a newly developed atomizer, similar to effervescent atomizer concept, at low pressures and low gas-to-liquid ratios (GLR).
In other atomization processes, centrifugal force is used.
On the other hand, for aggregation and atomization processes, frequencies greater than 100 kHz are used.
However, the role of the fluid viscosity in the impingement dynamics is largely unknown despite the fact that viscous liquids are common in spray and atomization processes ranging from spray drying in the food industry to the atomization of gelled propellants in rocket engines.
The aim of this paper is to define the conditions controlling the fragmentation process within the atomization of a suspension.
