The phrase "airflow nozzle" is correct and usable in written English.
It can be used in contexts related to engineering, mechanics, or any field involving air movement or fluid dynamics.
Example: "The design of the airflow nozzle is crucial for optimizing the performance of the ventilation system."
Alternatives: "air nozzle" or "air discharge nozzle".
The sampling efficiency of such devices is affected by a combination of factors including intake air velocity, the shape and diameter of the airflow nozzles, the distance between the nozzle and the collection surface, the properties of the collection surface, the particle cut-off diameter, and collection times (Nevalainen et al. 1992; Whyte et al. 2007).
The nozzle airflow rate for thermal comfort was calculated for a personal air supply at different cabin temperatures.
A 33 Box Behnken design and Response Surface Methodology were performed to evaluate the influence of extract feed rate, drying air inlet temperature and spray nozzle airflow rate on the process yield, stability parameters (moisture content and water activity) and on several physicomechanical properties of spray-dried rosemary extracts.
However, no appropriate airflow rate for a nozzle in aircraft cabins is included in the existing standards.
The main focus of the study is on the role of the low swirl strength of the co-airflow, and the fuel nozzle diameter.
The mechanism for the formation and bundling of nanofibers was studied, and the airflow field within the nozzle-twisting device was numerically simulated.
For example, the SKC biosampler directs airflow via three tangential nozzles to create a swirling airflow that causes a liquid collection medium to swirl along the inside surface of the glass collection chamber, causing nearly 100% collection efficiency for particles over 1 µm and 90% efficiency for 0.5 µm (aerodynamic diameter) particles (Willeke et al., 1998).
Heat flow produced by the power units is depending on the air temperature at the nozzle and the airflow.
They mounted V-shaped taroundound the exhaust nozzle to reshape the airflow to a quieter, more organized pattern.
The HMDSN monomer, used as film precursor, was carried to the jet nozzle by an auxiliary airflow and mixed with principal argon flow.
